Upload
others
View
1
Download
0
Embed Size (px)
Citation preview
/ SDMS Document
112541
REMEDIAL IN Vp^SSKJA^ tOfJifiPg AS ife i l l TV ST UP SA»M?ifke PLAN
,'^*F'"T>:. D FOR
S.J.«LJ. SE«V: lC i STATIONS ftJC.
- ' ^ • ^ t m ' n . - - — ! ' ^ 1 •••—
\ ! !f^^^!^P7S^
mamm
I
^ - frt^ATMEMT
' ^
i I ?'SWZ5!^
MAY 1988
300654
/
SECTION
1 .
2 .
3 .
4 .
5.
6.
7.
,0
,0
.0
.0
.0
.0
.0
TABLE OF CONTENTS
DESCRIPTION PAGE NO
Introduction 1
Site History 3
Site Assessment 14
Stage I Investigation & 24 Sampling Plan
Health and Safety Plan 46'
Quality Assurance & Quality Control 51
Data Reporting & Analysis 53
Appendices
Appendix A - Material Safety Data Sheets, Susquehanna Textile
Appendix B - Suffolk County Documentation
Appendix C - Lakeland Engineering Documentation
Appendix D - New York State D.E.C. Documentation
Appendix E - New York State D.E.C. Overburden Well Construction
Appendix F - Stage I Sampling Plan Project Schedule and Critical Path Diagram
300655
SECTION 1.0 INTRODUCTION
The former Kenmark Textile Corporation site, now occupied by the
Susquehanna Textile Corporation, Conklin Avenue, Farmingdale, New
York, has been designated as a Class 2 Site under the New York State
Inactive Hazardous Waste Site Law. This designation means that the
site poses a significant potential threat to the environment and
requires the development of an inactive hazardous waste disposal site
remedial program subject to approval of the NY DEC. Additionally, the
former Kenmark Textile Corporation site is on the National Priority
List (NPL). Enclosed herein is a proposed Remedial Investigative
Sampling Plan as a first step in the development of the required
Remedial Investigation/Feasibility Study for the site.
300656
1.1 OBJECTIVE
The objective of this proposed Remedial Investigative Stage I
Sampling Plan is to determine the nature of the wastes and their areal
and vertical distribution on site in a phase approach. The sampling
plan will be expanded, if necessary, to fully define the areal and
vertical extent of the soil and groundwater contamination on site.
Additionally, the plan will identify any current or "potential releases
or migration of hazardous waste from the site and to eventually
evaluate the on-site and off-site impacts of such migration on the
environment if existing. Based upon the findings of the sampling
plan, the development of a site remedial program to mitigate and
eliminate any present or potential threat to the environment and
public health as per the requirements of the order on consent for a
full Remedial Investigation/Feasibility Study will be completed.
300657
SECTION 2.0 SITE HISTORY
Site Description
The site presently is located in a light industrial area with
access from Conklin Street. The site is set back from the road with
the Long Island Railroad located along the northern border of the
site. Figure 2.1 shows the site location on the USGS Amityville
Topographic Quadrangle. Figure 2.2 shows the site property and
layout. The present industry operating at the site is the Susquehanna
Textile Company Ltd. Directly to the east is a company that
remanufactures wooden skids. The manufacturing process that presently
occurs at the site and that has occurred in the past is a textile
printing process. This process imparts a colored a design onto a
fabric by a processing dye through a silk screen. In this process,
printing pastes or dyes, which are stored and mixed on site, are
transferred to the fabric. The fabric is then steamed, aged, or
otherwise treated to fix the color to the fabric. The emulsion is
washed from the silk screens after they have been used.
Present Operations
The basic processing operation for the present site's tenants is
shown in a flow diagram in Figure 2.3. A screen is first coated with
a light sensitive emulsion. The design is then transferred
photographically to the emulsion coated scteen, after which the light
softened emulsion is washed away, leaving the design behind
represented as open screen (positive). The emulsion not subjected to
the light then hardens and becomes opaque. The screen design is then
tested on a fabric. If the design check outs, production begins with
a different screen used for each color. Screen washout occurs after
300658
STATE OF NEW YORK DEPARTMENT OF TRANSPORTATION
I 27-30" 6365 IV SW
IH UN TING iW » TON) LOna ISLAND EXfWr. 7.1 Ml. jf 25 ' » / STATE WilVEKSlTY-^/'. . ^ ~ 7 ^ T C t - * « ~ i | r ~ r S
: - ' TfcuaLuLFr. c-;'' . • i ' S ' S i i ^ r s ^ ^ • • • ' • • • • • • _
N _ S _ C _ A L E i _ l " = 20 0 0*
^ B A S E MAP USGS
A M I T Y V I L L E Q U A D
F . P & M F I G U R E 2.1 S I T E L O C A T I O N
300659
Ln
i .<7HiSi l ^ t ^ y t t-O;:? PAii_»i«»c7/<ip —
CO o o en c
F . P & M
'LtAf** r i T
KlmF* - ^ ' J * ^ ^ "
<?.eFE«z To f'tiiifte 2 .5 FOR SCHEMATIC OF VcKKte . W»«^VAT-tB
tuCATMOrr PRjiJifj A N P U-AVOVT
F IGURE 2 . 2 S I T E MAP
_ WASTEWATER
WASTEWATER
^ WASTEWATER ^
>
WASTEWATER
* -STEAM i
CHEMICALS
^ WASTEWATER
. ALL WASTEWATER DISCHARGED TO SEWER J
f J G U R E 2.3
SUSQUEHANA TEXTILE FLOW CHART
SCREEN PREPARATION
i • EMULSION APPLICATION
1 PHOTOGRAPHIC DESISN IMAGE APPLICATION
i EMULSION WASH OUT
i SCREEN DESIGN SMIPLED (TESTED)
i SCREEN WASH OUT
A DESIGN PRODUCTION
i SCREEN WASH OUT
i FABRIC TREATMENT
/ SETTING INTO FABRIC
X
s.
*
.
PRESSURE a HEAT PAINT SETTING
y WASH OUT AFTER CURING
i FINAL PRODUCT
1 N D U S T R l A L PR O C E S S FI
300661 " •
L 0 W C H A F I T
color application. The dye is then set into the fabric by a pressure
and heat process and then the chemjLcals are set into the fabric by
steam. Wastewater is produced from the steaming process. The fabric
is then finally washed and the final product is then produced.
Wastewater is produced by the final rinse out. The floor and
production layout of the facility is shown in Figure 2.4. Presently,
all wastewater is disposed of into the Suffolk County sewer in
accordance with Suffolk County Regulations for the South West Sewer
District. The waste stream has been investigated and monitored
frequently and no treatment has been required by Suffolk County Health
Services. This sewer disposal has been in effect since November 1,
1984.
The chemicals used in the process include the . Immarcol direct
photo emulsion and the water soluble dyes used to color the fabrics.
Additionally, solvents are used within the shop to remove adhesives
that are occasionally used for wallpaper processes. The solvents are
used in a self-contained tub and are removed by the supplier (only 5
gallons of waste a month is generated). All wastewater produced on
site is presently discharged to the sanitary sewer. Material Safety
Data Sheets for the Immarcol Photo emulsion and the solvents are
enclosed in Appendix A.
Past Operations
The original tenant of the site was the Independent Silk and Dye
Company, followed by. the Paramount Carbon Corporation, which
reportedly purchased the buildings from the dye works after World War
II. More recent industry- at the site includes the Jayne Textile
300662
L I R R
CO o o CD
A&F
o
60
H ' ^
i i.< 142
4'
It •I +
L Q _ < ^ _ c o A
'1 ^60-i>! ^ B
M
220
^9r
N . T . S .
-'80-D 9; I
••22-» <-54-
.-."T
BOIIIR RM
A OfFICt . ,
B PRINT FL
C SAMPLE RM
D FRAMER
E WASH.RM .
F SCREEN OEPT G II 1.
H ART DEPT- 2 " ' ' H , „
I BEAMER
J CU5T RM
F . P & M F I G U R E 2.4 \ S U S Q U E H A N N A F L O O R L A Y O U T
Corp., which operated from 1971-1975. After Jayne Textile Corp.
the Kenmark Textile Corp. operated from approximately 1975-1984 on the
site.
Both the Jayne and Kenmark Textile Companies operated the same
production procedures and processes as discussed for the Susquehanna
Textile Corp, however, the chemicals used may have been different.
The concern from the operations of the Jayne and Kenmark Textile
Corporations involves the past wastewater treatment facility and
discharges that occurred on site. The basic schematic design of the
wastewater treatment facility is shown in Figure 2.5. Wastewater
produced from the plant was treated by the addition of a hydroxide
(lime sludge), pumped to the floccuation tank for mixing and
precipitation and then discharged to the sludge drying beds for
settling and drying. These sludge drying beds had an underdrain
system which carried wastewater back to the flocculation tank. After
settling, the supernatant was piped through a 4" aboveground PVC pipe
and discharged directly to the leaching pit approximately 150' to the
east. The dried hydroxide sludge was drummed and stored south of the
building as shown in Figure 2.2.
Thus,, the wastewater treatment facility operation resulted in the
production of a hydroxide sludge, which was drummed and stored on
site, and the production of a treated wastewater supernatant which was
discharged to an on-site leaching pi-t. Partial treatment was
instituted in 1972. Engineering plans were drafted in 1973 by the H M 2
Corporation. The treatment system ended with the facility connecting
to the SWSD Sewer.
300664
WASTEWATER TREATMENT FLOCCULATION TANK ,
( lime added to precipitate out metal* in MosteMoter solution
CO c:> o
an
i DISCHARGE LOCATION (1) a'- io ' NORTH OF EXISTING MANHOLE
SLUDGE DRYING BEDS CONCRETE
I _ '.ESTIMATED ABOVEGROUND PIPELINE LOCATIO
LIME SLUDGE DISCHARGED TO DRYING BEDS ANO EVENTUALLY DRUMMED
TREATED WASTEWATER HARDPIPED AND
DISCHARGED TO LEACHING PIT
CONCRETE
SLUDGE DRYING BED
LEACHING PIT
i t 06.
NOT TO SCALE
(i)S.C.H.8.
NOTE: REFER TO FIGURE Z Z FOR
LOCATION OF WASTEWATER
TREATMENT AREA ON SITE MAP.
F I G U R E 2.5 - S C H E M A T I C OF W A S T E W A T E R
T R E A T M E N T D E S I G N A N D L A Y O U T
Previous Engineering Reports and Site Documentation
Engineering reports and documents were generated for the previous
tenants concerning the design, implementaiton and processes of the
wastewater treatment facility. The Suffolk County Department of
Health and the New York State D.E.C. monitored the site in regard to
the implementaton and regulation of the wastewater treatment facility
(SPDES') and for Article 12 compliance. The main concerns of Suffolk
County involved the proper handling and disposal of the hydroxide
sludge, the acquisition of a SPDES Permit, and the treatment facility
reaching its design standards. Appendix B is a chronological listing
of reports, sampling and analysis, and violations, as documented by the
Suffolk County Department of Health.
The majority of the Suffolk County Department of Health's
documents dealt with:
1) The sampling and analysis of the supernatant discharge for
comparison with groundwater standards (SPDES violations).
2) The proper storage of the drummed hydroxide sludge and
solvents on site, (Article 12 violations-refer to Figure
2.2 for location of past drum storage).
3) ^The proper analysis and removal of the hydroxide sludge by a
certified hauler (New York State 370 Regulations).
4) Regulating and requesting improvements to the wastewater
treatment facility in regard to-its engineering design and
SPDES Permit acquisition.
5) Requiring the wastewater facility to hook into the Southwest
Sewer District.
Table 2.1 is a summary for the wastewater discharge of the
parameters which have exceeded GA State Groundwater Standards. Full
30066G 11
ro
Point of Sampling
Supernatant Discharge to Leaching Pit
TABLE 2.1 i
SUMMARY OF CHRONOLOGICAL WASTEWATER DISCHARGE ANALYSIS BY S.C.D.H. (1) AND LAKELAND ENGINEERING (2)
Metal Parameters with One or More Readings Over State
G A Effluent Standards
Chromium (Hexavalent) (5/20) Copper (2/10) Iron (17/24) Lead (2/13) Silver (1/10)
Other Parameters With One or More Readings Over
State G.A. Effluent Standards
Phenol (2/2) pH (26/31) C.O.D. (22/22) MBAS (11/20) (3/5) Dissolved Solids (21/23) Suspended Solids (1/14) Chloride)
Note: (2/12) equals number of readings over G.A. State Standards / per total number of ijeadings.
(1) Analysis over period from January, 1974 - May 1984
(2) Analysis over period from September, 1979-September, 1981
CO O O
-4
Suffolk County laboratory results are located in Appendix B. Lakeland
Engineering documents are enclosed in Appendix C.
Lakeland Engineering, in a letter dated February 20, 1981 to the
New York State D.E.C, stated that a EP T.oxicity leachate analysis of
the lime sludge by Pedneault Associates reported 0.29 mg/1 of Silver,
with all other parameters below detection limits. .The EP Toxicity
standard for Silver is 5 mg/1 and, therefore, this sludge is not
hazardous by RCRA definition. Additionally, in a letter dated July
28, 1983 to the New York State D.E.C, Lakeland Engineering states
that approximately 20,000 gpd of treated wastewater was being
discharged to the leaching pit and that the sludge generated from the
treatment facilities contain Calcium, Iron, Zinc, Copper, Chromium,
N'ickel and inks and dyes (refer to Appendix C for Lakeland Engineering
documents).
New York State D.E.C. soil sampling completed in July and October
of 1985 from the pump house basin, sludge drying beds and from within
the leaching pit, has detected, by a total extraction, the metals
Chromium, Cadmium, Copper, Nickel, Zinc, Arsenic, Lead, Mercury and
Silver. Analysis for base neutral extractables, acid extractables and
volatile ''organic compounds reported non-detectable levels (refer to
Appendix D).
13 300688
SECTION 3.0 SITE ASSESSMENT
Present Land Use
The Conner ICuiuuurk Textile Corp. site is located in a light
industrial area along Conklin Ave. The route 110 industrial corridor
is located to the east and runs north to south. Republic Airport is
located to the south-southeast of the site. The Long'Island Rail Road
runs along the northern property line of the site. Residential
development is located to the south, west and northwest of the site.
A manmade surface water body is located approximately 900' to the
south-southeast (refer to Figure 2.1 USGS Amityville Quad.)
Surface Topography c
The elevation of the site is approximately 80' a.s.l. with the
surface drainage flow predominantly in a southeast direction as
controlled by the site topography. The grade at the site is generally
flat except for the base of the LIRR tracks, which has been raised in
elevation (refer to Figure 2.1).
Surficial Geology
The surficial geology of the site, as shown in Figure 3.1 is
mapped within the outwash plain deposits of the Late Wisconsianan
glaciation. These deposits consist of stratified medium to coarse
sand and gravel. The Gardiners Clay is not located beneath the site
and is located to the south. Approximately one mile to the west of
the site is an area mapped as the Manneto^ Gravel, which rises in
elevation to approximately 125' a.s.l.. At the site, the outwash
deposits are directly underlain by the Magothy Formation of Cretaceous
age composed mostly of nonfossiliferous beds and lenses of gray and
white fine quartz sand, clayey and silty sand, and clay.
300669 14
15
Hydrogeology
The generalized geology of the site area features a Pre-Cambrian
crystalline bedrock predominantly composed of schist and gneiss
overlain by the Lloyd sand member and clay member of the Raritan
Formation of Cretaceous Age. The Lloyd "sand member is predominantly
composed of light-colored sand and gravel and lenses of clay and silty
clay. • The clay member informally referred to as the Raritan Clay, is
composed of multicolored clay, silt and some very fine to fine sand.
Overlying the Raritan Formation is the Magothy Formation also of
Cretaceous age which consists of nonfossiliferous beds and lenses of
gray and white fine quartz sand, clayey and silty sand, and clay as
previously discussed. At the site area. Upper Pleistocene Deposits
(glacial) directly overlay the Magothy Formation as glacial outwash
deposits composed of stratified medium-coarse sand and gravel. Table
3.1 is a summary of the geologic formations and stratigraphy within
the regional site area. Figure 3.2 is a geologic section of the
formations from Fire Island to Brentwood which is approximately eight
miles to the east of the site specific area. In this cross-section
the glacial deposits are approximately 120' thick at the approximate
site area.
No geologic log was recorded for the completion record of the on-
site production well, NYDEC # S-1. The nearest well with an extensive
log is well 28212 (28211-Test well). k i l wells within the site
vicinity are shown in Figure 3.3. From the log of 28212, the
Pleistocene glacial outwash deposits extend to a depth of 135' beneath
grade, where the Magothy Formation begins and extends to the 600'
depth of the well.
Two stratigraphic cross-sections were produced (refer to Figures
30067: 16
APPI?4?XIMATE, ^ W B ' AI^BA
U.t«tlirf?t FOTmaiwr.
,.|i<»wi
T W W . ' * '
uw«s«^ HenW riiuri<»=
r . t iB . t * "
. = :=Z£lIfLL
. •^ r^ ;77 /^ ^ ^ - ^ ^
rr/7r/7r/^-''"
^ c A i ^ ' ) h f : M i b t ^
€?OV^C^: l/.t).^.^). V«>/n3&J?6UPPLYP^p£:/?/76<fi>
o o
FIGURE 3 .2 -GEOLOGIC CROSS-SECTION FROM FIRE ISLAND TO BRENTWOOD.N.Y
F,P&M
LCX:ATI0N MAP
O —WELL LOCATION AND NYDEC NUMBER
•A'-GEOLOGIC CROSS SECTION
Of l _
1000' I
GRAPHIC SCALE
FIGURE 3.3-LOCATION OF WELLS WITHIN
SITE VICINITY 300673
TF
3.4 and 3.5) from the logs in the site vicinity designated A-A' and B-
B' shown on Figure 3.3. These sections show the thickness of the
Pleistocene deposits to be approximately 100'-160' which are underlain
by the Magothy Formation.
The significant aquifers at the site area in descending order
include the upper glacial aquifer composed of Pleistocene outwash
deposits, the Magothy Aquifer composed of the Magothy Formation, and
the Lloyd Aquifer composed of the Lloyd Sand Member of the Raritan
Formation. The clay member of the Raritan Formation acts as a
confining unit.
The water table at the site is within the upper glacial aquifer.
Figure 3.6. shows the contour map of the water table and generalized
flow direction at the site vicinity. Based upon a surface elevation
of approximately 80' and a groundwater elevation of approximately 57'
(1987), the depth to groundwater at the site is approximately 23'.
The generalized horizontal groundwater flow direction at the site is
to a south-southeasterly direction.
An estimate of the average hydraulic conductivity and
transmissivity for the site area is g;,iven in the USGS Paper 627-E
"Water Transmitting Properties of Aquifers on Long Island, New York,"
The estimated average hydraulic conductivity given for the approximate
site area is 2000 gallons per day per square foot. The estimated
transmissivity for the site area is 150,000 gallons per day per foot.
Using an average volume of 2,000 gallons/day/square ft., a
gradient of .0021 (Figure 3.6), and an effective porosity of .3, the
groundwater pore velocity « 1.9 ft./day.
300674
19
o
Mfftrtx. ^cAt-S--
ya-KT ftoti^e.--
CO O O
• t > * « «
APPROXIMATE SITE AREA
1 0 3 5 2 8 2 1 7 2 8 2 1 1 9312 23532
90»» n-m-T
t 0 » n s r r
A'
LEGEND 10352-NYDEC WELL LOG *». mna-sANo lc£] -CLAr E E 2 I - G R « / E L ^ 1 ^ -LOAM OR F U . N O T E : REFER TO FIGURE 3.3 FDR CROSS-SECnOT' LOCATION
FIGURE 3.4 - STRATIGRAPHIC SECTION A-A
4 1 1 2 20041 2 8 2 1 1 1 6 0 3 6 2 3 8 2 3
NJ
* A » M —
H(;(?IZ. ^CALB.-
Vk.KT aCAL'B. :
. ' . • ' . ' • • » • • - . " • .
B'
LEGEND
4II2-NYDEC WELL LOG « . e i 3 - S A K > n a ^ -CLAY FT?! -GRAVEL -NOTE: REFER TO FIGURE 3.3 FOR CROSS-SECnON LOCATION
00 o o
en FIGURE 3.6 - STRATIGRAPHIC SECTION B-B
^ePUSZC-B^: ^ C V H I 1 S 7
300677
F.P&M FIGURE 3 .6 -GROUNDWATER CONTOURS &
AND FLOW DIRECTION (1987)
22
Climatology
The USGS water supply paper 1768 "Hydrology of the Bablyon- Islip
Area, Suffolk County, Long Island, New York", lists the approximate
annual precipitation rate with the Islip Babylon area as 46" per year.
Water losses due to evapotranspiration and direct run-off are listed
as a total loss of 22" yielding a recharge rate to the groundwater
reser-voir as 24" per year. This recharge rate predominantly occurs
during late fall, and early spring (USGS).
300678
23
SECTION 4.0 STAGE I SAMPLING AND ANALYSIS
Background Data and Analysis
Section 2.0 reviewed the past and present industrial operations
and reviewed and summarized thg existing analytical data which has
been compiled for the site.
Based upon the chronological sampling and analysis completed by
the Suffolk County Department of Health, Lakeland Engineering and the
New York State D.E.C, the following conclusions are reached:
1) Sampling of the supernatant discharge into the leaching pit
as summarized in Table 2.1, has shown one or more violations
of GA groundwater standards for C.O.D., pH, MBAS, Dissolved
Solids, Suspended Solids, Chloride, Phenols, Copper, Iron,
Chromium (Hexavalent), Lead and Silver (refer to Appendices
B, C and D).
2) An EPA leachate test completed on the hydroxide sludge by
Pedneault Associates reports the sludge not to be a
hazardous waste as per the EPA toxicity definition. (Refer
to Appendices C and D).
3) Soil samples obtained by the New York State D.E.C. from the
'pump house basin, sludge drying beds and from the leaching
pit report the presence of the following metals - Cadmium,
Chromium, Copper, Zinc, Arsenic, Lead, Mercury, Nickel and
Silver but no volatile, acid or base neutral extractables
(refer to Appendix D).
Other site observations and discussions with Suffolk County
Health Services show: ,
24 300679
1) Supernatant from the sludge dry was piped to the leaching
pool through a 4" above ground PVC pipe. The point of
discharge was approximately 6'-8' north of the existing
sewer manhole located within the leaching basin. Field
inspections concluded that during the sewer installation,
soil was disrupted and additionally slope collapse was
observed around the edges of the pit. This may have had the
effect of "mixing" the soil in the basin.
2) Drums of solvents were stored on concrete outside the boiler
room on the south side of the building (refer to Figure 2.2).
3) Drums of hydroxide sludge were stored approximately 30'-40'
south of the solvent drum storage area on the cement parking
lot (refer to Figure 2.2).
Aerial Photo Review
Aerial photos from the EPA Epic Program were reviewed for the
site. These photos show 1.) the aboveground PVC pipe from the
wastewater treatment area to the leaching pit to be in the area stated
by the S.CH.D. and as shown in Figure 2.5, 2.) the leaching pit to
have existed in the northeast portion of the site throughout the time
duration of the photographs, 3.) the drum storage areas for the
hydroxide sludge and solvents to be in the southern side of the
building at the area stated in S.CH.D. field inspection reports.
Suffolk County Sanitary Sewer Connection
Field inspection of the former wastewater leaching pit showed the
existence of a Suffolk County Sever manhole located at the western
edge of the leach pit.
The hook up of the plant, to the sanitary sewer occurred
approximately in late 1984. The construction activity associated with
300680
25
the hook up and the installation of the sanitary line itself resulted
in disruption and mixing of the soil within the leach basin. The
location of the sanitary sewer piping and structures on the property
will be shown on a scaled base map.
The location of the sanitary sewer will bp either supplied from
the owner through and updated survey or will be obtained from the
Suffolk- County Department of Public Works - Wastewater Management
Section.
Geophysical Site Investigation
To determine the location of an underground steel pipe (which may
have been used in the past to carry wastewater to the leaching pit), a
Schonstedt Heliflux Magnetic Locator Model GA-52B will be passed over
the ground surface in the grid pattern shown in Figure 4.1. The area
analyzed will be in between the former sludge drying beds and the
leaching pit. If an anomalie is identified, either hand borings or a
pick and shovel hole will be advanced to determine if the anomalie is
due to an underground metal pipe.
The sampling plan will then be modified to represent cracks or
joints in the pipe.
STAGE I SAMPLING PLAN
Based upon an understanding of the site's past industrial
processes and the past analysis and parameters identified within the
supernatant discharge, the following Stage I Sampling Plan is
proposed. All in field decisions during implementation of the plan
must be approved by the NYSDEC representative on site.
The plan focuses on the past wastewater treatment and discharge
26 300681
A/
t o
FLOCCULATION TANK-
SLUDGE DRYING BEDS
20" 2 20' 3 20' ^ 20' ^ 20' g ^^ 7 ^O' g
ESTIMATED ABOVE GROUND PIPELINE LOCATION
N.T.S.
CO o o a>
FIGURE 4.1 -GEOPHYSICAL SURVEY - MAGNOTOMETER SAMPLING
GRID FORMER WASTEWATER TREATMENT AREA
area, the former drum storage area, and determining the site's
hydrogeologic characteristics and groundwater quality. The parameters
proposed for analysis, based upon past analysis of both supernatant
and soil completed for the site, and summarized in Table 2.1, are the
metals Arsenic, Cadmium, Chromium, Hexaveilent Chromium, Copper, Lead,
Mercury, Nickel, Silver and Zinc. Select areas will also be analyzed
for VOC analysis. Full priority pollutant scans are proposed for two
soil samples from two selected borings and for three aqueous samples
from the monitoring wells installed in the former leaching pit area,
the former drum storage area, and from the upgradient monitoring well
whose location is to be determined.
Former Wastewater Treatment Area
Figure 2.5 schematically outlines the former wastewater treatment
facility. Figure 4.2 shows the locations of the proposed soil
sampling locations in the former wastewater treatment area. Also
included is a sample boring at the location of the former steam cooker
discharge area.
Table 4.1 outlines the total number of borings, total number of
samples, the sampling depth and analytical parameters.
As shown in Figure 4.2, soil samples will be obtained from within
the sludge drying beds, outside the former sludge drying beds 6"-12"
below the concrete slab base, along the former aboveground pipeline
location at a 6"-12" depth and from within, the leaching pit. One
boring within the leaching pit will extend to the water table at the
location shown, and will include the installation of a monitoring
well. If the geophysical survey locates an underground steel pipe,
additional soil samples will be obtained from 6"-12'' below the pipe
300683 2o
m ^
TABLE i t . l
SOIL SAhPLJLNG PLAN
SoiiipHnR L o c a t i o n
S l u d g e DryinR Beds
O u t s i d e sUidRe d r y i n p bed
Along p i p e l i n e
Steam Cooker D i s c l i a r n e Areo
Lonch inn P i t (S l in l low Bor inRB)
Total ^ of Dorinfis
6
3
7
1
4
Sample Depth Increment per Boring
0" - 6" 2 J,' - 3'
6" - 12" below base of slab
6" - 12" soil sample alcnp pipeline location
0" - 6" 2 %' - 3'
0" - 6" 2 ^' - 3' 5- - 5*.'
Total # of Samples
12
3
7
2
12
Analytical Parameters
Total M?tal Analysin * (6 borinRfl - 11 samples) Priority Pollutant Analys i a (1 boring-1 sample 2%'-3'
Total Metal Analysis *
Total Metal Analysis *
Total Metal Analysis *
Total Metal Analysis *
l,<'ncliiiig I'i I (HoriiiR Lo w n t o r I n b l r )
ll(ii°kf>,r(iiMiil .Siniip I c ( b i r c h U n p )
Cmi I i n i K i i i n spoonn o v o r 2 ' i n c ro i i i o i i LH
0 " - 6" 2 ' - 2 t '
10 T o t n l M c t n l A i i n l y B i f l * ( 4 s a m p l e s ) P r i o r i t y P o l l u l n n l A n n l y -flia (1 s n m p l o - d o p t ) ) Lo bo f i e l d d e L o r m i n c d )
T o t a l MoLnl A n a l y s i KPA Mothod 624 VOC A n a l y s i s
IS
Sample Totals-Metal 46 CO Priority Pollutant ji C> VOC 2 r-j *Metals to be analyzed for: As, Cd, Cr, Hexavalent Cr, Cu, Pb, Hg, Ni. A E , and Zn based upon previous sampling Z L efforts.
^ : Refer to Figure 4.2 for sampling location.s. *•'-*• : Leaching Pit bocing to water table to include monitoring well installation.
TABLE A . l (cont inued)
Number of Sampling Location Poo l s /bor ings
Leaching Pools 4 Former Drum Storage Area
Test bor ing in former 1 solvent nj!tnn Storage a rea ( t o water t a b l e )
Sample Depth Increments
Base of Pool (0"-6")
Total Number of Samples
Continuous spoons over 2' increments to water table
11**
Analytical Parameter
Total metals analysis*. Volatile Organic Compounds, EPA Method 624,
Volatile Organic Compounds EPA Method 624 on samples with >5 ppm OVA headspace analysis
* Metals to be analyzed for: As, Cd, Cr, Hexavalent Cr, Cu, Pb, Hg, Ni, A^ and Zn based upon previous sampling efforts
** Based on estimated depth to the water table to o Note: refer to Figure 2.2 for former drum storage area and adjacent leaching pools.
: refer to Figure 4.3 for Test boring location in former solvent drum storage area.
O O T i 00 en
b J
FLOCCULATION TANK SLUDGE DRYING BEDS
NORTHWEST
0 0 BED
NORTHEAST
• 0 BED
ESTIMATED PIPELINE LOCATION
0
0 0
20*
SLUDGE DRYING BED
STEAM COOKER DISCHARGE AREA
0
SOI T 0
BED'
• \ BLDG. LINE
-f- BORING TO WATER TABLE* • PRIORITY POLLUTANT ANALYSIS 0 METALS ONOf ANALYSIS
NOTE! refer to table 4.f for number of somple and sample depihs of each sampling
LEACHING PIT
location.
• refier to table4.1 .for proposed analysis boring to Include monitoring well installation
CD o o 00
NOT TO SCALE
F IGURE 4 . 2 - L O C A T I O N S OF P R O P O S E D SOIL S A M P L I N G
F . p a M
invert at the interval shown for the surficial aboveground pipe
sampling.
Full priority pollutant analysis will be completed for the two
borings as designated in Figure A.2 (one sample from the boring within
sludge drying bed and one sample from the boring within the leaching
pit). From the deep boring to the water table within the leaching pit,
the sample selected for priority pollutant analysis will be determined
by OVA headspace analysis in conjunction with visual inspection. If
these methods do not provide a basis for selection of the sample then
the 6 - 8 foot sample will be analyzed. Total metal analysis will be
completed for all other samples.
Former Drum Storage Area
Figure 2.2 shows the former drum storage areas, building outline
and location of on-site leaching pools. Table 4.1 outlines the total
number of samples, sample location, sample depth, and proposed
analysis in the former drum storage area. As discussed in Table 4.1,
soil samples will be obtained from the base of each leaching pool at a
depth of 0" - 6" and analyzed for total metals and volatile organic
compounds.
Additiq^nally, a test boring will be installed at the former
solvent drum storage area. The location of this boring is to be field
verified with the NYSDEC representative and its general location is
shown in Figure 4.3. This boring is to be continuously split spooned
over 2 foot increments to the water table. OVA head space analysis
will be completed on all soil samples. Soil samples with OVA
headspace readings over 5 ppm will be retained for laboratory
analysis.
32 30'nr>8"7
Background Soil Sample
Background soil samples will be obtained from the residential
area directly to the south at Birch Lane at two depths. These samples
will be analyzed for the metal parameters and VOC parameters as out-
linedinTablesA.l.
Organic Vapor Analyzer (OVA) Head Space Analysis
All soil samples ob-tained from test borings at the former
wastewater treatment area and drum storage area and during monitoring
well installation will be analyzed for total organic vapors with a
Century Model 128 OVA/GC portable organic vapor analyzer. Select
samples will be analyzed under the Gas Chromatography mode as
determined by the in-field geologist. The head space analysis will
follow NYDEC protocol as listed below.
Place soil sample in laboratory supplied glassware or mason
jar.
Cover top of jar with aluminum foil and screw on rim.
Heat bottles.
Record time of heating and temperature.
- Shake bottle after heating to insure volatilization.
- Puncture aluminum foil and obtain reading.
Record all data.
If an OVA headspace analysis shows a reading over 5 ppm above
background, the drill cuttings will be drummed and their final
disposal will depend on the lab analysis.
3 30068S
Groundwater Sampling and Analysis
Five groundwater monitoring wells are to be installed at the
locations shown in Figure 4.3. These wells are to be constructed
according to NYDEC monitoring well specificatiojis shown in Appendix E.
Monitoring well No. 5, the designated upgradient'well, will have to be
placed offsite- and it is estimated it will take six months to obtain
the proper easements and permission to install the well. These wells
will be split spooned sampled over 5' increments and at every change
in lithology for lithologic and stratigraphic descriptive analysis,
except for the monitoring well in the leaching pit, which will be
continually spooned. Head space analysis with the Century Model 128
OVA/GC will be completed for all split spoon samples as explained in
the OVA Head Space Analysis Section. If a split spoon soil sample
reports a greater than 5 ppm reading a laboratory sample will be
obtained and retained. Based upon the overall headspace sampling
results these retained samples may be submitted to the lab for VOC
analysis if they represent significant above background readings.
A minimum of two rounds of groundwater sampling will be performed
proferably at high and low water table conditions. The first round of
groundwater samples from the five wells will be analyzed for the
parameters shown in Table 4.2. Monitoring well #2 (leaching pit),
well #3 (drum storage area), and well #5 (upgradient) will be analyzed
for the full priority pollutant scan. Monitoring well #4 will be
analyzed for total metals and VOC compounds. Monitoring well #1, in
the former wastewater treatment area, will be analyzed for total
metals. Analysis for VOC compounds for well #1 will be completed if
3 300P89
t o
L£-Ae-ripi
cn CD
o No. 5 UPGRADIENT WELL - LOCATION TO BE DETERMINED
- A - P*?Of^f?ep HON IT(n?|N<Sv Y^IL LOCAVOH
T e s n r E)C>A^^J^
&<5' i<;K
e I I _
I ir\J*^lJt,HAyKHA, T C X - r i ! . * .
-^—L__-rr
tfr/^H r i T
TKIST PoRifl^
fA^ift
No. 3 No.4-
r I
I 0) * ^ P H
L P . P & M
FIGURE 4.3 - PROPOSED MONITORING WELL AND TEST I BORING LOCATIONS
TABLE 4.2
SAMPLING PLAN FOR MONITORING WELLS
Number of Samples
1
1
Sampling Location
Monitoring Well No. 2 in former leach pit
Monitoring Well No. 3 former drum storage area
Monitoring Well No. 5 upgradient well
Monitoring Well No. 4
Monitoring Well No. 1 former wastewater treatment area
Sample Totals
Priority Pollutant 3 Total Metal 2 VOC analysis _1_ Total 6
* Metals to be analyzed for: As, Cd, Cr, Hexavalent Cr, Cu, Pb, Hg, Ni, Ag, and Zn based upon previous sampling efforts.
(1) Denotes VOC analysis (EPA Method 624) if OVA headspace analysis in capillary or saturated zone is greater than 5 ppm.
Note: Refer to Figure 4.3 for proposed well locations.
Analytical Parameters
Priority pollutant analysis
Priority pollutant analysis
Priority pollutant analysis
Total metal analysis * Volatile organic compounds EPA Method 624
Total metal analysis * Volatile orgainc compounds EPA method 624 (based on OVA headspace analysis) (1)
36
30069:
OVA headspace analysis of soil samples from the capillary or saturated
zone are above 5 ppm. The parameters for the second round of ground
water samples will be reduced as appropriate considering the results
of the Stage I soil and groundwater analysis. During the groundwater
sampling procedure, field measurements of pH, temperature and specific
conductance will be recorded with an Omega PHH-49A (pH and specific
conductance meter) and a Solomat MPM 500 Thermometer (temperature).
Split spoon samples from the saturated zone in the five wells
will undergo sieve analysis to obtain a hydraulic conductivity
estimate as per the Moretrench American Corporation Method. This
hydraulic conductivity estimate will be compared to the USGS estimate
discussed in Section 3.0. Measurement of water levels within the
wells will allow the determination of the on-site gradient and the
site specific horizontal flow direction.
37 300692
Groundwater Sampling ^ Off Site
The option of off site groundwater sampling to supplement
existing on-site groundwater quality data will be pursued by
requesting access to existing Suffolk County .Health Department wells
and water quality data. Additionally water quality data from the
RI/FS Study being completed at Republic Airport will be reviewed.
Completion of this Stage I sampling plan will:
1) Characterize the shallow soil within the sludge drying bed
and adjacent to the base of the concrete slab.
2) Characterize the shallow soil beneath the former aboveground
pipeline.
3) Characterize the shallow soil to a depth of 5 1/2' and
establish a vertical profile of contamination to the water
table within the leaching pit.
4) Determine if any drum leakage or spillage travelled to the
adjacent leaching pools in the former drum storage area.
5) Establish a vertical profile of potential contamination to
the water table in the soil at the former solvent drum
storage area.
6) Characterize the levels of metals and VOC compounds within
the soil from a designated "background" residential area
(Birch Lane).
7) Establish the site's groundwater gradient and horizontal
flow direction.
8) Develop an estimate of the site's hydraulic conductivity.
9) Establish the site's groundwater quality.
38 300693
A project schedule and critical path diagram for completion of
the Stage I Sampling Plan is enclosed in Appendix F. This schedule is
an idealized schedule and will be amended if delays are encountered in
the field work and lab turnaround time.
39
300694
Sampling Methods and QA/QC
Hand Augered Borings
All samples specified in Table A.l will be obtained by hand
augering except for the deep boring to the water table in the leaching
pit which will be completed with a drill rig.
Soil samples will be obtained by hand auger over 6" sample
increments. All non-VOC soil samples will be a homogenized composite
of the soil obtained within^the auger barrel. Soil samples obtained
for VOC analysis will not be composited.
The hand auger will undergo the following decontamination
procedure prior to and between sampling efforts.
1) Wash and scrub with detergent (Alconox or Liquinox)
2) Tap water rinse
3) A methanol followed by a hexane rinse (solvents to be
pesticide grade or better)
4) Immediate distilled water rinse
5) Air dry and
6) Wrap in aluminum foil, shiny side out, for transport.
All decontamination rinses will be contained in wash tubs and
after use yill be placed in a 55 gallon drum for lab testing and
subsequent removal to an approved disposal facility. When sampling or
during decontamination the auger may be rested on polyethylene
sheeting but will not be wrapped in it.
Samplers will use and change disposable gloves between wells
and/or sampling points.
40
300695
Drill Rig Test Borings
A drill rig and hollow stem augers will be utilized to install
the test boring to the water table within the leaching pit and at the
former solvent drum storage area. Prior to the boring installation,
the drill rig, augers, split spoons, and any other drilling implements
will be steam cleaned. During the split spoon sampling, the spoons
will be decontaminated following the protocol outlined for the hand
auger. Steam cleaning of the hollow stem augers will utilize a
wooden saw-horse and metal hooks to preclude auger contact with the
ground and previously washed off debris. Split spoon soil samples
obtained for non-VOC analysis will be homogenized composites of the
soil within the spoon. Split spoon samples obtained for VOC analysis
will not be composited.
All soil samples will be obtained with stainless steel oven baked
laboratory supplied knives. A new pair of vinyl gloves will be used
during each sampling. After extraction, the sample will be placed
into a sample jar. The sample jar will be a glass jar or equivalent
with a teflon- lined plastic lid.
Monitoring Well Installation
All monitoring wells will be installed through hollow stem
augering drilling methods. Cable tool or air hammer with casing
advancement wil be alternative drilling methods. At no time will
extraneous materials be introduced into the borehole. If steady high
concentrations of organic vapors are detected drilling will cease
until the problem is remedied. Split spoon sampling over 5'
Increments and at every change in lithology will be completed.
300696 41
All boring instruments and split spoons will be scrubbed free
with a detergent rinse of all foreign matter if necessary, and will be
steam cleaned prior to and in betveen all monitoring well
installations. The split spoons will be decontaminated prior to and
between sampling following the protocol as outlined for the hand
auger.
The PVC well screens and casing will be scrubbed free, with a
detergent rinse, of all foreign matter if necessary, and will be steam
cleaned inside and outside prior to installation. Screen contact with
the ground during de-contamination will be prohibited by utilizing the
wooden saw-horse and metal hooks. All PVC casing and screens will be
stored in a manner prohibiting contact with the ground and foreign
matter.
After installation all wells will be developed by bailing.
Either dedicated bailers or bailers decontaminated by the
decontamination procedure outlined for the hand auger in conjunctoin
with dedicated polyethylene rope will be used. All water obtained
during development will be contained in 55 gallon drums (one for each
well) and will be properly disposed following NYSDEC protocal after
aqueous testing has been completed. After development of the off-site
well (No. 5), the drum and development water will be labelled and
stored at the site property.
Groundwater Sampling Methodology
On-site groundwatering sampling will be completed under the
following format.
Remove protective well cap and allow five minutes for pressure
equllization.
300697 42
Measure depth to groundwater (water level detector to be cleaned
by a detergent rinse, tap rinse, methanol and hexane rinse and
distilled water rinse between measurements).
Calculate volume of water in well in gallons.
Exhaust well by removing 3 - 5 volumes of well water with bailer.
Large volume exhaust bailer to follow cleansing protocol as
listing above for water level detector between wells.
Allow well to recover to static head.
Obtain groundwater sample by the following methodology:
Use dedicated teflon bailer in conjunction with dedicated
polyethylene rope.
Use two man sampling team.
Both men utilize vinyl gloves.
One man to handle bailer and rope and the other to handle
the laboratory supplied glassware. The bailer and rope will
be precluded for making contact with the ground.
Samples will be carefully poured from the bailer into clean
sample bottles or screw-cap vials avoiding turbulence, which might
result in loss of volatile organics and/or excessive oxygenation of
the samples.;' The sample bottles will be prepared with the appropriate
preservatives prior to sampling if required.
Samples receiving pH adjustment will be checked in the field to
ensure that the proper pH has been acheived by the following
procedure.
obtain groundwater sample in laboratory supplied container
following procedure outlined in groundwater sampling section
„ 300698
pour small volume of aqueous sample from container into
small laboratory supplied container and recap aqueous sample
container
- test small volume of aqueous sample with litmus paper to
insure pH of less than 2
place aqueous test sample into 55 gallon drum used to
contain well development water
After sample obtainment, the containers will be washed with soap
(Alconox or Liquinox) and water and rinsed with tap water. Containers
will not be submerged in water to prevent wash/rinse water from
entering the container.
All samples obtained will be immediately packed on ice and
delivered td the laboratory that day. Chain of Custody documents will
be maintained.
Table 4.3 indicates the specified analysis, container, volume and
preservatives for the Stage I Sampling Plan.
44
300699
TABLE 4.3
Specified Ann lysis
Volatile Organics
Volatile Organics
Metals Total Extraction (Select Metals)
Metals Total Extraction (Select Metals)
Priority Pollutant Analysis
Priority Pollutant Analysis
Medium
Soil
Aqueous
Soil
Aqueous
Soil
Aqueous
Container
VOA vial
VOA vial
Glass jar
Plastic Jar
VOA vial Glass Jar
VOA vial Amber glass
Volume
(2) 40. ml
(2) 40 ml
16 oz.
16 oz.
(2) 40 ml (2) 16 oz.
(2) 40 ml (2) 1 liter
Preservative
Cool
Cool
HNO
HNO
Cool
Cool
4 C
o 4 C
3
3
o 4 C
O
4 C
45 300700
SECTION 5.0 HEALTH AND SAFETY PLAN
Site Description
The site is approximately 75-80 feet above sea level. The
Susquehanna Textile Company Ltd. is the present industry operating at
the site. To the east of the Susquehanna. Company is a company that
manufactures and stores wooden skids. Land use immediately around the
site is light industrial. The Long Island Railroad runs along the
northern boarder of the site (refer to Section 3.0 Site Assesment).
Previous Investigation
Previous investigative work involving site inspections,
wastewater discharge sampling and soil sampling identified
concentrations of metals above state groundwater discharge standards
in the past wastewater discharge and concentrations of metals in the
soil on site. Drums of Hydroxide sludge and solvents were stored on
site during the operation of Kenmark Textiles (refer to Section 4.0 -
Background Data and Analysis).
Procedures
Procedures for on-site workers are outlined in the following
Health and Safety Plan Standard Operating Procedure. Items
discussed include basic site rules, site monitoring, levels of
protection for each activity, communicaton between site workers and
other personnel, on site equipment, emergency equipment and
procedures, daily record keeping and plan modification.
Exposure Routes
On-site activity that may result in exposures to soil, soil vapor
and groundwater include monitoring well, test boring and hand auger
installation, sampling of groundwater, soil and air, and decontami
nation of drilling and sampling equipment.
46 30070
Health and Safety Plan Standard Operating Producures (SOP)
All workers involved in site activity, including all sub
contractors on site such as drillers and surveyors, will receive and
review the Health and Safety Plan Standard Operating Procedures
(SOP). Non-essential persons will be kept off the site unless
necessary. Visiting personnel will be required to review the Health
and Safety Plan SOP prior to entering the site and will utilize the
necessary personnel protective equipment. Daily activities will
include a review of the Health and Safety Plan between the work crew
and how the plan relates to the days work. Implementation of the
Health and Safety Plan will be the field responsibility of the on-site
hydrogeologist and/or engineer. Since Susquehana Textile and the
adjacent wooden skid manufacturing company are actve facilities prior
to beginning work for each day, the owner and manager of each facility
will be notified as to where the on-site work activity will be, and
they will be requested to inform all employees to keep away from the
work area. A daily log of all field activities will be recorded.
SOP Air Monitoring
The Century Model 128 OVA/GC will be utilized to monitor the
ambient air at the site and at the specific work area daily prior to
beginning work. At each auger hole, test bore hole and monitoring
well installation, the location will be screened with the OVA, will be
continually monitored at grade level during drilling and will have
head space analysis completed for each sample. The OVA will also be
utilized to monitor the air at the workers breathing level. A log of
events and observations will be recorded daily.
47
300702
SOP Personnel Protective Equipment
Level D personal protective equipment will be utilized by the
drilling crew and site hydrogeologist/engineer during monitoring well
installation, test boring installation, hand auger boring, sampling
and decontamination. This will include eye protection, hard hats and
work boots. If steady above background readings are encountered with
the OVA during drilling, sampling, or at any other time, personal
protective equipment will be upgraded to level C to include half face
air purifying respirators with cartridges designed for organic vapor
compounds. If significant steady above background levels are recorded
with the OVA additional dermal protection will be provided to all
workers by utilizing disposable coveralls and gloves in conjunction
with the respirators. If at any time site conditions require Level A
or B personal protective equipment as determined by the on-site
hydrogeologist and New York State Department of Environmental
Conservation personnel, work will cease and the Health and Safety Plan
SOP will be modified for incorporation of this equipment.
Soil and aqueous sampling and decontaminatoin procedures will be
conducted with level D personnel protection equipment and will utilize
disposable ^ vinyl gloves inbetween sampling efforts and during
decontamination. If above background levels of organic vapor are
detected during sampling personal protection equipment will be
upgraded to level C with half face air purifying respirators with
cartridges designed for organic vapor compounds and, if necessary,
disposable coveralls.
In the event that the conditions on-site become unsafe for
drilling activity, as determined by the field hydrogeologist/engineer
300703 48
r - r r r r r — ^ Z ^ \ . , . . . . ^ ^ , ^L,Lxxxuq w i i i c e a s e u n t i l t h e problem i s
r e m e d i e d .
Decontamination Procedure
The daily decontamination procedure is as follows:
1) Establish a decontamination area
2) At this station establish a basin with detergent (Alconox),
a rinse basin with tap water and a garbage can lined with a
plastic bag.
3) Wash and rinse boots
4) Remove outside gloves and discard in plastic bag
5) Remove disposable coveralls and discard in plastic bag (if
applicable)
6) Spent organic vapor cartridges are to be discarded in the
plastic bag.
The final closure of the decontamination area will involve double
bagging all disposable clothing to be removed to an approved disposal
facility. Decontamination and rinse solutions wil be contained in 55
gallon drums for subsequent lab testing and will be removed to an
approved disposal facility. All rinse basins, etc. will be thoroughly
washed, rinsed and dried prior to removal from the site.
SOP Emergency Equipment and Plan
Emergency equipment on-site will include a first aid kit and
disposable eye wash equipment. Emergency telephone numbers for the
local police, fire department, ambulance and hospital will be kept in
the field book of the hydrogeologist/engineer and are listed herein.
The nearest hospital with emergency room facilities is the Brunswick
Hospital Center, 366 Broadway (just off Route 110), Amityville,
approximately 2 1/2 miles south of the site. In the event of a
49 300704
medical emergency an ambulance from the East Farmingdale Fire
Department will provide service to the hospital. In any event
requiring emergency communication the telephone at Susquehanna Textile
will be utilized. Following is a list of emergency telephone numbers:
Emergency Telephone Numbers
Contact Phone Number Individual
Suffolk.County Police Emergency No. 911
East Farmingdale Fire Dept. Emergency No. 249-0047
Ambulance (East Farmingdale Fire Dept.) Emergency No. 249-0047
Brunswick Hospital Emergency Room Emergency No. 789-7460
Client Contact CH-9-5800 Vic Emanuelo,Esq,
F, P & M Contact 737-6200 Kevin Phillips
If at any time during the Remedial Investigation conditions
change which necessitate a modification of the Health and Safety Plan,
work activity will cease until the appropriate modifications are
discussed and finalized with the NYSDEC.
50 300705
SECTION 6.0 QUALITY ASSURANCE AND QUALITY CONTROL
The lab selected for work on this project will be a New York
State Certified Lab and will follow the New York State Contract Lab
Program (CLP) procedures for data validatpn,. quality control and
quality assurance.
Quality assurance and quality control will be the .responsibility
of all field and laboratory personnel that collect', handle, store or
analyze samples. The infield hydrogeologist will be responsible for
establishing and following in field QA/QC procedures and will keep
complete records of all field activity and sampling nomenclature in
the- appropriate field books.
The quality control program for the proposed sampling program
will require the collection of field blanks, duplicate samples, split
samples, samples for matrix spikes and the utililzation of trip blanks
during the monitoring program. These are discussed below.
Field Blanks
To monitor possible contamination due to the infield sampling
methodology, field blank samples will be utilized. Each field blank
supplied will be composed of laboratory supplied distilled water and
the appropriate glassware or container using the same sampling
methodology as per regular sample obtainment. Field blanks will be
supplied for priority pollutant analysis, VOC analysis and total metal
analysis as per CLP protocol.
Duplicate Samples
To evaluate laboratory accuracy, one priority pollutant scan
analysis from the first round of groundwater sampling will be obtained
in duplicate. The duplicate wiU. be processed normally and will be
51 300706
standard sample to the laboratory. Results will be compared as to the
consistency of the parameters identified and to the level of
concentration.
Intralaboratory Split Samples
To evaluate laboratory accuracy, one sample for total metal
analysis will be obtained in duplicate. The duplicate will be sent to
a different New York State contract laboratory. The results will be
compared to the consistency of parameters identified and to the level
of concentration.
Trip Blanks
Trip blanks will be supplied by the laboratory following CLP
protocol in the appropriate glassware for total metals and VOC.
These blanks will be brought into the field, stored with the actual
samples, and transported back to the lab for analysis.
300707
52
SECTION 7 DATA REPORTING AND ANALYSIS
Data collected during the Phase I investigative and sampling
effort will be used to characterize the nature and extent of waste on
site within the soil and groundwater. If the data collected during
the Phase I sampling effort does not fully define the three-
dimensional extent of the contamination, additional .sampling plans
will be instituted to fully address the site and the site's effect on
the surrounding environme«t.
Upon completion of on-site sampling and characterization,
remediation alternatives will be assessed to comply with Inactive
Hazardous Waste Site Remediation/Feasibility Study Guidelines. The
sampling data, therefore, will be an integral part in the selection of
the remedial action taken for the site.
The site data and analysis will be compiled into a formal
Remedial Investigation/Feasibility Study document and will follow the
format as outlined in Guidance on Remedial Investigations and
Feasibility Studies under CERCLA. This document will provide the
information needed to ultimately select an acceptable remedial
solution for the site and to establish a firm basis for a record of
decision fof* the site.
53'
300708
APPENDIX A
MATERIAL SAFETY DATA SHEETS (MSDS) SUSQUEHANNA TEXTILE
300709
fA»M>^<^ ^ f f« ' t3 ;
. < • . . t union
UCOMo
PtOOiKl Codt Mo- 1006
MAXERIAL HEALTH AND SAFETY BULLETIN
Union Chtmlcals DIvttlon Pttrochemlcal Qroup
CAS 64741-41-9 UN No. 12S5
MANUr ACTURCD'S NAMC
Union Dwmleali Diviiion. Union OU Company of C^lfomia
tTHSIT Aoonus
1345 Nonh MMdMm Bead
piTY, rTATE. ANO Z i r OOOI
Sduumburg, lllinoii 60196 BwinMi PIMWM: (312) 885-5450
f U£R JENCr TIU^HONI NO.
Tmnpermion EmirBmeitt call CHEMTREC (BOO) 4344300 H«<hh EmtrginciM CWI Lo( Angtin Pobon Control Ctnnr (34 houn) (313) 664^131
MiooucT: M i n e r a l S p i r i t s 75
COuuoNNAME: - AHSCO S o l v 1 0 0 6
,OINIIIICNAMf: V o l B t l l « S o l V « n t
:HIMICAI. NAME: N o t A p p l i c a b l e -
cHfutPki. FAurLV: Bydrocarbon mix tu re
DOT MOrCR SHITf w o NAM! :
Mot Applicable
MARNINO fTATKIMMT:
. . . .
Caution COH^uatible. DO NOT induce vomiting if awallowed. For induatritfl use only.
T L V
Mmahotd Uarft ValM A. OSm CB • . ACOIH Q C. t M III • D.OHtm O
300710
*mA ,.. ..^.•.r*i''-^T?^:ts€^r-;Si^. . V N ' I - . . * • • " , '
EMERGENCY: Havt a phytician call LOS ANGELES fOISON CONTROL CENTER (34 ht%X 313/B64-3121
•r« V T T * - " -
Skin Omnwt
Inhalttlon
*Tf'-thlW 'jnpwSuct comes ii contac^ with, the .eyes, flush with large quantities of water for at least 15 minutes and seek immediate medical attention.
If this product comes in contact with the skin, wash with soap and large quantities of water. Seek ibedical attention if irritation from contact persists.
If breathing difficulties, dizziness, or lightheadedness occur when %n3rking in areas with high vapor concentrations, victim should seek air free of vapors. If breathing stops, begin artificial respiration and seek imnediate medical attention.
InvtMkxi If t h i s product i s swallowed, DO NOT induce vomiting. Seek inaediate medical advice and/or a t t e n t i o n .
I :?; • f ) >V <.t»etJott I I I .^>Hy:»<HU>6iCAL E F J ^ ^
Strwmic ' criam
u
Thii product may ba an aya irritant
Thia product may cause skin irritation upon prolonged or repeated contact.
. - 1 .
Varioui itudie* h«v« ihoi*»n a ponlbta ataodation with axpoaura to Ih l i product and tha foliowina:
Respiratory t r a c t i r r i t a t i o n
Central nervous system depression In high concentrat ions
' • • •
300711
- ^ 1 . 3 , ; ^ t ^ r u ^ t ; ^ RMpitlMry
tt»tcllv
V«ntU«tie«i
The use of respiratory protection depends on vapor concentration above. .th&..^im5rweighted TLV} use a NIOSH approved cartridge Ttsplrator or gas mask. . -«.. .••.:-..-•.• —• --
OiOMI
••• ' • • y . H ' . .
Ganaral-mtchanical vantilation may b« wf f le iant to iiaap product vapor eoncantrationi wi th in
tpacifiad t ime^alghtad T L V ranpa*. I f oanaral «fnt l lat ion prov t t inadaquata t o ma inu in u f t
vapor eoncantrationt, wpp lamanu l local axhauit may ba raqulrad. Othar spacial praeautiont
•uch at ratpiratory maik t or anvlronmantal oontainmant davicat may ba raqulrad in axtrama
The use of impermeable j gloves is advised to prevent skin irritaiton in sensitive individuals.
^ • 1 • •
/
^reiaetion Safety glasses, chemical goggles and/or face shields are recomnended to safeguard against potential eye contact, irritation, or injury.
OiKar ^ret«ci)«a iQuipmani
Impermeable aprons are advised when working with this product. The availability of eye washes and safety showers in work areas is recomnended. '
c ^•^i^^^^lyfv; - ; ; ;^ ; ,^! ;?*^!^ Y i ' { z - f ^ ; - •• • ••••
iMMity
1
Incam^ilbiiitV tUtitmfk to Awpid)
• ' r . 1 - ,
HwardMM Owa*npMillB« PtoOuea
felytnarUstien
•
UiMnbia
Slat*
v
X
Condltiont ta A«eld: •
\
This p roduc t i s incompat ib le w i th s t r o n g o x i d i z i n g a g e n t s , s t r ong*ac id s o r bases and s e l e c t e d amines .
Thermal decomposit ion i n t h e presence of a i r may y i e l d carbon monpxide and /o r carbon d iox ide
MavOeeur
WMNatOcov X
CondliioM W A«oM)
• • 1
•;:^^,:>,vi.;^"^:^||^ggg|^$^^ HIGHWAY OR RAILWAY SPILLS • CALL CHEMTREC 800/434-0300
^racautloMt In C«M«f naiMMor
0«*arlM>
MTafi, Bt«>««r MM»«atf
Keep sources of ignition and hot metal surfaces isolated from the spill. Plush spilled material 'into suitable retaining areas or containers with large qxiantities of water. Small amounts of spilled material may be absorbed Into an appropriate absorbent, j
^ \ y t 0 . ^ Qyan Hm^m^^ n ^ ^ r m Owwari P U m Wa. WO^MMOS. N U W \% Oraaiar t ^ " " ,ibt IKitogr^ri i
I ' :
cis?;: :^r . anrss:r%i%;?s?2ss;/^«* • -"""- -• ^ 300712
HMaltn««nd K .«p preduol oomrinara aool. dry. and OMT kom aouroaa Of IgnMen. Uaa and atoia rnia pmduol M f t adaguaia vanHMon . ^ a a Saction IV) Naap product eortekwra eioaad Mfian n o i i n uaa.
I ^ m o m w l aheuW awoU I n M a t t M er M«wra. (8aa 8«:dona I, n. m. V. Vf) P«Monal oon iae i»»« praOijei ahouW ba MDidad. S h o i M aontad ba inad% r w i m a aa imaad ctolMno and Ruan
I Mkn i w a c (8aa Saodona I . rv. Vq
— . T 7 ' " T".*' T •• ••'•• ' . ' . ' . v ^^ ^ ' ' ' . • L - ' • ^ " ^ ' ' ^ ' ^ • • ^ ^ ^ ' • • • • • • • v a a w a w O T a w ^ a ^ p w a v H ^ M ^ w i w a a i ^ H H H n a a a e H H M a v ^ a H a i ^ H i H H M ^ B M m a m H ^ H a H H H i H O ^ i e a ^ B ^ ^ B n B M M M
DOT r i M W M b l l r y . : . OMMMMian ^- - Combustible Liquid
riMti fo lm Ban*,: O t a k w 30* F. O »>» r . tOO* F D ioo»p.aoo*p ao«w2oo*f> D NoMtabeWm
.A ;J ' ; -VN : . .
Uaa toam. OOa or dry dMnic t f I M fl0hdi«
UmaMtr i r t I R M of hot m a M aurtaoak' and oOtar of iQnNlan.
Pin
I rn to idu fa i
Tha uaa Of aad^OTMalnad bmadi ino apparatua la laoommandad tor I n i OgMara. MMar may ba unauHaMa aa an axtingulaNno madia, bu i haiphtl In leap ing adtacbnl w n i a t n a i t c o o l i p f M d i n g burning E q i M w t t i aatar uaad far oooUng purpoaaa.
.
A«arealniwa
( ( •po r t t l o i i Raw:
««acl(i« OrwMy:
AaoMranaaandOtlor :
310 - 405
Q frfcMslg T l i *nW«t * f
T M 1 pmduct ia eiaa« haa tna > •
V^e rOan i t y :
ny color and haa
? « - ^ TbanAIr OUahur
VelaiUa:
loot Waiaht par Gal lon :
6. m #4tAf^tf4^rftefw% f u i n j
.55
te tub i l i i yWi M a n r :
N e g l i g i b l e
l b . ,,
t
1
1 1 1 t 1 1
^•^BSH£|li8l l l i i l jSt^ ^•dua tOada Na. 1006 N«.o«. 11/5/84 ty B. L. S t r u s I
t X O N a . Ne. 1006
*WlfWa f T i * * * " * — - *-—* I'T^wrwl""
* t?»Tf^ fT i Otnctor a* OceuoatlQwal Wwltfi S To»tealoBy
.SBBSSBLUCLP t t l a i wa and Taehn6laa» PMala«^
T ) w l w * i r a i i < u « l a e i a d B O M a i o < < N b < l a i < o d t 9 b a e o i i o c l o a a f > w d M a t a a u a d . H O W g V g W . W O W M R A I < T Y O W M g l O U I < T ^ ^ fOR ANY U » C OR ANY OT>«R WMARANTY » EXPneSSCO C » IS TO BE M P U E D R C C W t O d M T H E / C C U f U C r OR C O W P I ^ TH)' ' ^ORU/VlON.TV«IVf lRAJBTOSEOeiMr«OnOMlU8eorTHtS»d=ORMATX3NORTHEPnOO^^ P* n ; OR TWg MA2AR0S n e u g r o T O ITS use . Thta I r^owoon and fta p»Bduo» aim ktna^mo en l a condWon »>ar »>• pacMwWaWwg J»at> _4aa a m « Wa own JiiiwiHnalien aa la dw auHadly ef dta p»eduei tor Wa paroouly purpoaa and cw » a aendWen B<a> ha aaauma ma na> a« aiauaapwiaat.
300713
MATERIAL SAFETY DATA SHEET (HSDS) To comply with: OSHA's H-az-ard Communication Stand-ard.
Labellins: HEALTH HAZARD 0 FIRE HAZARD • i REACTIVITY 0 PERSONAL PROT.= MSDS SEC. V H I
IDENTITY: POLIGEL Photoemulsion (Scuro, Chiaro or Rosso) cod. 1601..
SECTION I
M.3nuf.3cturer: F.LLI MANOUKIAN FRAMA S.P.A. LUISAGO (COMO) ITALY Imported by : TECHNICAL SCREEN SUPPLIES INC
430 Center Avenue, MAMARONECK, N.Y. 10543 Telephone number (914) 381 - 5111
Date prepar.: Hay I98G
SECTION II - HAZARDOUS XiJGREDIENTS / IDENTITY INFORMATION
Hazardous Components: 01330-20-7 XyLENE 00071-36-3 BpTANOL
% 3.7. . 2.5
OSHA PEL 100 ppm 100 ppm
ACGIH TLV 100 ppm SO ppm
SECTION III - PHYSICAL / CHEMICAL CHARACTERISTICS
-Boilins point : -Specific sravity: Uater solubility : Appearance + Odor:
N.A. -Vapor pressure: N.E. -Vapor density : N.E. APP. 1 -Meltins point : N.A. -Evaporation rate: N.E. Miscible with water, but not soluble Blue or Red viscous liquid with penetratins odor.
SECTION IV - FIRE AND EXPLOSION HAZARD DATA
N.A. UEL extinsuished
N.A. with
Flash point: Closed cup 32 desrees C. (see below AA) Flammable limits: NOT FLAMMABLE LEL Extinguish media: Possibly combustible, but can be
u^ter, sand or normal extinguishing media. Speci-al fire fighting procedure: Nothing special. Unusual fire and explosion hasard: None AA Aqueus emulsion containing more than SO/i water. Normally no flash
point except for laboratory testing.
SECTION V - REACTIVITY DATA
Stability : Conditions to avoid : Incompatibility (materials to avoid) : Hazardous decomposition or byproducts: Hazardous polymerisation : Conditions to avoid :
Stable Excessive heat None particularly None Will not occur None.
SECTION VI - HEALTH HAZARD DATA
Route(s)of entry: -Inhalation: Yes -Skin: Yes . -Ingestion : Unforeseen.
Health hazards (acute and chronic): Possibly irritating to mucous membranes and sicin especially in allergic individuals.
Carcinogenicity: -NTP: NO -lARC monogr.: NO -OSHA regulated: NO Signs and Symptoms of Exposure: f?ormally none but under certain conditions
may result in eye tearing and running nose. Medical Conditions generally aggravated by Exposure: Possible allergies. N.A. B Not Applicable N.E. = Not Established U.K. = Unknown
3007U
D
-.- .. w........ era. vaLBve inoividual from area fresh air and good ventilation. Wash skin with soap and water or f. eyes with water.
SECTION VII - PRECAUTIONS FOR SAFE HANDLING AND USE
I
S i i
9 ; I
D •
D .
D '
steps to be taken in case material is released or spilled: Soak up u inert absorbent material and flush area with water and wash with so tion of soap or detergent if necessary.
Waste disposal method: As may be required by Federal or Local regijl ^ ' for non-toxic non-hazardous materials.
Precautions to be taken in handling and storing: Avoid high or frees. temperatures.
Other precautions: None.
SECTION VIII - CONTROL MEASURES
Respiratory protection: None required but in case of allergy or sensil vity, mask with organic filter may be used.
Ventilation: -Local exhaust: Yes -Special: None -Mechanical: Ye Protective Gloves: Not required but may be desireable especially for sc
sitive individuals. Eye protection : Not required but goggles may be desireable if danc
of splashing into eyes. Other protective clothing or equipment:Not required but impermeable apr
m.'sy be desireable. "" Work/hygienic practices: Normal precautions against excessive contact.
SECTION IX - SPECIAL PRECAUTIONS
- Store between temperature of 35 degrees and 90 degrees Fahrenheit^ - Aver.nge shelf life: Six months, before mixing with sensitizer. - Ple.ase note labelling precautions and information.
1
0) .
While both F.lli Manoukian - Frama S.p.A. and Technical Screen Supplie Inc.believe that the data contained herein are factual, and the opinior expressed are those of qualified experts regarding the results of t^ ^tests conducted, the data are not to be taken as warranties c represent.itions for which F.lli Manoukian - Frama S.p.A. and/or Technics Screen Supplies Inc.assume legal responsibility. Since the use of th information and these opinions, as well as the conditions of use of th product, 9 re not within the control of F.lli Manoukian - Frama S.p.^ and/or Technical Screen Supplies Inc., it is the user's obligation 1 determine the conditions for safe use of the product.
N.A. = Not Applicable N.E._= Not Established •U.K. Unknov
300715
.mxtRi.HU bflttir DATA SHEET (MSDS) To comply with: OSHA's Hasard Communication Standard.
HEALTH HAZARD FIRE HAZARD REACTIVITY
'•
IDENTITY: SENSITIZER (EXTRA) cod.
SECTION I
PER
160305 *
SONAL PROT.s MSDS SEC. v:
Manufacturer Imported by :
F.LLI MANOUKIAN FRAMA S.P.A. LUISAGO (COMO) ITALY TECHNICAL SCREEN SUPPLIES INC 430 Center Avenue, MAMARONECK, N.Y. 10543 Telephone number (914) 381 - 5111 May 1986 Date prepar.
SECTION II - HAZARDOUS INGREDIENTS / IDENTITY INFORMATION
7. 10
OSHA PEL Hazardous Components: 07440-47-3 SODIUM DICHROMATE AA AA Note: TLV given for powder form. However, this product
only as a 10% aqueous solution and never as powder.
ACGIH TL 0,05 mg/
is suppli
SECTION III - PHYSICAL / CHEMICAL CHARACTERISTICS
N.E. -Vapor density : N. N.A. -Evaporation rate: N.'i
-Boiling point : N.A. -Vapor pressure: -Specific gravity: APP. 1 -Melting point : Water solubility : Highly soluble. Appearance + Odor: Yellow aqueous solution without special odor. SECTION IV - FIRE AND EXPLOSION HAZARD DATA
Flash point: N.A. Flammable limits: N.A. Extinguish mpdi.3: N.ft. Special fire fighting procedure: Norie Unusual fire .-jnd explosion hazard: None
LEL N.A. UEL N.A.
SECTION V - REACTIVITY DATA
Stability : Stable. Conditions to avoid : None. Incompatibility (materials to .avoid) : None. Hazardous decomposition or byproducts: None. Hazardous polymerisation : Will not Conditions to avoid : Non&.
occur.
SECTION VI - HEALTH HAZARD DATA
Route(s)of entry: -Inhalation: Unlikely -Skin: Yes -Ingestion : Unforeseen.
Health hazards (acute and chronic): None really but continued long ani repeated exposure may be absorbed through skin.
Carcinogenicity: -NTP: U.K. -ZARC monosr.: U.K. -OSHA regulated: NO 219?*-?"?! P**.??:*?"* **' «»Ml»?«'JP»IY»Xls»w •ialnn, consult physician
^ ' ^ ' ' ^ ° ^ Applicable N.E. =
Not Established U.K. « Unknown
300716
SECTION VII - PRECAUTIONS FOR SAFE HANDLING AND USE
Steps to be taken in case material is released or spilled: Absorb in ar inert absorbent material. Wash away with detergent and water.
Waste disposal method: Used only in tiny quantities. Collect excess £ above and dispose as may be required by Federal and Local regulatior for heavy metal solutions.
Precautions to be taken in handling and .storing: None-Other precautions: None.
SECTION VIII - CONTROL MEASURES
Respiratory protection: None required. Ventilation: -Local exhaust: None required. Protective Gloves: Not required but desireable. Eye protection : Not required but desireable. Other protective clothing or equipment: Not required but impermeabl
apron desireable. Work/hygienic practices: Generally good housekeeping and work practices.
SECTION IX - SPECIAL PRECAUTIONS
- Store between 35 degrees and 95 degrees Fahrenheit in non-metalli( containers. Indefinite shelf life.
- Average shelf life: Six months to one year, depending upon condition' of storage.
- Please note labelling precautions and information.
While both F.lli Manoukian - Frama S.p.A. and Technical'Screen Supplies Inc.believe that the data contained herein are factual, and the opinions expressed are those of qualified experts regarding the results of the tests conducted, the data are not to be taken as warranties or representations for which F.lli Manoukian - Frama S.p.A. and/or Technical Bcroen Supplioa Xne.esBume l«s«l rosponsibi1ity. Since the use of the
i?«irj^ ;?.*«t*l]?thlS'*^tir''«*f "?^* •" ^^^ conditions of use of the 5n5?S?**T:ShniSil sEJl.r. Sunnf?"*''?* "' ^ ' ^ ^ ^ Manouki.n - Frama S.p.A .....min._.52*?^^^ o^lisatio;.'*?;
N.A. = Not Applicable ,. H . . ,,, EstabliZd ^^'^Z"" u.K. - Unknown
300717
APPENDIX B
SUFFOLK COUNTY DOCUMENTATION
300718
.:•: S •
- . r - \ . „ . _ • ; _ . _
4 300719
.4>^ '^
P E T E R F . C O M A I _ A N ' SUFFCCKCCUNTr EXECynVE
DEPARTMENTOFHEALTHSERv.CES D a t e ^ a y 4 , 1984 •SPDES NO.
Kenmark Textile L^b. No. 3-84-197 Conklin Street Field Mo. l-DO-3-21 Farmingdale, New York 11735 • -
Gentlenien: •
On March 21, 1984 samp es of industrial waste were taken fron your dischairqe sump, east side Kenmark,sump very full da.rk black liquid. Upon ar.aT.ysis, the following parajneters were found in concentrations above-the :r.axiaiun allowed in your SPDZS Pemit or in groundwater effluent standards: 1 . T o t a l P h e n o l s ( . o o t - ) o . 0 9 Mg/1 g , • •'••*
2 . 7 .
. 3 . 8 .
4 . 9 ,
5 . 1 0 .
.Please be advised that these unsatisfactory conditions constitute violations of the N.Y.S. Environmental Conservation Lav and/or the Suffolk County Sanitary Code. Please be further advised that the discharge of any water frcni an industrial process to the groundwater of Suffolk County without having first obtained a State Pollutant Discharge ili:nination System (SPDES) Permit for that discharcre is also a violation of the N.Y.S. E.C.L. and/or the Suffolk County Sanitary Code, Article 12.
If you CO not already possess a valid SPDES Permit for the above discharge, then you should apply incnediately through this office for said pemit.
Since the above-noted violations nay subject you to legal action, it is expected that these violations cease irjtiediately. Violations of the Suffolk County Sanitary Code are subject to the imposition of a civil penalty of up to Five Hundred (S500) dollars per violation. E.C.L. violations are also subject to a civil oenalty. A reinscection in the near future will deterniine your compliance in this matter. "
Very trulv vours,
/Wuohn H. Finkenberc^ Sr. Sanitarian C/Enviror_-nental Pollution Ccnirol
'3 Horseblock PI. fS^E REV'^S^" CTr r- rop e;'r<.>.rN. ne^ •'.rnincville, riY 1173B -^-/--ti'- .-i-,- -OR S..-...^«.'^S)
) 451-4628
300720
_ _ „ . . . w i - n w i o c s L A B O R A T O R Y
C H E M I C A L E X A M I N A T I O N OF W A T E R . S E W A G E . I N D U S T R I AL W A S T E 18-247:
lELD u n \ ^ Q 3 " ^ \ L A B No._lzifJlZ DATE
COMPLETED j ^ : ^ M^
NAME OR F IRM WgN^youa-^rV^ 'Te.y;.-Vv.lg_
A D D R E S S OR L O C A T I O N
POINT OF C O L L E C T I O N
(^a j -Vl \ . u4 ^Ar> • VoLXrv^Axv^s CJAXCL,'
R E M A R K S / I N S T R U C T I O N S . S U J U ^ J P ^ ^ K ^ - ^uXL^ A a j r k W ^ U . \u?ujuS
J V
TEST
P H ( L A B )
C H L O R I D E
C Y A N I D E
M B A S
C O D
T O C
N I T R A T E - N
N I T R I T E
A M M O N I A - N
T K N
R E S U L T S
M Q / I
• •
-*
• .
• • • ~ j ' •
• ^ • - ' v
" • ' i v
i'.. 1*"'
- » • - , : • . : •
• , . • . • . ; • . • ' • ' ; : . ' •
X
T E S T
T O T A L S O L I D S
S U S P E N D E D S O L I D S D I S S O L V E D S O L I D S
AcjV^WwK^V*,
•
p H ( F I E L D )
T E M P . ( F I E L D O
R E S U L T S . MQ/I
• • .
•
. ^ ^ < j O O X ^
d ^ ^ " 'V^
X
K
X A ^
T E S T
C O P P E R ::•••
I R O N
M A N G A N E S E
C H R O M I U M - T O T
N I C K E L "r'-'^-
Z I N C ( .
L E A D ... •'..V.;.V:
C A D M I U M '
S I L V E R
C H R O M I U M - f 6
, ^ » l >
• S^
R E S U L T S
. / / * ^ ' " "
• •
• . * 5 |
' • • r ' ^
- 2 - - <
^ Z L . ^
- s ^ • 0 2 - '
• / ' ^
. . • • '
• . . . * , . .
' • • • ; * ' • • '
METHOD OF P R E S E R V A T I O N ^ H N O g T O pH < 2 Q C O O L 4 ' C
C U S T O D Y OF S A M P L E '^^^ ' D U R I N G T R A N S P O R T O F T H E S A M P L E F R O M S A M P L I N G S I T E T O L A B O R A T O R Y , T H E '
C H A I N O F C U S T O D Y M U S T B E U N B R O K E N . G E N E R A L L Y T H I 3 W I L L R E Q U I R E T H A T T H E
S A M P L E B E D E L I V E R E D B Y • T H E S A M P L E C O L L E C T O R O R H I S D E S I G N A T E D R E P R E S E N
T A T I V E W H O W I L L S I G N F O R T H E R E C E I P T . I N T E G R I T Y A N D T R A N S F E R O F T H E S A M P L E
D U R I N G S H I P M E N T . ^ ^ ' ^ ^ A F F I L I A T I O N " . , # ' >
1. COLLECTED BY Vj^Mvi O k p ^ <SCP HS. M^VtkZlS"^ U ^ M 2 . P O S S E S S I O
S 3 . P O S S E S S I O
4 . n i o a i v B O k
« . P 6 » « t c « i 0
• • ' • O S S E S S I O l
N B Y
N B Y
^m . « / S PY' •U^i—^ *
•i B Y —
DATE ' ^
UATE - T I M E " "
T IME
TO PATE - TIME • •
TO DATE - T IME" "
TIME
TO DATE - TIME""
" U U - fiwe TO - L A U - Tihg-I
3 0 0 7 2 :
/
: . T . T r r ~ r _ . - « . . - rvM^ArtUUUb MATERIALS CONTROL 15 HORSEBLOCK PLACE, FARMINGVILLE.N.Y 11738
(516)451-4633
"x:^ ME OF
iCILITY
.COMPANY NAME Ke. fJ wo.y v<> \ cx-VvVe. •>LANT .OORESS
OWNER/ OFFICER
CONTACT ( ) '..-•» ; • \ )
«(IOQJ/^/iAj7>q"-^°g F& y vs yU'kcWVgJ'o*'' ^§a.v> >
PACE I OF
TEL.
ZIP
MAILING ADDRESS
r.ATD,h^^mh,<^TmEj}' n rao^
ORIC. PERIOD IC ^ R E . ) W A S T E ^ NO
WASTE VtAa-Z SEWAGE PUBLIC SYSTEM PRIVATE
INDUSTRY
S P B « OR NPOEr>e£RMlT 7 YES NO PERMIT NO. 360 PERMIT? YES WO PgftMffNO
SCAVENGER TEL.
SCAVENGER APPROVED YES
PICK UP RECORDS AVAILABLE YES NO
RECORDS CONS EXPECTED WA:
ISISTpM'WITH ^ y e ^ E N E R A T ERATION YES NO
HEATING SrSTEM-MFC.NAME FUEL TYPE FIRING RATE
INCIN. NAME
WASTE BURNED
RATE
DRUM STORAGE YES N Q . ^ ^ ' ^ INDOC
ER STORED
INDOORS OUTDOORS TYPE OF MATERIAL S T O R E O " WASTE RAW
STORAGE TANKS
NUMBER OF TANKS
ABOVEGROUND UNDERGROUND TYPE OF MATERIAL STORED WASft RAW
OPEN PROertS TANKS YES NO NUMBER OF OPEN PROCESS TANKS
ANY ART. XII VIOLATIONS YES NO
) SeHA«j»v ^od5^ Q 6 \ o<vj £AsA-'g:vcie c ^ KeNJWAjctrVc ci<c dLV-v — ^ • - ' ^ • — W = _ 1 1 - T T - ~ • - ^ » J = = i S » — » I \
•H^6 CJ> JDa>r\ai.to> Ky duiL^e. ^ o^gi CA does cc>«C?r »uj o ^ i ^ j i d r y rrc6.c-keL b^oo^o/ Wiouik vsA.QA-e>r\cAx
/ /
OCO_ S~fe^ L O A C n . ipQ-C^ (pt(J^
( ^ ^ vf - '" oec^ cxroutoA. " H ^ G recL o ^ ^ " ^ C ^ M ^ L tx3D c W c ^
cicj> NT' ^
prHH"l«SiON I f e«*NTFU » r Th i s rAeiLITY To THE S H F F P U K B O U N T Y O S M R T M i H r OF NBALTM BBRVICtS TO OONOUCT ROuriNE aAMPLiua av'
m^p:miwmmmmi^f^iii>^mi^ j t i f p
TJK
300722
. u u i > i _ A O U H A i U K Y
C H E M I C A L E X A M I N A T I O N OF W A T E R . S EV/AG E .1N D U S T R I A L W A S T E 18-247::
.ELD Kin R-DOq-2P) LAB UO._Hll^H D A T E
C O M P L E T E D \^'.\» t ^-
N A M E O R F I R M k r ^ j K>^>r iC ((^?<AS^
A D D R E S S OR L O C A T I O N Cc>«^)c l t&J S \ - ^ h:^<C \>>K VV:>t cL?vVei.
POINT OF C O L L E C T I O N . STri^v.',^^ R ^ ^ g ^ ' D V « Q ^ C ^ C A ^ V ^ ^ d l^ :^cU&.vfc^
R E M A R K S / I N S T R U C T I O N S O ^ CKCt^yl^\Ac:Ic i l < r l u Q "
•
T E S T
pH ( L A B )
C H L O R I D E
C Y A N I D E
M B A S
COD
T O C
N l T R A T E - N
I T R I T E
A M M O N I A - N
T K N
R E S U L T S
Mg/l
^ T E S T
T O T A L S O L I D S
S U S P E N D E D S O L I D S D I S S O L V E D S O L I D S
•
p H ( F I E L D )
T E M P . ( F I E L D )
R E S U L T S Mg/l
•
/
^/.ST. V
x
K <
K X
K \
w/
T E S T
C O P P E R
I R O N
M A N Q A N E S.^ ..
CHROMIUM-TOT
N I C K E L
Z I N C
L E A D
C A D M I U M
S I L V E R
t H R 0 M I U M - + 6
R E S U L T S
•3. "" ' •
-2-< < ' - /
' - Z ^ <C.2-
* : C : * 0 2 .
-^-6
'
•
METH.bD OF P R E S E R V A T I O N ^ H N O g T O pH < 2 Q C O O L A ' C
D U R I N G T R A N S P O R T O F T H E S
C H A I N OF C U S T O D Y M U S T RE
S A M P L E BE D E L I V E R E D BY T H
T A T J V E W H O W I L L S I G N FOR T
D U R I N G S H I P M E N T . ^
1 . C O L L E C T E D BY ^ J A U U J
9 - p a a a a a a i o N B Y . _
a . , p o s s e s s t o
H. R s c E i v e o I
5 . P O S S E S S I O
6 . S S E S S I O
N B Y • ., . .
C U S T O D Y OF S A M P L E
A M P L E F R O M S A M P L I N G S I T E
U N B R O K E N . G E N E R A L L Y T H I S
E S A M P L E O O L L B C T O R OR H I !
H E ' R E C E I P T . I N T E G R I T Y A N D
< A M E A F F I L I A T I O N
T O L A B O R A T O R Y , T H E
W I L L R E Q U I R E T H A T T H E J D E S I G N A T E D R E P R E S E N -
T R A N S F E R O F T H E S A M P L E •
d
.AB nv fO *^
N BY
—
OAf£ U TIME
DATE - TIME TO DATE - TIME
DATE - TIME TO DATE - Tl.Vt£
1 DATE 1 r iMf
„ „ „ ' DATE - TIME TO DATE - TIME ~
— DATE - TIME l^r. 'A\^ri^'^' 1
':Vi-
. - — w i . i \ Lj \ j r n \ i \J ttt
C H E M I C A L E X A M I N A T I O N OF - W A T E R . SEW A G E , I N D U S T R I A L W A S T E * • ' • '• •••.... ia-247
' : • • : v ' ^ > ^ ^ ^ ^ ' ^ W W i - • •^•^.-S;^^.:y•:•^#»^•^• • ' •^ ' t ' ' ' -^M' ' - - •• ' • •DATE• '^•^w^;g^f^ |^^f ' l^^-v^ FIELD MO-'^^'g i 'DOVtS M A B M n ' ^ " * ^ ' ^ " ^ > ' * ' C O M P L ET E D ' ^ ' • • ^ \ ^ g ^ j ^ . . ^ '
N A M E O R FI R M .- ' ^ >v Vv€fe^v>.^x>cV^ \ ^ ! ) v W ^ U > ^ . ' • • ' • ' - • • •*- ' ' • ' - • . A
ADDRESS'OR LOCATION ^^^vG^coVXs^^^v W .-^1=^^^ v . •! , .V V • / ., 5 , • v -;;, > • • .-•••v>''»N--^»^ ••.••• '•• . • : • . T - V •'• .• V ' V j ^ ^ f c ; — . . . • • •.,•: •-'•.'^•-•: :. .••.••••'••• • ' ^ • r - >• ^-.^ *.•,•:• • : ' ' r , ' ' ^ o ' ' ' v " ' ' N . ' / ' ' • ' ' ' " f P OIN T.;;,0 F C O L L E C T I O N •'• f # V> isc^x'asi^kQ; ' ^*^«=Tf S u u - v ^ ' \&coA-q^ ' 2 -^^6 « > "•'"^y
R E M A R K S / I N STR U CT I'o N s ' ' ^ Vt e e ^ ^ i ^ U ' . " c ^ a ^ t r U ' ' ' ' ) ^ c ^ \ J > ^ ! ^ - ' ' - ' ^ ^ ' ^ ^ ^
•
T E S T V
p H ( L A B ) '•>•
C H L O R I D E
C Y A N I D E ..
M B A S ' •
C O D
T O C ••.;,•;..,•
s
• • ' • •
N I T R A T E - N
N I T R I T E
A M M O N I A - N
T K N
R E S U L T S
. : . v . . ; i : . ' . . : - . •• • •
: .i4!}Pc-:-> . ' • 9 / '
V::Kv!;i-•'::•• ' ' ' ,
• • • . ' • > ' ; ' ' • • " • • • • ' • • • •
• - ; • . : , . , : ; • ( . . • . • • .
• : , v - . ; - = • • . . • . -
• . • ' • ' ' ' ; ' V . ' - ^ > . ' • •• • • • '
• : " , ' • • > . . . • • - i - : > - • •
' ' • • ^ *' i . * - 1 ' • ' .
• • . ' • % > ' . • ' • ' • ' ' • • • . • " • ' •
• • • • . ' • ; - • • • '..
_ • • ' - . . •
, . , , . . . , . •
• . T E S T .
T O T A L S O L I D S
S U S P E N D E D S O L I D S D I S S O L V E D S O L I D S
1 * ^ . ' . • .
: . • • • • _ | V • • • • • " • •
• • . ; ; • . • . - • • • ' - • ' • '
• • . ' • • • ' ' . ' • • • ' . " ' . ' . ' ' ' ' " ' • • '
• .:••=;•, ' ;>.v:.v v . - - ^ ;••
. • . ; / ^ : ; ^ . V •;••:;; , ; K , ;
• :"V\ :v •:'• • "V::"^. ^
• • . ' : • ; * • • • ' ; ' . . : . . . • ; ' • ,
• ' ' " • • t « - ^
p H ( F I E L D )
T E M P . ( F I E L D )
R E S U L T S , . . . • , • • . , . M O / '
V ••',..• .:-.;::..-^K
• - ' " • ' : • • • . . . • ' • •
1 , • . . I - . , . . . * .
• ' • . • • • , ' • •
- • : • • • ^ i - : - / ; - : ^ :
'••. . . • • i ^ . i r V ' v H '
• & . ' • : ' " ' • ^ ) v : ' . * ! ' ; ; ' ; '
i . > • • • ; • • : ' : • • :
* • ' ; • • • • ' ' ' . . . - • ' , : • •
: . • ' . ' . . * • • • • • • • • •
V, 'TEST '...-v
C O P P E R •
I R O N ' ' - y l - ;:S1T
M A N G A N E S E
CHROMIUM-TOT
N I C K E L .'-.v.',ti
Z I N C ,':v;;'^.i;'f.-..••.
L E A D ••: ' i :-:, " • • i " ' ' .
C A D M I U M j ; ; ;
S I L V E R ."/(r.;
C H R O M I U M - i e
><AA^UoL^ , • , • ; , . • . • • . , : . • . -
, . . ' • • . • - • • . • • • • , ,
RESULT
•'i^i-^^i-^v**'
• • j ^ : : ^ , : M i ' M
; ? . M - - . • : ' ^ > i ? ' ; ,
'^^i•Ci:r^(^%
•' i .::•;; ^;'i?,-r
• . • ^ ^ ^ • • • . ' C ' - : : ^ ; ^
. ;,5.,V'".:./-»S,rv
m ' '-Mi • ' - y , t < & ^
< ^ ^
/^.o^J. s..-<^.r.
' : : ' . : • • ' ' • ' ^ • ^ ' ' . ' ^
M E T H O D OF P R E S E R V A T I O N D H N O 3 T O p H < 2 Q C O O L 4* C •
VV;^«ASL • 3 '^
D U R I N G T R A N S P O R T O F T H E S
C H A I N O F C U S T O D Y M U S T B E
S A M P L E B E D E L I V E R E D B Y * ' T H
T A T I V E W H O W I L L S I G N F O R T
D U R I N G S H I P M E N T . ' • " • • " " " j ,
1 . C O L L E C T E D B Y V/A\fVQ> C
2 . P O S S E S S I O N B Y „
• . P O t t l S S I O N B Y . ' • '
C U S T O D Y OF S A M P L E .
A M P L E F R O M S A M P L I N G S I T E
U N B R O K E N . G E N E R A L L Y T H I S
E S A M P L E C O L L E C T O R O R H I i
H E R E C E I P T , I N T E G R I T Y A N D
l A M E • • > • • • • ' A F F I L I A T I O N
3^m "" • ser^vN:^
T O L A B O R A T O R Y , T H E ,'
, W I L L R E Q U I R E T H A T T H E .
5 D E S I G N A T E D R E P R E S E N ^ - J
T R A N S F E R OF T H E S A M P L E
• ' . . " v . ' . ' ' . * . ' ' • • • ' • . • • • / • • • • " '
. . • . • . DATE - . • . . • ' . ' ' ' • " * £
DATE - TIME TO DATE - T IM f
4 . RECEIVED LAB B Y ' ~I> ' > V S O ^ , H " ' ^ W l l ' ^ ' T° : " * £ & - ^ ' - '
6. POSSESSIO N B Y • • • ' ' • ; • • . . ^*' ' 'E TIME
« . P O S S E S S I O N BY OATE - TIME TO ' DATE - T I M I
OAIE - TiMf TO " 6 A T £ - TikiE
300724
COUNTY OF SUFFOLK
DEPARTMENT OF HEALTH SERVICES ^
David Harris, .M.D., M.P.H. CQmn\issioner
Dec. 13, 1902
Kenmark Textile Printing Corp. • P.O. Box 29C " 921 Conklin St. Far.aiiiyuala, H.Y, 11735
Att'nr Mr. nitchell Malian, Prea.
Re: Drum Storage of Toxic or Hazardous Materials
Gentlemen: t
A recent inspection of your facility by a representative of this Department revealed that your facility is in violation of Article 12 of the Suffolk County Sanitary Code. '
Article 12 regulates the storage and handling of both raw and waste toxic or hazardous materials. Section 1203 defines a toxic or hazardous material as any substance, solution or mixture which may present a potential hazard to human health or drinking water. All existing or new facilities that store more than 5 drums of toxic or hazardous materials (raw or waste) must obtai© a permit to operate issued by the Department.
i »r to issuance of the permit, all storage areas for drums or other portable containers must meet construction standards acceptable to the Department. Containers must be stored on a concrete surface surrounded by a berm or curb to contain any spillage or leakage. Further details can be found in the enclosed Standards for Construction of Storage Areas for Portable Containers. Please complete and return 3 copies of the en-closed application for a permit to construct with 3 copies of plans for upgrading your facility within 30 days from.the date of this letter. Facilities that store 5 drums or less indoors are exempt from these requirements .
Your plans will be reviewed for.conformance with the enclosed standards. Facilities with approvable plans will be issued a permit to construct by the Department which will be valid for one year. No construction or modification is allowed until this permit has been issued.
If you have amy questions you may contact me at 451-4649.
Very truly yours.
5!"'*:;- ' ' = Health Engineer Hazardous Materials MaSIgemen
^seblock Pl. • Farmingville, N.Y. 11733 516/451-4649
300725
• r COUNTY OF SUFFOLK
PETER F, COHAUAN SUFFOLK COUNTY CXECUTIVC
DEPARTMENT OF HEALTH SERVICES
November 10, 1982
Mr. Mitchell Malidn, President ' ' ^ •"" ' •• Kenmark Textile Conklin Avenue ^ . - :.'-Farmingdale, NY ' 11735
• • • " ' • , " ' •
Re: Kenmark Textile . •
Dear Sir:
This letter is a follow-up of our telephone conversation concerning your facility and the southwest sewer district. As you are aware, the Suffolk County Sanitary Code, Article VB, Section 2e, requires wastewater to be discharged directly into j a municipal sewage disposal system if available and accessible. i i 3r records indicate that your, immediate area is served by the ;.;
d i s t r i c t . • - ••
• j
At this time the Department of Health wishes to establish a [ date of January 2» 1983 for completion of the connection of your ' building Cs) to the sewer district. ';!
•"•• ^ . • " • • • • i
For an ajsplication and full particulars regarding the require- \ ments of the Department of Public Works, please contact Mr. Richard i' Strzepek, Building 159, Veterans Memorial Highway, Hauppauge,NY 11788, ; telephone Number 360-4886. . 1
If you have any questions regarding the above, please call me at 451-4 648. A reinspection of your facility will be made on or about • .' January 3, 1983 . Your cooperation will be appreciated. \
Vei^ truly yoursj
rordon 71 Watt Wastewater Management Section
GJWthe
cc: R. Strzepek, P.E, * .- -J. Finkenberg . •
K^LACC . , rAWMIMCWILLC. l«CI»»OI»K l l » a « • • I S I * I ' 9 | . « * $ S
a0.CL726
I I
E l QUICK MESSAGE County of Suffolk.
C O/Vr^O W
Oaia
•z,:r^o c.jT' FROM:
(Tie Line Phone No. 77-
iCt ^u</r-'f\^^>^ T ^ ' * ^ ' ^ ^ ^
0 • ... .
T > r t ^ j i ^ t e t x v ^ 5 > I
SCIN FORM 76 {\ 1-791 r n i o n C O I T I O N M A Y ac U « C D U N T I U S U ^ P ^ V IS D C P U E T C D . 56-J46
1^.-
il - , • . • ^ ' ^ • ; • - • • • - . • . ' -
<,.^-<,
w . . r t o u n A i O R Y
C H E M I C A L E X A . M I N A T I O N OF W A T E R . S E V/A G E, I N D U S T R I A L W A S T E
.• t
lELD Mn G^Q\c>-:^0 ^LAB N O. J i L l Z Z l L f l i i l ^ C O M P L E T E D j 5 ^ d l ! l f ^ ' l _ '
NAME OR FIRM i"^ g t-O Vi-fc^cXX-W \ C-P»<\ <.V>R.
ADDRESS OR L O C A T I O N
POINT OF C O L L EC T I O N
R E M A R K S / I N S T R U C T I O N S
Coc-u IL.V.V-<»>J Kvre-V • ^ ^>
K^vscl'^c* S C - ' ^ f a ^ K - t r e ^ «
TEST
pH ( L A f ) >
R E S U L T S
3i T E S T
T O T A L S O L I D S
R E S U L T S wgA
T E S T .
C O P P E R
R E S U L T S W9/1
C H L O R I D E »<9/l S U S P E N D E D S O L I D S I R O N
C Y A N I D r D I S S O L V E D S O L I D S
• « . • ' M A N G A N E S E
U B A S X] CHROMIUM-TOT O*)
COD N I C K E L
T O C Z I N C
K «-EAO
C A D M I U M 0 2 . I f N I T R A T E - N
t !A. \ S I L V E R 0 2 . N I T R I T E f ^
JL_d C H n O M I U M - t - 6
A M M O N I A - N l^^^ \r\' ' T K N pH ( F I E L D )
T E M P . ( F I E L D )
METHOD OF P R E S E R V A T I O N Q H N O 3 T O pH < 2 Q C O O L 4* C
I
. C U S T O D Y OF S A M P L E j i JURINQ T R A N S P O R T OF T H E S A M P L E F R O M S A M P L I N G S I T E T O L A B O R A T O R Y , T H E
I -^HAIN OF C U S T O D Y M U S T B E U N B R O K E N . G EN ER A L L Y T H I S W I L L R E Q U I R E T H A T T H E
i A M P L E BE D E L I V E R E D .BY ' T H E 3 A M P L E C O L L E C T O R OR H I S D E S I G N A T E D R E P R E S E N
T A T I V E WHO W I L L S I G N F O R T H E R E C E I P T , I N T E G R I T Y ANO T R A N S F E R OF T H E S A M P L E
' U R I N G S H I P ' M E N T . N A M E
1 . C O L L E C T E D BY
!
, p e y « t S « t a N BV
^ W ^,0 • • « • • ! * « ' • y '
J : ' i ^ H a v i v i * fcVi ay
| 5 - P O S S E S S I O N BY
I j ' O S S E S S I O N BY
rWlllO OnfffA
A F F I L I A T I O N
s'cpf-+s
300728
— • s Y \ K w t t t M I C A L E X A M I N A T I O N OF W A T E R, S E W A G E. IN D UST RI AL W A S T E 18-247:
D A T E
FIELD Ktn (5 A ^ c3e? . / ^ _ ' ^ / - ^ u « i c ' V v ' V l ' '• '
L A B M " ^ " " O ^ - ^ iTC^ C O M P L E T E D Y ' 3 n V ^ l l ^
NAME OR F I R M " ' ' ^1^ /? /?^ /? / : ' /<^r>(T/4.(^ :-m A D D R E S S O R L O C A T I O N ^ ^ / ^ / /A J cTT^/ P^><>/7?i:>. • ' '"• : — - '*'\
POINT OF C O L L E C T I O N i \ \ t Y ^ A J 72>/0 / y ^ / / r h . /Jnjf/}/)/jJy:i /f/O/TTg/^AT n /U ,y )L r rA f
R E M A R K S / I N S T R U C T I O N S C^//)/^ nP JyJn/<^, . :.• , .
TEST R E S U L T S T E S T . R E S U L T S •fcig7r
T E S T R E S U L T S
p H ( L A E l T O T A L S O L I D S 1. C O P P E R Mg/l
C H L O R I D E Mg/ l S U S P E N D E D S O L I D S 7.i I R O N S 'Z^IO*
C Y A N I D E D I S S O L V E D S O L I D S
M A N G A N E S E
M B A S ^ CHROMIUM-TOT .' ' I « ^
COD • £ 1 I C K E L 7 T O C IL Z I N C 3-3>
i. L E A D - ^ . i -
t C A D M I U M ' 0 2 _
N I T R A T E - N )C S I L V E R
N I T R I T E y/i- i t CHROMiUM-4-6 -=C-tf>Z.
A M M O N I A - N
TKN pH ( F I E L D ) 2 T E M P . ( F I E L D )
METHOD OF P R E S E R V A T I O N P^HNOgTO pH < 2 Q C O O L 4 * 0
C U S T O D Y OF S A M P L E
D U R I N G T R A N S P O R T OF T H E S A M P L E F R O M S A M P L I N G S I T E T O L A B O R A T O R Y , T H E
C H A I N OF C U S T O D Y M U S T BE U N B R O K E N . G E N E R A L L Y T H I S W I L L R E Q U I R E T H A T T H E
S A M P L E BE D E L I V E R E D BY* -THE S A M P L E C O L L E C T O R OR H I S D E S I G N A T E D R E P R E S E N
T A T I V E WHO W I L L S I G N FOR T H E R E C E I P T , I N T E G R I T Y A N D T R A N S F E R OF T H E S A M P L E
D U R I N G S H I P M E N T . ^ A M E A F F I L I A T I O N
2.
COLLECTED BY
POSSESSION BY
POSSESSION BY
RECEIVED LAB BY
POSSESSION BY
''OSSESSION BY
/)f9()h 0^^ /& i^f)// .T t>/9a//P aSy?/& ^ C D ^ 3
f ^ ^ " ^ ^
. ^ - bATC - TIME TO DATE - TIME
I I I OATE TIME
OATE - TIME TO OATE . TIME*
fiAfe - Tiwe TO " B A T T
300729 TIME
*• ' o • • • o SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
INDUSTRIAL WASTE ANO HAZARDOUS MATERIALS CONTROL 65 JETSOM LA., RO.BOX G. CENTRAL iSLIP, NY. 11722 .,
(616) 234-2622
{"jy
FA oMicEn y,lr, / i l a I f o^ j >HVes
CONTACT / / ^ / .
PACE I OF
Tg^<f<iM*ri'-/P
AoowEsa C&n_,V.V.vgo A v r ^ ^ V I L L A G E - I C j t C y ^ y .
ILIMC DRESS
* J ^ « ^ ^ TOWN " ^ A x ZIP
- Tc;?5Qc=V.g^ T . M E / { > ^ ORIO. PERIODIC Si WASTE 1*0
W A S T E N » K SEWAOE S Y S T E M
P U B L I C PRIVATE
INDUSTRY
f»OES OR » 3£S PERMIT 7 YES rs. P E R M I T NO. 3eO P E R M I T ? YCS NO P E R M I T NO
SCAVCNCER T C L .
IVCNCER / >ROV£D YES NO
PICK UP RECORDS A V A I L A B L E YES NO
RECORDS C O N S I S T E N T W I T H EXPECTED WASTE GENERATION YES NO
IMEATING SYSTEM-MFC NAME
\
F U E L TYPE FIRING RATE
nd. - ' - \ i y '> ^
i l IN. .NAME
WASTE BURNEO
RATE
"STORAGE YCS NO NUMBER OF DRUMS STORED
T Y P E OF M A T E R I A L STORED W A S T E RAW BOTH
;TAHTt—.TORACE YCS A B O V E GROUND
UNDER GROUND BOTH
T Y P E OF MATERIAL STORED WASTE RAW BOTH
' l VC TANKS ; j EN m C l S T E R E O YES NO
CONDITION OF
ABOVEGROUND TANKS GOOD FAIR POOR ANY ART. X I I V I O L A T I O N S YES NO
- ^ *^UC-^ Ayjm>o G T " T ^ T 3V ^ •• 'V?g\.. . .57ec-Uo*a \<:> C W L < J L A .ue< <L<?L.VMS
V , ; r / ^ \ - x > - ^ v v A oO^ v#-A V&oJg^vr T o m - ^ ? f c k U ^ » J O - V.I VAOV.< • ^Vmao r 1 <kir>(T»ru». 5 L ^ : ^
-VLV
• U ^ " ^ V - O U - C - c k v - K \ LJ V 0 . < e , \ u j rCaoo.*<^ -VV^g^v Q c x i f t ^ v.vso-rv.\ t p v . V)^ c i j - V V . «.JV>
A s ^ ^ } l i ^ i 2 s t \ ^ \ .
ICAV^V , T ^ r - w > , •»k>^_^ gj>y—l^v ^ ' '
< t > j i«:^ ^ir<i^
• c a t ' j - Vo " W J - ^ - - ^ V»-xr<- >
\ ^ J O i l {o " ^ m c .sAaV QiO .yiec^o,e.<>j u. i / f CcPO<k.ij4 I f i ^ ^ / c A o Q
I ' - i l S i ^ g ^ s V ^ S r ; ^ ^ ^ ^ ^ ^ ^ ^ ^^ -' ^T>> " " ve rs TO CONOUCT ROUTINE SAMPLING OF
: i ! i l i l i i Z i ^ l « ^ *VD%%" F'lVe' • • ' " " " ' " ' " ^ " ' ^ ' ^ H M A C T O R Y C O N D I T I O N , BY REINSPECTION OATE MA?"
30073C 9/BI TJK
/ 'A PROCESS
I STF :e DCE
CHEMICALS USED AND APPROXIMATE QUANTITY
DISCHARGE ISCHARGE
TO
T ^ ^ f e ^ VK.-t6A-Tr ( i : ^ UJA»-1>TT. j ± /,vwjLt- SWU'^'f
(Bt- ^ ' ^C . ] - . -
% ^ ^ C i ^ < ; v ^ O % s ^ C^y«-V> VA^nA'"'--^
Vv^V*/^ :^:3C-LZL > j L .
t^Gg^ VOOO'-v'ti-i »
K g |JLS=as rV-^>> VK^«^T
IZ JC a
JJ\iii g^^t-\. ^U\OvV^
A>H>£*e<XcxTV "^Vxx^ tVoU- J o j ^Voc.t>^ fe.yQ'ffAyv v:>.--- .c " o ^ e ^
<pA.^t- L i Q a i C ^ I to m.oo^'?,. •p^A,v<^
<g ^ 'STvcVt- - ^ ' \K*' ' ^ Q - ^ ' i -Rtgi- O t i - .
AIR POLLUTION SOURCES
PROCESS
,-»_*•.
(X)NTROL TYPE
EP'S CHEMICALS OR
PRODUCTS USED AMOUNT CONSUM.
HOURS OF OPERA.
TYPE OF ; EMISSIONJ
r.lELD un fc&O^a-^o A A B MO [ 0 ' 8 7 ' \ M S
?Nr , , ^ . L i i i . w - u n K r t V J C . i N D U & T R I A L W A S T E
D A T E
C O M P L E T E D I'^A^V^
\ X J i P n n c i o M \A.ci-ox*j>ix<«-V. \€_isAv^^-«e
ADDRESS OR L O C A T I O N .
POINT OF C O L L E C T I O N
R E M A R K S / I N S T R U C T I O N S
C O I - J U - V V - I V J A v r « . V -Vv*>rv.-*- •
\ 5 vsc ^<»—V 5«~ V««^s<ro-c-J .
'
•
•' '
1
f •
1—
TEST
P H ( L A B )
C H L O R I D E •
C Y A N I D E -
MBAS
COD
T O C
N I T R A T E - N
N I T R I T E
/ M 0 N 1 A - N -T K N
R E S U L T S
% . »«g/l
• • • • • v - . - r f • -.- »»•• • • •»•• ! •
•
•
TEST •
T O T A L S O L I D S
S U S P E N D E D S O L I D S D I S S O L V E D S O L I D S
*
, . ^ ^ , , \
i ^ r h •' p H ( F I E L D )
T E M P . ( F I E L D )
R E S U L T S
Mg/l
\ ' '
•
J y^[A'
^ yT » *
X
^
X.
\
•
"—
TEST, •
C O P P E R
I R O N
M A N G A N E S E
CHROMIUM-TOT
N I C K E L
Z I N C
L E A D
C A D M I U M
S I L V E R
C H R O M I U M - f e
•
R E S U L T S Mg/l
.
• O S
1 1
1
-<--2. , ^ ^ ' 0 2 .
• ^ ^ ' 0 2 . •
1 5
1
1
1 1 1
i . i
. 1 1
METHOD OF P R E S E R V A T I O N Q H N O a T O pH < 2 Q C O O L 4* C
I . C U S T O D Y OF S A M P L E
I ' /pURINQ T R A N S P O R T OF T H E S A M P L E F R O M S A M P L I N G S I T E T O L A B O R A T O R Y , T H E
C H A I N OF C U S T O D Y M U S T BE U N B R O K E N . G E N E R A L L Y T H I S W I L L R E Q U I R E T H A T T H E
S A M P L E BE D E L I V E R E D BY T H E S A M P L E C O L L E C T O R OR H I S D E S I G N A T E D R E P R E S E N -i
T A T I V E V/HO W I L L S I G N F O R T H E R E C E I P T , I N T B O R I T Y A N D T R A N a P B R OP T H E B A M P L B O U n i N G S H I P M E N T .
1 . C O L L E C T E D BY
2 . P O S S E S S I O N BY
^ P b « « l « « I O N BY
4 . R B C e i V C D L A B BY
k . P O S B t e v i O N BY
« . P O S S E S S I O N BY
N A M E
Ph-Oio Or.R(/;
•
/ 7 . ^
A F F I L I A T I O N
S'Cp/-+5
•
OATE / /
id
TIME
DATE - TIME TO DATE - TIME*
•fiAtEl - T I M E ' —
/ OATf^
OATE - TI.Vie
TO OATE - TIME
TIME I
TO OATE - TIME—
"gf tTt - f l M T T TO • bAlL - T i M r "
300732
SUFFOLK C O U N T Y HEALTH SERVICES L A B O R A TOR Y''"'^^^
CHEMICAL EXAMINATION OF W ATE R, S E W A GE, I N D U STR I A L W A S T E 18-247 S . 'B;
ELD Mn ^ 2 ^ ) 0 C- CO L A B NO. lo-gZ'Zl D A T E .
COMPLETED iC\v^\''" t^^"^
N A M P O R
A D D R E S S
POINT OF
R E M A R K S
FIRM ISJ
O R L O C A T I O N
C O L L E C T I O N
/ I N S T R U C T I O N S ' D v S C t V A ^ ^ . t t -
C T = ^ > V V V . < ^
T ^ v ^ . '
• U f M ^ O c x O
•
^
A a > v J i i . > f • R c c c C u
^ ^ %
• •<
(.tSi^A
—•'
tvVi: i .^C> "
V 1
1 .
1-1.
TEST
p H ( L A B )
C H L O R I D E ....
C Y A N I D E
M B A S
COD
T O C
. I T R A T E - N
N I T R I T E •
A M M O N I A - N
T K N
R E S U L T S
" g / i
^
T E S T
T O T A L S O L I D S
S U S P E N D E D S O L I D S D I S S O L V E D . S O L I D S
pH ( F I E L D )
T E M P . ( F I E L D )
R E S U L T S Mg/l
•
.,
• t
rpLir-^ \
^
>^
<
c. X.
TEST-
C O P P E R
I R O N
M A N G A N E S E
CHROMIUM-TOT
N I C K E L
Z1N C
L E A D
C A D M I U M
S I L V E R
CHROMIUM—fa
t
•• i •
R E S U L T S -Mg/l
. OS"
- < • /
• -=^•2 .
- < « 0 2 .
^ ^ ' 0 2 ^
•
.
i _ , — — — . _ _ — •>
M E T H O D O F P R E S E R V A T I O N ^ H N O g T O p H < 2 Q C O O L 4 * C
1
•
C U S T O D Y OF
DURING T R A N S P O R T O F T H E S A M P L E F R O M S
: H A I N OF C U S T O D Y M U S T BE U N B R O K E N . GE
S A M P L E BE D E L I V E R E D BY T H E S A M P L E C O L L
A T I V E WHO W I L L S I G N FOR T H E R E C E I P T . IN
5 U R I N Q S H I P M E N T . ' N A M E
1 . c f i L L i e T i b > y v 9 . ^ f X ^ , ^ ^ ^ ( 6 • *
. B . p e t » « « B i e ' V> P * B « « « i i i e
| 4 . n b O t t i v t D t
5 ' " O S S E S S I O
«- _ O S S E S S I O
S A M P L E
I ^MPLING S I T E
N E R A L L Y T H I S
E C T O R OR H I I
T E G R I T Y ANO
A F F I L I A T I O N
OTTit-B
T O L A B O R A T O R Y , T H E
W I L L R E Q U I R E T H A T T H E
5 D E S I G N A T E D R E P R E S E N >
T R A N S F E R OF T H E S A M P L E ;
fi'OCf^^
N » V .
- A 8 B y . ^ 0 ^
N BY
N B Y
• • — . —
-
- -
OATC i f •
. • / TIME
»ATI - TIME TO 'DATE - TIME 1
O A f I •-• f i M E " " 7 0 / ^ / fi^
/ OATE ^
0*TE - TIME
10 6ATE - T I M T —
TO DATE • Ti*:V '
"Birr TO "BA IL - Tiwe-j
300733
; <. V y
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES INDUSTRIAL WASTE AND HAZARDOUS MATERIALS CON
65 JETSON LA., PO. BOX G, CENTRAL ISLIP, N.Y I I 7 2 ^ ^ , , _ (516)234-2622 / ' " ^ r P ^
ME r-' : i L
« ' " " K?JOVAA^^ -Tfc>^v!w5^ -^^^hJ^NMb C O ^ " ^ . ANT 3Rrss'*q:: \ covo^cv^^J ^ST^
OWNER/
co>(ry»':i
OFFICER ^A^^Vc l^eVV \KA.<eLUA.«^ <PU4r
CONTACT ^ / ^ ^ S«=uV\a<ja*t«»--Vvt-
VILLAGE ^ Q ^ V W ^ V K ^ V - L "^O*" ' ^ > N ^
PACE I OF
5U, TEL.Cl*^- S ' ^ O
»'" / ny^ ILINC ORCSS .,Vi^.-
rCCS'O^^'X I T I M E ^ ' ^ OR 10. WASTE NO
WASTE H B H SEWAOE SYSTEM
PUBLIC PRIVATE
usTRY SC^ggk^ V^^VvfyTt-^S ^ t ^ F ^ / X ^ ' ^ U , ^ . 5ES OR OES PCRMIT? r ' NO PERMIT NO. 3B0 PERMIT? YEB WO PERMIT NO
AVE.MCER A J < 5 e * « - TCL.
1)/CNCER PROVED YES NO
PICK UP RECORDS AVAILABLE YES NO
RECORDS CONSISTENT WITH EXPECTED WASTE GENERATION '.YES NO
ATINC SYSTEM-MFC. NAME FUEL TYPE FIRING RATE
Ui><wvVe v r -*>
,1 ! i
t
: i N . .4ME
WASTE BURNEO
RATE
NUMBER OF « . „ _ , . < : ^ ' 5 W L DRUMS S T 0 R E c P ' ^ " ' 5 ; ; ; g V ' UM STORAGE G7) NO -^i<5>vi
TYPE OF MATERIAL STORED WASTE RAW
• ^ ^
>AGE YCS NO ABOVE GROUND
UNDER GROUND BOTH
TYPE OF MATERIAL STORED WASTE RAW BOTH
WE tXNKS EN REGISTERED YCS NO
CONDITION OF ABOVEGROUND TANKS GOOD FAIR POOR
ANY ART. XI I VIOLATIONS NO
k S^.c A • >k-egT<V>>^« '^e^k <xv\ K5^«v«vuv ^UT^L AceT<vrt. ^ g v C O . ' C ^ V KIS
.-V.U U.^0 I L J J C ^ J I
• ^0^^ 'V5«^•^ 7)ru.V>> S^^*>f>^y-"So»-VV». 5^ ^ > . W ^ S * * . >
V S S «N^L. ^ ' g4V- L Lr\:«»NicU
N S ^ > X v J O . < > J ^ .
rhii tX£XX^l.^
\ic<;S y u />lgft.t
\ <.<;S r^r, . V/A(ll.y)A. - M ArTT/g f .
A . C y » ^ ( ^ ^ u ; ^ ^ . ^ ^ ^ * ^ > > N r . ^ .
C^^^^^v^ w IS FACILITY TO THE S U F S I
A^rt?>g/g%V.SScjMOOoA^vrZ. ^ ^ ^ ^ ( o t . m i M l S t l O N . I t GRANTED BY THIS FACILITY TO THE SUFFOLK COU CESSPOOLS, STORMORAINS. ANO OTHER DISCHARGE POINTS AT THE F A Q L I T T .
OF H E A L T H SERVICES TO CONOUCT ROUTINE SAMPLINB OF
• E S T T " ' ° : I V : X T . ^ I Z I I V Z V — k r r " • ' * " • " " - ^ " ^ " " " ^ ' ^ .UNSATISFACTORY CONDITIONS BY REINSPECTION OATE MAY
—r-T—-7^—*^—I—• — mvio otiy\\fa.' • •C i^ PERSON y ECITEPORT
o-15S;6/«J ^ ' ^ ' • « ( ^ e » f r - 0 / / ^ . L r f ^ ; . y ^ INSPECTOR ^-JL-C^
300734 TJK
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES INDUSTRIAL WASTE ANO HAZARDOUS MATERIALS CONTROL
65 JETSON LA., RO.BOX C, CENTRAL ISUP, NY 11722
(516) 234-2622 "Sc*^"
•<AW
f»C I x e i A U jLe i .< ' y . ^«Lr^s.Vie.
IMPANY .XME
O W N E R / OFFICER
X ^
CONTACT
PACE I OF
TBU
' L A N T lORESS V I L L A G E S TOWN ^ < V . t e * ZIP
IILING .
T E G N V X ^ f i a . I TIME / / * loRIO. PERIODIC 0»e WASTE NO
•« WASTE H » M SEWAOE SYSTEM
PUBLIC • PRIVATE
HOUSTRY
PCS OR OES PERMIT? .G«l NO PERMIT NO. SeO PERMIT? YEB NO . • PERMIT NO.
.CAVENGCR TCL,.
AVENGER PROVED YES NO
PICK UP RECORDS AVAILABLE YES NO
RECORDS CONSISTENT WITH . EXPECTED WASTE GENERATION YES NO
lEATINC S r S T E M - M F G NAME FUEL TYPE FIRING RATE
. . ; i N . lAMC
WASTE BURNEO
RATE
UM STORAGE YES NO NUMBCR OF DRUMS STORED
T Y P E OF M A T E R I A L STORED WASTE RAW BOTH
RAGE YES NO ABOVE GROUND
UNDER GROUND BOTH
T Y P E OF MATERIAL STORED WASTE RAW BOTH
.vE TANKS EH RECISTERCO YCS NO
CONDITION OF AeOVCGROUNO TANKS GOOD FAIR POOR
ANY ART. X I I V IOLAT IONS YES NO
C VfcC^V,V v o ^ e»-.r^ - S t ^ o - ^ ^^e<:.vg^A^•^^ tvAinaA^t. . t-««|^L<.^v*J ^ V > ^ L J . ^ ^ USKSN
<K . r i "S ^ v^/^V^\«s<^^. i ^ j t ^coUvf • T V f c c e uot^'S Q*"*^ •s;V.v>iWy«'m»_ Q*f^vi.»<4 g < ^ ^
A^^^Yo•ov^.A SAUAf^W A y ^ v * ^ S^\i.w.p - U ^ " ^ ^ ^C.^JC 'CV ' ^ dt4CVLC'«r<C- p».pe*>
H e * ' ^ ' *
^ E T - l f ? t?CC
0*<.vorvi«A. g O O C ^ V m f ^ ^ ' ^ Aro.x5>j-»«>» ^ A J ^ V ^<AIK. JT Hct j \ i>A.^»C UJOMA'
^ H t l ^ ^ l ' ! ' ! 1 ' ° ' ^ ^ ' * ^ " " ^ ^ * ^ " '^^C'- 'TV TO THE SUf FDLK COUNTY Of PAHTMENT OF HEALTH SERVICES TO CONDUCT ROUTINE SAMPLING OF ^ M r ^ i l - t T R j y t . R A , f . y , 4 N » BYM.p B I S . H A R B . PBlNTS AT THB FA.7 l . l tY . •• •• . . " O - T I N E SAMPLING OF
i i i ^ . N A' : : E : I Z ^ : Z ! : t : H ' : ' — ~ ^ * ' ^ " ' " ^° ^ ° " " " UNSATISFACTORY CONDITIONS .Y ,EINSPECT,0N
«« 'ERSON •rC. HxrKORT
• iS i : i /Bl TITLE
INSPECTOR T>4» J O t ^ B/BI TJK
300735
(
C H E M I C A L E X A M I N A T I O N OF W ATER , SE W A G E , I N D U S T R I AL W A S T E \ • 18-247: 2182
FIELD MO / | A / 9 /<P > T ^ L A B N O . <S-'?2-l^<o D A T E
C O M P L E T E D " ^ H - " S^"
. .AME OR FIRM
A D D R E S S OR L O C A T I O N 9 ^ / Co^)z],'r. S r f ' ^ FJ^/yj//Oe}^/9f.^
POINT OF C O L L E C T I O N . ^ y x ^ z ? - i y>>cg- i 5 / / P ^ / ^ T ^ . / ^ # ^ x^^>0,ny-?g
R E M A R K S / I N S T R U C T I O N S . ' •
TEST R E S U L T S T E S T R E S U L T S T E S T R E S U L T S
P H ( L A B ) T O T A L S O L I D S Mg> % .
C O P P E R ISL Mg/l
C H L O R I D E Mg/l S U S P E N D E D S O L I D S . ^ :
I R O N 0'^ ^ s X C Y A N I D E D I S S O L V E D
S O L I D S M A N G A N E S E
M B A S 7i '^CHROMIUM-TOT o7 COD
: ^ . N I C K E L
T O C y. Z I N C •3 .H L E A D
)<:: C A D M I U M . 0 2 ^
N I T R A T E - N %
S I L V E R
I T R I T E C H R O M I U M - ^ e
A M M O N I A - N
T K N pH ( F I E L D )
T E M P . ( F I E L D )
METHOD OF PRESERVA T I O N g H N O g T O pH < 2 Q C O O L 4* C
C U S T O D Y OF S A M P L E D U R I N G T R A N S P O R T OF T H E S A M P L E F R O M S A M P L I N G S I T E T O L A B O R A T O R Y , T H E
C H A I N OF C U S T O D Y M U S T BE U N B R O K E N . G E N E R A L L Y T H I S W I L L R E Q U I R E T H A T T H E
S A M P L E BE D E L I V E R E D BY f H E S A M P L E C O L L E C T O R OR H I S D E S I G N A T E D R E P R E S E N
T A T I V E WHO W I L L S I G N FOR T H E R E C E I P T , I N T E G R I T Y A N D T R A N S F E R . OF T H E S A M P L E
DURING S H I P M E N T . N A M E A F F I L I A T I O N
1 . C O L L E C T E D BY
2 . P O S S E S S I O N BY
.... P D t M B t B I O N b y
4 i > l i « i i i v * « L A I * BY
»> " • • • • • i t l i B N B y
,'5^/0>^.^ jr/9//c7 P^ iocc(h^ . < r > J y n . £ ^ C OATE/_ , , 4 , , - TIME
6 . P O S S E S S I O N BY __
OATE ' . TIME TO I
bATi - TIME
OATE ' . TIME f d OATE - TIME
bATC - TIME TO OATE - . TIME
TIME
~B5T?
TO OATE - TIME"
ViME . TO " f iA f t - T lUr
30073B
SUFFOLK COUNTY DEPARTMENT' v^^z
HEALTH SERVICES ^ ^
: BUREAU OF ENVIRONMENTAL POLLUTION CONTROL
INSPECTION REQUEST FORM
2 : HAZARDOUS MATERIALS MANAGEMENT Q WASTEWATER MANAGEMENT
U AIR POLLUTION/SOLID WASTE D ENFORCEMENT
•A'-.ILITY NAME/ADDRESS
^^^'T>^o<V-<.^ f iCpJC^
^MATION R E Q U I R E D : ^ - "Z/ i .y2-gg^>>^ C T ^ ^ ^ / A K i<>^ ^ U > ^ IN
d^lLO^^ ^ XXi^^ Y u a ^ ^ V C » ^
Z ^ ^
REMARKS/REPLY*. / / ' / / ^ 7 & / i/'-Cz-nt)) V/C/aM/7/V< ' /7.tv.:? cc>/-r/«-^/rj^</)
ZTzz i -Z-T^ " , : ^_ • — • • - . i ^ i . . M l • • • • • •» •<••< III , 1 , - - . . — , - - -» ,~ J f J ^T"*
KKrU«N TO ~ _ M ^ Z . ^ ^ ^ "" " ^ /^ OATE OP R C O u i i T ^ ^ ' " ' " * ^ ^ SUSPENSE DATE / g : ^
• '"^V^r V- DATE RETURNED UcL
DEPARTMENT OF HEALTH SERVICES
Oct. 27, 1981
Kenmar}c Textile Printing Corp. 921 Conklin^t. - P.O. Box 298 Parmingdale, N.Y, 11735
Att'ni Mike Fallacara, Plant Manager
Re^ Part 360 Generator Storage Permit for Storage of Hazardous Wastes
Gentlemen:
This Department has determined that your facility requires •&"" Part 360 Generator Storage Permit for the storage of hazardous wastes.
This permit is required pursuant to Section 0913 of Article 27 of the N.y.S. Environmental Conservation Law, which applies to the storage of both solid and liquid hazardous wastes, 'please complete the enclosed forms and return them to me at the address belov; within 14 days. Note that special instructions and examples are included to aid you in completing your application. Your application will be reviewed and forwarded to N.Y.S. Dept. of Environmental Conservation at Stony Brook for the issuance of a permit.
Pursuant to Article 12 of the Suffolk County Sanitary Code, your facility will alsc require a certificate to operate for storage of hazardous materials. This certificate will be issued by the Suffolk County Dept. of Health Services. The storage of both hazardous^ raw materials .and hazardous wastes must meet the requirements of Article 12 before a final certificate will be .issued.
If you need assisteince in completing your application, you may call me at 234-2622.
Very truly yours^
<••
Peter R. Akras Hazardous Materials Management PRA/rt isnol.
ooi T»d anyamx - MYSDSC ••i«T.«HCANE p 0 gQj g- . Central isli
I«i«t»4«(ia
300738
FIELD NO.
C^'.. BY .
DA-"' COL.
TIME COL.
NAME
/M DO 'X-'X^
ME. NOT INITIALS Q
2'> T<-\. >i\
/ /S^>b^
LAB NO. ^ / - x / --JO^o/
TYPE SAMPLE
DATE REC'VD.
. TIME REC'VD.
r.oR z^in:::
DAT? COMPLETED / ' / K / ^ >1
SUFFOLK COUNTY HEALTH SERVICES LABORATORY CHEMICAL EXAMINATION OF WATER, SEWAGE, •NDUSTRIAL WASTE
NAME OR FIRM A e K J (uct 1 tx. (c i^ .AAe Vrcv M'J«:>-« \ CrN*rp< ^
ADDRESS OR LOCATION
POINT OF COLLECTION
REMARKS/INSTRUCTIONS C X ^ - V c W x y l X . Y * ^ ^ *
Y
1
«-,
TEST RESULT
CONDUCT
pH
TEST
ph.ALKALINITY
.-.ALKALINITY
CHLORIDE
FLUORIDE
CYANIDE
SULFATE
MHAS
C.O.D.
T.O.C.
A
umho
— •
••).g. RESULT , . . „
>
k .
mq. TEST RESULT iucr
NITRATEN
NITRITE
AMMONIA-N
TKN
OPOj-P
,
TOT. SOLIDS
SUS. SOLIDS
DISS. SOLIDS
FIELD D.O.
FIELD TEMP
FIELD pH
FIELD COND.
. '• «>
umho
X
X
^
mq. TEST RESULT liter
COPPER
IRON
MANGANESE
CHROMIUM
NICKEL
ZINC
MAGNESIUM
CALCIUM
LEAD
CADMIUM
SILVER
SODIUM •
POTASSIUM
BARIUM
C r ^^
.2Z
•
•
•
^ .05
•
• : ^
,iX " -
'
\1
i3-H2:
30073S
FIELD NO.
C^V. BY _
r -'ECOL.
TIME COL.
NAME. NOT INITIALS 0 4^ CAB NO. r ^ - ^ / - l ^ > r •
TYPE SAMPLE / . ' ^ l ^ •
DATE REC'VD. / ^ ^ •"" K C T
TIME REC'VD. — * ' ' ' • - ^ ' ^ ^
DATE COMPLETED ^Mj.
NAV.EOR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY CHEMICAL EXAMINATION OF WATER. SEWAGE, INDUSTRIAL WASTE
i : ^ _ J U 3^ ^
j ^ ^ n
ADDRESS OR LOCATION
POINT OF COLLECTION ^ V T > V ^ "g-u-^o. e» jnOf^r , t*SPA. Se>^-VVj. VvAcbAr «^ ^Lv.t.V>-t^>f^t w^^^ r ;
REMARKS/INSTRUCTIONS '.
/?«>
>
**
1 ,
».TJ4
TEST
CONDUCT
pH
TEST
ph.ALKALINITY
T. ALKALINITY
CHLOniDE
FLUORIDE
CYANIDE
SULFATE
MBAS
C.O.D.
T.O.C.
•
• 1
RESULT
^ ^ h o
v / /.r\ VsiaXj-l^
«.
TEST
NITRATEN
NITRITE
AMMONIA-N
TKN
O-PO -P
•
TOT. SOLIDS
SUS. SOLIDS
DISS. SOLIDS
FIELD D.O.
FIELD TEMP
FIELD pH
FIELD COND.
mq. RESULT , i , ; ,
. • t t
•
umho
vr <
X
TEKT mq.
RESULT , i , « .
COPPER ^r- K^Z ^
IRON
MANGANESE
CHROMIUM
NICKEL
ZINC
MAGNESIUM
CALCIUM
LEAD
CADMIUM
SILVER
SODIUM
POTASSIUM
BARIUM • •
, - ^ > -
. :
•
/ . JL _ ^ • ;
'
" -
.9
• J
' • -
i i s 112:
30074G
FIELD NO.
C^'.. BY .
l COL. I
TIME COL.
LAB NO.
NAME. NOTINITIALS TYPE SAMPLE
DATE REC'VD.
TIME REC'VD.
J>J2 ^/^^ ' P / ^ su^p/y
R'''''5'»a DATE COMPLETED 'Mt. -V^i
NAME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY CHEMICAL EXAMINATION OF WATER, SEWAGE. INDUSTRIAL WASTE
9 1? V Cotvj k U t-J S-^v •?^»'c >K».v My- He, Is;. < ^ ^ ( « ADDRESS OR LOCATION
POINT OF COLLECTION S C . N J T i^CacU . < ro ,^ Cc^c'C- ^twC^Vx S^c^e o^ \gg-MU.i,ctyl. W v V d u v ^
REMARKS/INSTRUCTIONS O-V^r i ^V- M C > Q ^ ' •H ' fooo. W A C V ^ ^ V
TI
.-^
1
TEST
CONDUCT
pH
TEST
ph.ALKALINITY
T. ALKALINITY
CHLORIDE
FLUORIDE
CYAMDE
SULFATE
MBAS
C.O.D.
T.O.C.
RESULT
umho
7.C m.g.
RESULT, , , ,
.*
_
•
TEST
NITRATEN
NITRITE-N
AMMONIA-N
TKN
O-PO -P
TOT. SOLIDS
SUS. SOLIDS
DISS. SOLIDS
FIELD D.O.
FIBLOTBMP
FIELD pH " •
FIELD COND.
mq. RESULT , i t „
umho
/ C
^
X
TEST
COPPER
IRON
MANGANESE
CHROMIUM
NICKEL
ZINC
MAGNESIUM
CALCIUM
LEAD
CADMIUM
SILVER
SODIUM
POTASSIUM
BARIUM
r
— •
mq. R.^SULTjiter,
.73 h o •
•
1
•
l . l
%
'
•
•
300741 3a-n2:
FIELD \ O
COL BY
0/s OL.
Tir.'.E COL.
± Jr^
, - ; / v ^ / ' . O . l
I trf . / y / 0 . „< / . y ^ . ^ /C i , NAME. NOT IN IT IALS
<;,-.»,>
LAU NO.
TYPE SAMPLE
DATE REC
TIME REC'VD
•V0.JI2I
OATE COMPLETED "in ^, r^^LCf-'C'
MAME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY CHEMICAL EXAMINATION OF WATER. SEWAGE, INDUSTRIAL WASTE
' >v'/>'/ ''?^- "U-Kf^if. ri^^'ry'Tiri^ C f y r - ^ 4^
v
\X2^0 Pi^
ADDRESS OR LOCATION .
POINT OF COLLECTION -
REMARKS/INSTRUCTIONS
TEST RESULT TEST mq .
RESULT nW TEST RESULT S "
CONDUCT umho NITRATE-N ^ % COPPER
^ . pH 11 . 5" NITRITE-N IRON
TEST RESULT m.g. liter AMMONIA-N MANGANESE
'"h.ALKALINITY TKN CHROMIUM
rr. ALKALINITY OPO^-P NICKEL
CHLORIDE ZINC
FLUORIDE MAGNESIUM
CYANIDE y TOT. SOLIDS ^O^'l . CALCIUM
1 / SUS. SOLIDS Ma ^ \ LEAD
SULFATE DISS. SOLIDS ^00^, ^ y . CADMIUM
MBAS • ^ S l ILVER .Olo -y C.O.D. / 'o .Qyio^ SODIUM
T.O.C.
-•04 1
FIELD 0 . 0 . yt FIELD TEMP
FIELD pH
nCLOCOND. uniho
POTASSIUM
BARIUM
Ik"-
38-U2:
300742
; i - ; / / < / ' A / FIELD NO.
COLBY - ^ ' ' * ^ ' H f ^ r l ' . l r f n r f i l y
O NAME. NOTINITIALS
21 -jn-r-/ f t
LAB NO. ) - g / - Co 3
OA JL.
TYPE SAMPLE
DATE REC'VD.
TIME REC'VD.
l/ai
Tir.'E COL. 3.<^ DATE COMPLETED
••JA'.:E o n FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY CHEMICAL EXAMINATION OF WATER, SEWAGE, INDUSTRIAL WASTE
AD.OP.CS.SOU LOCATION ,
^Cl\'T o r COLLECTION ,
r^EMARKS/INGTRUCTIONS
^rc-^X- - r^o/LCfl AoL.-c^ i^.^j.v
v /
' U ^ ^ / ^ i ^••-
TEST
CONDUCT
•-^ , .H
/ - • TEST
r 1
•^.ALKALINITY
T. ALKALINITY
CHLOniDE
FLUORIDE
CYANIDE
•
SULFATE
MBAS
C.O.D.
T.O.C.
1 0
t
i . \> i . 1
RESULT
umho
i l .C f m.g.
RESULT,., , ,
^
•
TEST
NITRATE-N
NITRITE-N
AMMONIA-N
TKN
OPO^-P
TOT. SOLIDS
SUS. SOLIDS
DISS. SOLIDS
FIELD D.O.
FIELD TEMP
FIELD pH
FIELD COND.
mn. RESULT liu-r
• « - ' •
umho
y
v ^
y
t /
- ^
y
Ky
- ^
•
TEST
COPPER
^'TtESCN.T liier
\>bl IRON / / ^ ' /
•
MANGANESE
CHROMIUM
NICKEL
ZINC
MAGNESIUM
CALCIUM
LEAD
CADMIUM
SILVER /
SODIUM
POTASSIUM
BARIUM
^ ^
,0(o
^ A X ^
. / ^ ^ •
i V Zo^ ^ / 5 ^ • ^
k
•
-
800743 Zi-U2:
Sopt. 3 , lORO • . • • • I t
Mr, P.obert TI. Albanesc, "".i : . . r : Lak*»land I'ntjinoering . • 2 A Uiikjc Orivcf . Por t "•'n.'j.'-d.ngton, *J.y. 11050
P.o: KenmarH T e x t i l e Corp. . ^ 921 C o n k l i n . S t . , P a m i n g d a l o
D(?r>r r ' r . Mhan<*s5:
This it% t o acknowltidqo r«»cp.i5:'t o* your l o t t o r of Ju ly 23 , lOlJO r*"inrf3inn v i o l n t l o n s a t thn .ibovo f i rm.
In rev lov ina t h e ' r e c o r d , i t ."ti^oearn t'^At alt.hoti<T}\ s e v e r a l v e r b a l ayrocraorita may have boon nade a t t h e compliance con fe rences , none have b<v»n expren^ert in v r i t l n o . The ?5PDJ;.S prr rnl t ioosa no t r e f l e c t nnv of tJ*« rlischarTor., T do a t rc r ; , hov/ovor, t**.at t h e i n t e n t was t o a l l c^ . ' a 1Q3a than coi'-.T'iiifjly tronto^l '.-.u'str' t o h^ d i scharqod u n t i l siicii t i n e en t h o ' «i<)wer >>Qcoine3 availa ' . i l '*.
A ' t o r 'U«^eunnin7 th'S r>o?.'^H)lc; n r e - t r o / i t n o u t r^^nulrerontr: ••/ith rc-,irQnc>ntativo3 of the «»c\''nr d i s t r i c t , I propo.^o t h a t t he compaiiy noot thl? follov/ing diacliar'jc* ntnndarua u n t i l connect ion to tho nrwnr - iTlstr ic t :
.'' c.o.o. - -mo nn/1 •I'otil D.issolvod r.oli'i?! - 2nno m'j/l n»iorlf5'< - 3 nrr/1 Color - l')0 co lo r u n i t n
.' .v; - l . r . - 9.r, ' Tota l rjitroryon - -IP 7\t\/\
"ox.'jval^nt Chronluin - . 1 n n / 1 Tota l Chroniur^ -»• 1 f.i'j./l
. Uu^punded Solidn - 250 r»^/l
I t "'If? the i n t n n t of th?^ nqrn^nont t o rocjutre Kennark t o main ta in tMcir ox in t ing t r c i t n o n t f a c i l i t " t o on t inun t r o n t p o n t , rcTuoving
300744
Rol.'/rt MJianese, P .E. - 2 - f e p t . 3 , 19B0
P..S rr.aiiY of. the con tan inan to to near o r bolow.groundv/ater stemdards rti5 poos ib l e . Ratnplinq tlfltJi do B'ww t h a t h».»avy n o t a l n a re ImLn^j ro'Tioveij. JJowftver, water boing J iucl iargcd wi th a pv? of 12 - 14 •3o\i3 not r e f l e c t optiraun treatm«»nt.
I£ you •'I'-irfie vfitli t h e nbova s t anda rda p l e a s i n d i c a t e so in w r i t i n g an'i li/ivo Kanr!j!\rk r e f i l o Cor a SPDE.*? p e r m i t . I w i l l rocoiwnend t h a t tho ntP.t«> inclufic thnan rii<luco<l ntandard.«» a.-* i n t e r i m l i n i t a t i o n a un t i l . hooV; UU. . . " " '"""
/YOU s'loulcl alsjo n o t e , hov.<uvor, thJit t he companv i a in v i o l a t i o n of / A r t i c l e 12 of the Suf folh County .«5anitary Code in t h a t hazardous [ r!iat-.irrnTS~are being stor'^'l inr>roT>orlv. Thenfi v i o l a t i o n s wero never I inclu'.led in any of t h e 9trtt<»*s consen t ordero o r crtrwenontn aai ,-• j A r t i c l e i;i vas only off«ictiv«? as of Fob, I a t . A copy of A r t i c l e 12 V i s enclos'.nl.
An insi-oct ion '.•rill be n.-xon ' . / i th in 30 day«» t o ' I n f r ^ i n e coT?r)linnce with a l l the rjtor.ige re tTui renonts .
If you !'.ave any question** p l c s s o tio no t he .n i tn te to c o n t a c t t h i s o f f i c e .
Very t r u l y y o u r s .
.'3to.)I;o.n \ , Contn, P.PJ. I n d u s t r i a l Wante and '.{a-ardoun ;i.:it;»rialf; Cont ro l S'ection ' •^c / r t
CC' : i l t r ! i c l l Malian, :;<-nnnri'. •i"''j:ctil'>n
30074^
Julv 9, 1980
Mr. M. Malian Kenmark Textile Corp. ^ 921 Conklin St. Farraingdalo, N.Y. 11735
Dear Mr. Kaliant
It has cone to my attention that you have on your oite •IP- SO ,"" barrels of dry soliflB accumulated from your water troatmont"^ proce3s''anci~€na£''you"lire preparing to have those solids hauled from the sito. Take notice that those sludges nust be hauled from the site by a licensed industrial scavenger. A list of such scavengers nay Se obtained"from Mr.'Mo'rfXs*'Bruckman, N.Y.S. Dept. of Environnontal Conservation, phone 751-79 00.
You Bhould check with t}ie .9tato whenever you hire a hauler to be sure that he is currently licensed for the type of material, which you intend to have hauled.
You should also keep all receipts and bills of lading for any hauling of natorials off your site.
Further inspections will bo made vrithin 30 days to dotcmino whether hauling was done properly.' v..„..<-..-
If vou have any oucstion*; please do not hesitate to contact this office. - .
Very truly yours.
Stephen A. Costa^ P.5. In'!ustrinl W««l:e and Max.ardouR Materials Control Section SAC/rt ..V cct Robert ri. Albanonc, P.E., Lakeland Engineerin<7, 24 Ridge Dr.,
Port Washington, N.Y. 11050
300746
DEPARTMENT OF HEALTH SERVICES
NOTICE o r VIOLATION: N . Y . S . ENVIRONMENTAL CONSERVATION LAW
Date .Tilly ? . T?nn SPDES NO. WY nn? tj^rsi Lab No. 6-80-140 Field No. EJ 11-3
Kenmark'Textile Printing Corp. 921 Conklin Street Farmingdale,-NY 11735
Gentlemen:
On June 11 . 1 9B0 samples of industrial waste were taJcen from yoxir
•', Qutfflll..Q01 - gn<?.pf plp9 IntQ Icflghing p i t (northernmost). , I* Upon analysis, the following parameters were found in concentrations above the maximum allowed in your SPDES pemit or in groundwater effluent standards:
1. pH - 11.3 6.
2. MBAS - 6.4 mg/l 7.
3. Total Dissolved Solids - 1571 mg/l 8.
4. Iron - .76 mg/l 9,
5. 10.
Please be advised that these unsatisfactory conditions constitute violations of the N.Y.S. Environmental Conservation Law. Please be further advised that the discharge of any water from an industrial process to the groundwater of Suffolk County without having first obtained a State Pollutant Discharge Elimination System (SPDES) permit for that discharge . is also a violation of the N.Y.S.E.C.L. and S.C. Sanitary Code, Art. .12.,
If you do not already possess a valid SPDES permit for the above discharge, then you should apply immediately, through this office, for said permit.
Since the above noted violations may subject you to legal action, it is expected that these violations cease immediately. A reinspection in the near future will detennine your compliance in this matter.
Very truly yours.
JB=ii .:.>^>,/uJlfi.*^ P o t r i c k A. P e r r e l l a
(SEE REVERSE SIDE FOR STANDARDS)
^A^'/ 'rk -^ •«»«(• Us t i en
1 •» '»T»0». LANC
H ' ' U - . - A U C c . „ , W V o « K . „ . ,
| i i * l tS4-a<at
300747
FIELD NO. -B^T-^r-s - - LAB NO.
. t LABORATORY |
• BY — O o i
, NCt/ iNlTIALS
ECOL
TIME COL.
NAME TYPE SAMPLE
DATE REC'VD.
f iME REC'VD.
aJ=i2 • • . • V / i , ^ .
aj2e-— H - ^ - ^ 4 ^ - DATE COMPLETED i 2 1 ^
NAME OR FIRM.-
SUFFOLK COUNTY ENVIRONMENTAL CONTROL LABORATORY • CHEMICAL EXAMINATION;OF WATER.'SEWAGE, INDUSTRIAL WASTE
ADDRESS OR LOCATION ^ ^ - ^ = /2fr^h/(^A..^Si^'j-- ^ » y ^ . g ^ > « ^ ^
poiNT-oFcblirECTiON — P O f ^ ( ^ 0 & - y j , ^ ^ - <^^*^ - / r r a J u ^ . jt^'rfT.C^f^'^^^^^'^^
REMARKS/INSTRUCTIONS . .. .. . . ._ , _ ^ .,,_ ^
^ Z ^ C i / ^ ^
•
-
'
•
-
-
*•
_.,
.(
1
¥. •A
•
m .
. 1
„
-
•~ —TEST
CONDUCT
p H -
TEST
ph.ALKALINITY
T. ALKALINITY
CHLORIDE
FLUORIDE
CYANIDE
SULFATE
M B A S " "
C.O.D.
T.O.C.
-
. . . .
1-9204*1
RESULT • -
• omho —
—;f'-3 -m.g.
- R E S U L T , i ^ „
... « ..
- -
>
. . . . .
.
- C f -,-S.^ X ;o-
— I
» • • —
— r——
———
- . • . .
. _
. * .mm--
i 1 7-
•
• -
•
r
s
•
- • - • - ' - mq. - -TEST _ .. RESULT liter
NITRATE-N
NITRITE-N .. ...
AMMONIA-N
TKN
O-POfl-P
%
TOT. SOLIDS
SUS. SOLIDS
DISS. SOLIDS
1
B.O.D.
FIELD NITRATE
FIELD c l * . .
FIFLDD.O.
PI6LDTEMP .
FIELD pH .
FIELD COND
\lo5i\r . SO... IS9h
. : f '.
^ -
" umho
_.
K X
X
1
Y Y yc
^
. . - „ . 1 _ . . ^
TEST RESULT liter
COPPER
IRON
MANGANESE
CHROMIUM
NICKEL
'ZINC
MAGNESIUM
CALCIUM
LEAD
CADMIUM
SILVER
SODIUM
POTASSIUM
BARIUM
C r ^ '
• 30C
• / ^ !
•7^
' ' ' vr
•
•
• ^ ' ^
^ . o ^ 1
•
-
,
•
7 4 H sa.::2
*.•« or »CILITT pHPANT AHE
On £SS T o t - l C ^ T M H U ' V - ' JTb-. T?^
• VILXACt « •T7lJ/tVLVl>*^/X<ll.g>^T0*w
MLTNR
'^tVLVlA^
•TtC^-K-J-v:? nw ORXC ^ i / * ^ rEMODie n .
sorruM. rmcsssi yf iAA±i^ , ^ J ^ 4c-t^jJ^[xj
WXSTt r M HO • MX5TC K.tX.
TSL 4>'i<f^^c " 3 r
tzv / / 7 > i
WDCS OK
aroEs Ftiwrrr
- X ^
eAVtNCCR
CAVtNCER *PROVCO.
r? ^ /^m. iwS^rgnwrt HO. ' i«o reiwrTT __,»»»• , iw. ^ RO.y^KWZT NO.
TCS. NO. rZCK OP RSCOROS AVXXU.BUE n s . HO.
WCORM OONSISTtNT HITfl EXPECTED MXSTE CEMGRATXOM. .«». MO.
rTOKACE cxPACiTTi MAsn M K m a A L i i .
. I M t MATKUAU.
5"4«^Mv-»- tJ>So/f^^ 5"ofi/-*-/-*S
iVLCT-.g OH 3TTg: WASTE HATCRZAU.
^ M H MATBUALS.
O-^W V • ~«
err
TOU).(Z rXCILITIESi EMOOSKD aBMXCA& MSZSTAHT PAD . rLOOX OMIHS , STIUJUTUHAZXT tZAK TICHT
fWCCSS DISCHAWCE PISCHAKCEP TO DISCHAWCE POINT
h> ct^ " ^ { j y j ^ ^ ^ - h ^ ^ « ^ < X C 3 ^
^ ^ —
5<%4/
c ^ S*^i/<^ ^ 't : ; ^ < / H V 6 ^ ^ - ^ ^ ^ H ^ ^ l'<jni>,Crtrt> -yj^ k i y c ^ h Z y ^ ( ^ ' ^ ^ _ ^ ^
-^Lryy^-up *-^ f X A t ^ A ^ 'fi<.C(A/
c/^ 'jyjii? C < ^ ^ ^ V < c i ^ / ) _
t ' i n ^ i
I ovtw roi> LIST or vtou.TtOM!;_
30074^9
. ^ ^^^^^ ,,.^^Aai,i. l i t iyuhcc UNHT ron I:U«A:< euN:ii.iMPTioti MITII SOLVENTS, OIUS.ANO oniER TOXIC AMO HA'AhOous n,\T»ni\i.sV'piioTLCTioN"orst!nrAOE AND cih.nmiiM.vrr.ns IN surroLK coitjirv t u w iHoiiSTRtAt, Poi.LirriOK 13 rnovior.o rOR ov THE a w t o i w STATi; KNVVHI^NHKNTAL CON.-:rRVATtO« LAW, TUK Sl-rFOI.K COUNTT SANITARY CODE, .WD THE NEW YOBK STATE HWICVriON U W .
PLEASE NOT-,THE ITLMS OlEu-KEO OEUIW ARE VIOU,\TtONJ. OF OUE OK .HOtu: OF TllE .\BOve COBCS OK L.\Wi. WHICH rtEnE fOUSIO ON THIS DATE TO E X t s n v r " Y 3 i n r r . \ C I L l T Y . S I N C E THESE VIOLATIONS ( « T RESULT IN LECAL ACTION IT I S IMPERATIVE THAT IMMEDIATE COaRCCTIVE ACTION 8 t INITIATED BY YOUR FACILITY.
CT.fTTOW VTO • ; TTEH
i
PERMITS
CUPOSAL_
(llSCIIAIU-.tMC-. IMOUSTHIAL U,\STE WITIIOIT A VALID STATE POLLUTAKT DISCHARCE XU.IMISATIOM SYSTEM (SPDES) PER-tlT. (CORRECTIVE .\CT10N - "A". OR ' B * )
(A) CKASL ALL OISCUARCC. INITIATE A CLOSED LOOP SYSTEM OP OPERATION AT YOUR f A C I L I T r . ANY HASTE ' CCNERATCO TO BE HELD AMD tUULED BY A LICCtSED INDUSTRIAL WASTE SCAVENCER. OBTAIN AH I N O U S T R Z A L
N.^srE HOLDING PER.MIT. (1) z r YOU WISH TO ».\i:rrAtM AN R C D U S T R I A I c i s c n A R c c i
l.TME DISCHARGE MUST BE TRE.XTED IF NECESSARY TO MEET H . T . ST.\TE BrfLUEHT STANDARDS. 2.APPLY FOR ANO OBTAIN A SPCES PERMIT. ALL FOUR COPIES CF PERMIT APPLICATION TO BE PILLED OUT
AND SUBMITTED WITHIN 10 DAY:). ALSO INCLUDE A PLOT PLAN SHOt^NG ALL PLANT DISCHARGES ANO P9IWTS TO WIERE ALL DI>C1!AKC^SJ\KE ROUTED.. (CESSPOOLS,STORM DR.MSS,. E T C . ) .
OATS
ffRREgrca-
2 . STORING OR H0L0I.1U INDUSTRIAL WASTE WITIiOl'T .\ VALID INDUSTRIAL WASTE STORAGE PERMIT. I ACTION -APPLY FOR AND OBTAIN AN INDUSTRIAL HASTE STORAGE PERMIT.)
(CORRECTIVE
RELEASING TO.XIC OR HAZARDOUS HASTE TO ANYONE OTHER THAN A LICENSED INDUSTRIAL WASTE SCAVENCER. (CORRECTIVE ACTION - OBTAIN THE SERVICES Of A LICENSED INDUSTRIAL N.-.STC SCAVXNCER AND KOTirY THIS DEPARTMENT, IN WRITING, WITHia_14 C.\YS_Jl£..5CV.S:i.gER SELECTED.. , . _ . ^ _ _ _ . _ P i a U H C UP, TRANSPORTISG, OR DISPOSING OF TOXIC OR HAZARDOUS MASK WITHOUT A VALID B . T . STATE INDUSTRIAL HASTE COLLECTOR REGISTRATION. , . _ .. _ _ SCAVENCER PICK UP RECEIPTS NOT AVAILABLE AT TI.ME OF INSPECTION. (CORRECTIVE' ACTION - SCAVENCEX FZCX UP RECEIPTS LISTING TOLUME. TYPE O f t U T r R I A L PICKED UP,AND OATE OF PICK UP .SUST BE KEPT ON THE
.TWrMISFS XSD MAQg AVATLABI-E TO • t tP j ; r s - \ -ATI \ - ?S OF TaTS PrP.MlTMENT UPON REOL'EST.I ULLLS , FAILURC'TO RCPORT A TOXIC OR UAZAHOOUS MATERIAL SPILL WITHIN 2 HOURS OF SPILL DETECTION.
.( AMY UNAUrilORIZBD DISCHARGE, SPILL OR RCCOCNIIABLE LOSS OF TOXIC OR HAZARDOUS WASTE SHALL BE REPORTED TO TUX SUFFOLK COUMTY 0£»A«TnE:iT OF HEALTH SERVICES, AND AMY OTHER BEQUIRSD ACCMCY, MITHIH 2 HOURS OF SPTIX DrrgCTIOH.l
7 . . STORAGE; i S ^ PRU.MS, BAZARDOUS HASTE FOU^Dt
TANKS, CONTAINERS, USED FOR ZHT STORAGE OR HANOLZMC OF TOXIC OR
l y
lA)
(B)
(C)
(D)
«)
HOT STORED IM A HAY THAT HILL PREVENT THE RELEASE OF THE COHTEHTS OP THE COKTAIMERS TO tRZ 5RQ0ND.OR SURFACE MATERS. _ . . . . .. . _ . , NOT STORED INDOORS. (NOTE- IF ZNDOOR STORAGE ZS PR'iklBZTED BY PERTZNiCNT FZXE REGULATIONS rtCXt SUCH PROHIBITION SHOULD HE SUHMITT&D TO TctIS DI'PARSHEaT, lU WUTIIIC. SZC2IE0 BY ZSZ LOCAL FIRE CO.'LMTSSIOMKK.i NOT STORED OH AM IMPERVIOUS. CHCtUCAL RESISTANT SURFACE COHPATISLE NITH THE MATERIAL REINS STORED. _ _ ^ _ _ _ STORAGE AREA HOT COMPLETELY ENCLOSED WITH A PEPMANENT DIKE OF IMPERMEABLE CONSTRUCTION, AMD CAPABLE OF. PROVIDING A SPILL CONTAINMENT CAPACITY OF 110% OF TBE VOLUME OP STORED MATEP.IAL.. nor: STORED f 'soTrrrro fRort \'VTnRi.i.SM, CHADTHORISED »CC*:RS AMO / OR RB.STIMC, FREEZING, AND OTHER WEATHER RELATED DAMAGE. ^
Iqi^C 5 " td/^.'-'-O ^^(L/CV^-:;^ C«h>/-g^ fit^i-eL^OJS. Os/y. g<XAC./g.'bg-
^ ~ ^•$e/^^CcJi^ ^ t T b o UcO U - C ^ ' v v i ^ j
^ M/oA^ s ^ f c<^ py C 0 ^ d r ^ tA-z<joQ« y . d/u^>^ ^ ^ e ^ ^ - ^U'T ^QcoJUA ^ y V^kZ'Sr^^^ ^t^^^^G^S^y^^
Cyr^r:^- t=^;j|j^lt^>g^^ T p CVTWXiL, ly/ik-Vf
e n - ^ -<C>- . ^ ( X A M ^ i t ^
•AHPtZMS o r
J ict ivrw prpow -^e-^^^a^,-^ ' T I T I E ^
ln«sPtcTo« ^c^lj^l/c^'^^/C^-^
300750
COUNTY OF SUFFOLK
DEPARTMENT OF HEALTH SERVICES
NOTIFICATION OF UNSATISFACTORY INDUSTRIAL WASTE SAMPLING
Date J a n . 2 2 , iqRO
"••?.nmar}: T<»:ctilrj P r i n t i n g C o r p . n:^l Conh l in S t . F.nrr.iinqdale, II .Y. 11735
Gent lemen:
On Jan. r., 10no samples of your industrial waste were taken from your o:>.i smin aast sxJo. of builJinri , Upon analysis, the following parameters were found to be unsatisfactory:
, 1. nH - ll..t 6.
2 . Su!3pendod G p l i d s - 21P, m q / l 7 . '
3 . D inso lvod r.oliM.s - i c i n r aa / l 8 .
4 . Ir«?n - . Cy mct/1 9 .
1 0 .
The acceptable limits on each of these parameters according to your State Pollutant Discharge Elimination System (SPDES) permit are as follows:
1. pIT - r..5 - D.-j 'g.
2 . Suspended i S o l i d s - 45 m q / l 7 .
3 . D i s s o l v e d S o l i d s - 1000 m q / l 8 .
4 . I r o n - . C m g / l 9 .
5 . •• 1 0 .
You should be aware that these unsatisfactory conditions constitute violations of the N.Y.S. Environmental Conservation Law, Please see that they are corrected as soon as possible. If you have any questions or need any assistance, please do not hesitate to contact this office.
StQplien A. Costa, P.E. Industrial Wasttt and Hazardous Materials Control Section
'CTSON LANE .
« . u r , . u . . . K . , , „ , K „ , . , . , . , . 1 . , . . . . . ,
30075:
FIELD
FIELD
COL. BY .
DATE COL.
TIMECOL.
NO. , / / ^ - r ^ ^ 0 ^ LAB NO.
ME, NOT IN " NAME, NOT IN IT IALS y ^
I l i t o M
TYPE SAMPLE
DATE R E C ' V D !
TIME REC'VD. [ ^ ' y ^ f ^
DATE COMPLETED I / / ^ / ^ Y ^
NAME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY CHEMICAL EXAMINATION OF WATER. SEWAGE, INDUSTRIAL WASTE
ADDRESS OR LOCATION .
POINT OF COLLECTION .
REMARKS/INSTRUCTIONS Atavfr- ^^^^v^. P P A T . U O / r f a r ^ ^ - _ • .
TEST RESULT TEST mq.
RESULT int? TEST RESULT iiT
CONDUCT umho NITRATE-N COPPER uj^ M ( r - ' - i -S iG M. NITRITE-N IRON , ? r^
TEST RESULT m.g. liter AMMONIA-N MANGANESE
ph.ALKALINITY TKN CHROMIUM ,M T. ALKALINITY OPO4-P NICKEL <^o. |
CHLORIDE ZINC AA. FLUORIDE MAGNESIUM
CYANIDE y TOT. SOLIDS mh. CALCIUM
t / SUS. SOLIDS ; j i fo. LEAD ^
SULFATE i / DISS. SOLIDS \lp\0- CADMIUM <.a3L
y MBAS /. 5 /O SILVER < O ^
C.O.D. SODIUM
T.O.C. POTASSIUM
FIELD D.O.
FIELD TEMP
FIELD pH
FIELD COND.
BARIUM
umho
J ^ Jf t<t\%.<l'if.x.
300752
John M. Flyim, P.E. Coiiiiuissioiicr
SUFFOLK COUNTY DEPARTMENT OF ENVIRONMENTAL CONTROL
1324 Motor Parkway Hauppauge N. Y. 11787 (516) 234-2622
Date
NOTIFICATION OP UNSATISFACTORY INDUSTRIAL WASTE SAMPLING
Deo. 8 , 1975
Kenmark T e x t i l e P r i n t i n g 321 Conklin S t . Fiormingdale, N.Y.
Gentlemen:
On Nov. 24, 1975 samples of your Industrial waste were taken -from your effluent pipe'lgrom clarlfier « • Up'on analysis, the following parameters were found to be unsatisfactory:
1. pH - 11.3
2. C.O,D.-235 mg/l
3. Suap. Solids - 52 mg/l
t l .
6.
7.
8.-
9.
1 0 .
The accep tab le l i m i t s on each of t h e s e pa ramete rs accord ing t o New York JState ^groundwater S tandards a r e as fo l l ows :
1. pH - 6.5 - 8.5
2. C.O.D. - 150 ng/1
3. Susp, Solida - 30 mg/l
5.
6.
7.
0.
9.
10.
Please see that these conditions are corrected as soon as possible. If you have any questions or need any assistance, please do not hesitate to contact this office.
Very truly yours,
R'Sy C l l t o t t r t " ^ Wun«r P o l l u t i o n Control 'Section •
CCi P . BARBATO, NYSDEC
300753
L A B N O . \ \ - l O ' o L ^ ^ ^ ' ^ ' ^ {
.OL. DY
DATE COL.
-COL.
zC- Cr'y>y^t^r7^'> NAMt. NOT IHir lALS
TYPE SAMPLE
D A T E R E C ' V D .
T I M E R E C ' V D .
• \ n ^
1/ laM
D A T E COMPLETED
S U F F O L K C O U N T Y E N V I R O N M E N T A L C O N T R O L L A B O R A T O R Y C H E M I C A L E X A M I N A T I O N OF W A T E R . SEWAGE. I N D U S T R I A L WASTE
^ 3P / d^ouU^^. s ^ >^g^^^
POINT OF COLLECTION f/^^U£'-,^t./~ '^^,^-^ ^ .y '?^^ ' ' ^^ /^ . r / / - " f^^ r' ^^
REMARKS/ INSTRUCTIONS J
NAME OR F I R M -
ADDRESS OR LOCATION
/ /
- 1
! • •
•/
/
rr
TEST R E S U L T 00095 CONDUCT pi OOO pH
TEST
00411 ph.ALKALINITY 00410 " ALKALINITY
340 CHLORIDE 00950 FLUORIDE 00720 CYANIDE
00945 SULFATE tisaco MBAS . «0340 C.O.D. 00681 T.O.C.
. •
82
/ umho
iWZ ^ — ^ " ^ m.g,
R E S U L T , , , ,
V
*
\ . ^
' 7ZS. ~ - ^ ,
•
.
( ^
ly^
r
*•
mq. TEST RESULT i i ^
00618 NiTRATE-N 00613 NITRITE-N 0060U AMMONIA-N
00625 TKN 00671 OPO^-P
«
00500 TOT, SOLIDS 7P299 SUS. rOLIDS
DISS, SOLIDS 00310 B.O.D.
00619 FIELD NITRATE 00941 FIELD c l -00299 FIELD D.O. 00010 FIELD TEMP 00401 FIELD pH OOOUG FIELD COND,
.
(55r ^ ( p l .
«
,
umho
TEST • RESULT l i i l r
01042 COPPER 01045 IRON 01055 rVIANGANESE ;Mt]34
\ / CHROMIUM 01067 — NICKEL 01092 ZINC 00927 MAGNESIUM 00916 CALCIUM • 01051 LEAD 01027 CADMIUM 01077 SILVER 00930 SODIUM 00935 . . POTASSIUM 01007 BARIUM
C-.*^
•
0 .0^ '
_
j
•
•
^ . .Os' ,
3tf07=^
j u i i i i i>i. r i y a i i , f . i : , .
Commissioner
SUFFOLK COUNTY DEPARTMENT OF ENVIRONMENTAL CONTROL
1324 Motor Parkway Hauppauge N. Y. 11787 (516) 234-2622
NOTIFICATION OP UNSATISFACTORY INDUSTRIAL WASTE SAMPLING
Date June 17, 1975
Kenmark Textile Printing Co. 921 Conklin St. Farmingdale, N.Y. 11735
Gentlemen; »« r ' i
On May 15, 1975 (COLOR OP SAMPLE - GREEN)
samples of your industrial waste were taken from your puddle Past of lf»«rhjn(7 1 agnnn.t « •-Ppon analysis, the following parameters were found to be unsatisfactory:
1. pH - 9.3
2. C.O,D. - 583 mg/l
3.
M .
5. . •
6.
7.
8.
9.
10.
The acceptable limits on each of these parameters according to New York State-Groundwater Standards are as follows:
1. pS - 6.5 - 8.5
2. C.O.D. - 150 mg/l
3.
5.
.6-
7.
8.
9.
10.
Please see that these conditions are corrected as soon as possible, If you have any questions or need any assistance, please do not h«Bitftt« to contact this effloe.
Very truly yours,.
Roy Gilbert ^ ^ ^ Water Pollution Control Section RG/rt
.;?
CCi p. BARBATO, NYSDEC
'" 300755
lELD NO,
;0L.BY ,
o2 OD
o; ;0L
NAME. NOT I N I T I A L S /
LAB NO.
TYPE SAMPLE
DATE REC'VD.
TIME RECVD.
I LABORATORY |
IX2Z>
TIME COL. //••(/r aA^ DATE COMPLETED ^ f j X3U//>t>^^*^
JAMEORFIRM.
SUFFOLK COUNTY ENVIRONMENTAL CONTROL LABORATORY CHEMICAL EXAMINATION OF WATER. SEWAGE. INDUSTRIAL WASTE
\DDRESS OR LOCATION .
'OINT OF COLLECTION .
lEMARKS/INSTRUCTIONS Co/or- tf r nfa.r/c <rr^. fcac
»* *i><
% 1
^
{ \
^a,
•r
TEST 00095 CONDUCT 00400 pH
TEST
00411 ALKALINITY
w410 T. ALKALINITY 00940 CHLORIDE 00950 FLUORIDE 00720 CYANIDE
00945 SULFATE 382C0 MBAS 00340 C.O.D. OO&til T.O.C.
t»
RESULT
^ umho
7-3 ^SLJLT,iJ,
V-^
•
•
•
f \S9Z. \ ^
nil *
•
,
^
-
TEST RESULT iJtJr 00618 NITRATE-N 00613 NITRITE-N 00608 AMMONIA-N
00625 TKN 00671 OPO^-P
- •
00500 TOT. SOLIDS 70299 SUS. SOLIDS 70300 DISS. SOLIDS 00310 B.O.D.
•
00619 FIELD NITRATE 00841 FIELD c r 66i^9 FI I I .DD.O.
••iRLOpM 00096 " — FIELD COND.
.
•
. , ^.,.
•
, „ ^ umho
%
'
^ V
TEST
01042 COPPER 01045 IRON
01055 MANGANESE 01034 CHROMIUM 01067 NICKEL
01092 ZINC 00927 MAGNESIUM 00916 CALCIUM 610^1 LEAD 0102> CADMIUM • 01077 SILVER 00930 SODIUM . " 00935 POTASSIUM 01007 BARIUM
Ca/ r /
mq. RESULT i i , „
•
0./r"
•
. j
•
•
• •
Mi^re^A^^
~
30075B
SUFFOLK COUNTY DEPAB.TI1E11T OF EMViaONMEKTAL COHT&OL 1324 MOTOR PARKWAY
HAUPPAUGE, HEU YORK (234-2622) INDUSTRIAL WASTE INSPECTION REPORT
Name Address Date_ Nane
'/^.^L-y^*-'*^.-^ ? ^ y - T ^ c ^ ^ / ^ < - - 7 i . ^ ^ ^ y C^'^^L-^c tA . J2^
h Title of Contact . ? / ^ y ^ A £ i . . r > i 7 INDUSTRIES USING SCAVENGER DISPOSAL . (1) Records of pickups since last Inspection (volumes,dates,type of material,name of . scavenger) • .
(2) Amount of waste on hand at present (volume, type of material,type of containers)
(3) Equipment in satisfactory repair (4) Proper storage conditions (5) Backflow prevention
Sat. Unsat.
INDUSTRIES WITH ON SITE TREATMENT (1) Permit to operate valid & posted (2) Proper sampling w/records of results up-to-date and readily accessible (3) Light, Ventilation (4) Treatment chem. on hand (5) Qualified operator (6) Backflow prevention (7) Safety' equipment (8) All equip, in satisfactory repair (9) Sludge holding and disposal. (10) Effluent disposal & access.for sampling (11) Proposed changes ,
Comments: / d d - j L . y u * x ^ ^ CC.r,~JW*
.JM. y->^ _>^26 c . - A ^ ^ — <'-r->v^^7V>^-cn.,^^ "yL.ff.
y C y - U ^ t ^ . T
^; / -^ t^wl ^^•o-^^-."^
Inspector /Ti .., //. t^^.^tyti^^-c
Rec. by y /K2? /?/^
-. 300757
- / A d d r e s s _ D a t e
SUFFOLK^COUNTY DEPARTMENT OF ENVIRONMENTAL CONTROL 1 3 2 4 MOTOR PARKWAY
HAUPPAUGE, MEW YORK ( 2 3 4 - 2 6 2 2 ) INDUSTRIAL WASTE INSPECTION REPORT
\/K/'yiei''/< "^^jTyV^^ /*>€ / ^ T f J C C o ^z"* J ^ "^f" ^ ' ^ ' «*> ^ J 9 ^ ;c^
:3E. ,M^f ' Name & Title of Contact INDUSTRIES USING SCAVENGER DISPOSAL (1) Records of pickups since last Inspection (volumes,dates,type of material,name of scavenger)^
(2) Amount of waste on hand at preaent ' (volume,type of material,type of containers)
(3) Equipment In satisfactory repair (4) Proper storage conditions (5) Backflow prevention
Sat.Unsat.
INDUSTRIES WITH ON SITE TREATMENT (1) Permit to operate valid & posted (2) Proper sampling w/records of results up-to-date and readily accessible (3) Light, Ventilation (4) Treatment chem. on hand (5) Qualified operator (6) Backflow prevention (7) Safety' equipment (8) All equip, in satisfactory repair (9) Sludge holding and disposal (10) Effluent disposal & access.for sampling (11) Proposed changes
^ p ^ .iv^-^-" 7
yic t M ^ .
Comments Cf/^C^Aj"^ V-r? f^^"^^ /
re- / / ^ . / / ^ . y-Z^cA
( C M
t ^ - ^^ -1< 6 - ^ i t / c-^-^.
v^ ^ T t , - ^
/ f j l f uMl^lf^ <, 'Un.f„l / ^ l U x A - ^ . . -hx^^ l . -hy^k
300758
August 13, 1974
Jayne Textile Printing Corp. 921 Conklin St. Farmingdale, N.Y. 11735
Att'n: Mitchel Malian, Pres.
Re: Industrial Waste Report for Jayne Textile Printing Corp.
Gentlement
On August 12, 1974 I spokd-with your consulting engineers, Holzmacher, McLendon & Murrell, and was informed that'the engineering report was basically complete and they were awaiting a meeting with you to discuss its contents.
' ine months have passed since this engineering report was to be sub-.aitted and our most recent Sconpling of June 6,. 1974 indicates continued violation of.groundwater standards.
This office acknowledges the fact that you have been performing some treatment on the wastewater but this treatment has not been effective and is not a license to allow delays of the magnitude experienced in your case regarding submission of this engineering report. Thus, this office has no choice but to file a case report with h , Y. State Department of Enviroiunontal Conservation so that a binding time schedule can be arrived at between the State and your company for compliance. An immediate submission of the required overdue report is suggested.
Very truly yours.
Richard E, Strzepek AsSt. San, Engineer Water Pollution Control Section >ui; i3/r t cc: Robort AlbanttB%, P. E.
Holzmacher, HcLendon & Hurrell CO; 6. Costa, P. E.
</0
" 300759
August 19, 1974
Mr. Al Machlin, P.E. ^ Region I - Bldg, 40 N.Y. State Dept. Of Environmental Conservation state University at Stony Brook Stony Brook, N. Y. 11790
Re: Jayne Textile Printing Corp* 921 Conklin St. Farmingdale, N.Y.
Dear Mr. Machlin:
Attached please find a Water Pollution Case Report for the above
firm.
Please schedule a pre-hearing conference as soon as possible.
Thank you.
Very truly yours.
Richard E. Strzepek Asst. San. Engineer Water Pollution Control Section R E S / r t A t t .
30076C -
' -•• : x : : .^- . -Ui . : - ; - . . . - U : : y : - ^ . :• -f;^'^-'' ^•^^^' '> ' *.-:. 3 / 1 / 7 2 . 3 / 2 / 7 2 , ••; -• ' ' ' ^ • '^l '.:-?i' ••"^^'•#r^:it ' •."^' • ' ^ : : ' : i . -^r iVDates of I n s p e c t i o n s : ' 1 2 / 1 9 / 7 2 . 1 / 2 8 / 7 1 * .
WATER POLIUTION CASE^REPORT . . ' : k . . ^ ^ ^ - - ' ^ t ' J ^ ' f p a t e o f -Reoor t t " A u g u s t 1 6 ; .197^; . -'yy^.
. . • • # . . . ; • . ; ^ v ; ^ i ; - - i i i ; J J ^ ? - f 5 j / ^ r i ^ . t ^ - ^ t . ; -^-f-V:pates of v i o l a t i o n ( s ) i 3 / 1 / 7 2 , 3/2/72, '^-^ ••• -? - . :-r- -^:^,.>r*.'.-r- - ? : , - . , , . . , . , - ^ - . • r i - ; i 2 / l 9 / 7 2 , : I / 2 8 / 7 I * , 6 /6 /7 i+ .. ^^;:^
NAME OF POLLUTER! Opera t ing .
Owner
1 . ' Commonly u s e d t ^
JAYNE TEXTILE PRINTING .CORP.
same
1 " ' '
. ' • • • ' • •
' . I . J . .
same
2. Exact corporate, partnership or proprietorships ^ . • • - \ ' ' • I
. . . 1. .•.;..': . '' •" . P e r s o n s ..•.<;;•;,;.>
P res iden t ' • • • ; * ^ ; - ' ' M i t c h e l M a l i a n '• •;<.t •
Phone '>.Vitr '":i,\- A d d r e s s e e >.;... . v^ : ' ^> ' ; : :A i : ; . . , : .' • . , . ; .H; . - • • • , ; i , - ^ ' C ; ; - - - •^;.. ; •^:: ;•,
•' J a y n e T e x t i l e " o 5 i 6 / 2 9 3 - 2 U 3 0 ' A . P r i n t i n g C o r p . V"' 921 Conklin St. 212/895-8570;^'
.; Parmingdale, HY " . '•::.v 1 1 7 3 5 .. • • • - ' • - . ,
Vice P r e s i d e n t o r Chief Municipal O f f i c e r \:^'^;^
Plant Manager o r Operator
O f f i c e 9 2 1 C o n k l i n S t .
F a r m i n g d a l e
4. LOCATION OF POLLUTER :
Street:
C i t y , Town o r V i l l a g e 1
County: S u f f o l k r
Phone No . : 5 1 6 / 2 9 3 - 2 1 * 3 0 o.r 2 1 2 / 8 9 5 - 8 5 7 0 ' I
5 . INTERVIEWS: ( A l l pe rsons p r e s e n t a t i n v e s t i g a t i o n )
Names M i t c h e l M a l i a n S a n d e r S t e r n l g Roy G i l b e r t " C h a r l e s S a t u r n l n o
' J ames H. Plm
Addresses J a n e T e x t i l e S . C . D . E . C .
n
n J *
O p e r a t i o n
S
M
• - • "v4
y!r'?.i.
E
T i t l e s
P r e s . E n v i r o n . I I E n v i r o n . I l l E n v i r o n . I I A s s o c . S a n . E n g .
. l iss ions made o r schedules agreed upon:
30076.1
6 . -.. . . . : . , . -• • • • ' ^ y y r : - • • • • ; • . - . K ^ . . '• • ' • ' . . ' • ' • ; • ,
OWNERSHIP OF PROPERTY AND FACILinES: . / ,-Breakdovm of who onnns property^ and f a c i l i t i e s .
Jayne T e x t i l e P r i n t i n g C o r p . 921 Conk l in . S t . Farmingdale ' , ' ' 'N.Y. 11735 ,
' f t - .
• ? . v
I - M ' .
;•.<?•*'••••:
7. TYPE OF OPERAnONi' SIC. NO. Z ^ /
a. TYPE OF HASTE: •>
.- Sanitary ( ) " • '•Population':""' •''
'"• .• - - ^ . • • ' • • ' • •
;-/.iv S,;-,. .:;: i ;..:.,:.,. /Treatment»\ ^
'No. and type of '""ti-i' c
Industrial (x )
••>*-.
--fy
vOutlets and Load:
;Type of Waste: Dye R i n s e S o l u t i o n s
•Treatment: .. P a r t i a l ' :.
1 o u t l e t
3
t
! • • •
t .
•J- '
' " ' ; . ? ' • • '
4; • If: ' '
•1
-.1 . '
•T
1 •*_
• " • * • » " •
> r •
^ . .:
>-K^ • y - ' . r - ' ' '
. • ' . " • » • • '
• \ ' . - ' - ' - K r
i' ,>'No. and type of • O u t l e t s and Load:
RECEIVING AND DOWNSTREAM WATERS:
Drainage Bas in : .;. .
Common name of w a t e r : g r o u n d w a t e r •'.
C l a s s i f i c a t i o n : GA S t a n d a r d :
Date of Class i f ica t ion : . I 9 6 7
Waters Index No: '•• ' M i l e a g e :
Item No: ' • "
• * . • . .
: - -•: i U < \ . - ,
. • • • ! .
300762 ^f
- ¥ . i
. . : ' • • . V - -. r-j-iV"- ! . - • • . . . - . - s > ' . ' .
: • • . ' • < • - ^ V • * - • . " ; ' • • . i . r r . •••••
CHAR ACTERISTICS i ' '•' "^-'' • '^'''"- • ^- ' 'r--^ ' ' • ' • • v ; ' ; ' / r * - ' • • > • * > ' '. ?i '^" ' . ' •
VISUAL: Floating Solid .
Set t leable Solids . ..;..•..„ • • • - . - • ^ • • , • ^ - ^ : ^ • • ' . • i : ; : v - '
Sludge Deposits;.;.
Scum • ;•-. , s'
Gassing ' '.'rr-
Color / ^ - ' ' / ^ ^ L - O ^ . Q . , . . . . .X, , . . . . . . . . , . . . , .f^; .
T u r b i d i t y ^;v- ^'• ' . •"'.• -'•-
Foam ' f • • . ' . ' • - - - . • - . : . M ^ - r l • • • • •
M i s c . •'•-••
. - 3 - •••••
> a - . - • H ' r . • • • '
Effluent ! , , . • . • , . : • . . ^ . ' -
( )
: ( • ) . ; ;^... - . \ ^ . : . i
( )
• . ^ ^ M ( ) -
rd)-; ^ ^ x ) ..•
• - • ( Y ) ; -
^^'V;;:
: ( ) ^
( ) •
•i;v;>v;.
•; " T :, • r
'y^7^''-y Upstream • Downstream (Indicate disi
( )
( ) _ ,
( ) _ ' ' ''
( ) _
; ( ); .
( ) _ ;
( )
• ( ) _
( )
.. ( ) ; --
H ) _ '
ce from scharge)
• ' ' • ' ' ( \
• • < . . • ' " " "
• . ! . . .
* . '
• • ' ' i > ( ' " f ) .,'
' I. J
V / ^ w . ^
f %
^^^^
^ ^ ^
_
^ ^ m m '
m
^ ^ m m
^ ^ ^
^ ^ ^
• < 1 > ) Y ^
' • . , * ' ' i ,•
: r ip t ion of Sol ids , Scum or Turbidity in stream: •'•V*
>' s
e ^! . Name G i l b e r t
der S t e r n l g es H. Pirn \'. *•
rv Measurements or es t imates :
Time Exact Place
c l a r l f i e r c l a r l f i e r t o u r of p l a n t
nod Used i n e e r ' s e r m i n a t i o n c h , 1973
Influent Effluent Stream
BTg. 2 5 , 0 0 0 gpd p r e s e n t a v g . 3 8 , 0 0 0 . g p d f u t u r e
,:'•-
• • • } ' ' . t ' • • . : • • > • •
300763
- " • • I'.'j . i
• • . ^ '
; - . » • •
•• * ^ . * 4 , f > ' . ! f .
; r::i'.? - is :
. 1.- ANALYTICAL RESULTS: -V' jv;,-': ': : • • *'' '..% - • • lie.."--*.
.•••>:^'rW
^TTACH" CHEMICAL AND lABORATDRY TEST RESULTS FOR:
Influent Effluent
^ . i . w •' - J w . , y'-.t-f-r!-
BOD
DO
PH
Other
.( )
' \ ( ' . V • :•
(r)
.•T-'vf.'-'-'i ••'.';•«• . . ( r-r-y
(
(
(
) 1
)
)
.)
- ; • ;
••".'i
.
Upstream
: ( ) . ^
( ) K - '
y-m , Indicate exact points of sampling on diagram on following page. ,;.•
• -U-- ,*, r •••'.*.
NOTE: Analysis of effluent sample without analysis of receiving waters samples.
' • • ^ ' ^ - ^ ' ^ { • ' • - . v ' . ' • ; • • • • : - ' ; r ; : •••• • • • , V .;-.^..^ ; . . : • • , - ; • • : • :
SEE APPENDIX "A" ' •'. • •" ' • / . '
I 1. it-i.
•'•• . t - i ' .
•-'•f ' • • . < * •
- J.:.-
;.-i---
300764
, -t
. . . . - v . . . . A . ; . . . ^ . : . - 4 ^
Downstream
( ) . ^
\ ) » _
i). .
r?:i'l'-^' • ' v / V . ' ;
. . •? i ' - ' ' - :'
J
• , ; • — ' .
• • • •>•- - ' - r -.n,-j.'.'i"'V
• . ' • • ' ! , • • ; • • . •
- . ; • • . ' . • ' • ' { • ( ! * ,
• :•• r ' . ; > ' • • ! • • 1. . " ' i ' j ' .
i
f \
r
f
. 2 . DRAW DIAGRAM ' : • • • ' ' : ?VpV ' ' • '
- a -
1. Show how "effluent reaches receiving waters ;
->. iSaropling .points .• '• --•'yr^^l^.-1t:.i,!^ ;^z^'iMr^iy
3. Indicate distances
4. Reference point on USGC map
5. Indicate North ;-, I . ••• •
'6. Show flow direction and quantity ....>r'
•Mi..
^^:y^;TA '. •. -'.r
' I . .
SEE APPENDIX "B"
• .• • • • ' . . - • . 1 J ,
• ..'^•^.•. r ' f;:
. • . * • , • A f. ' i
• , r • ••<. .
. - . • 1 '«-. ' .?•!,••':>)..«.•
>^- • :.•> - : - w . i
300765 :
' i V ' - • •'"•^'"viv •• •••; • ' - y . .i : r 6 -
• - X . . . . ..;.jAvi::;'rvO; .'-.•. ;v-v- ••• •-:;-:^-^-^'^-":/:i^/v^^;:-, ;::.:-] :: , - M y y ^ , ^ : ...:.,,:,,, 13. Effects which.'jnay be argued with reasonable certainty constituting contravention of ^ V
standards on waters to which receiving waters are tributary. . • >. , .'; i-i"",'••' • •.•'.4 ..T^i..—>- / -•.:.;.. .•l.'..-r>. %/vt:i;.i^
••» v ^
-••:V. ^^^^-^l^v'-- • --^^^^^-v •^f..^V'-vr....^;^.--T->^i:i-- • ^ • ' y y . - H y i r . - X - . - ^ H ^ ; : -• •..;••.• . • : • : . . • • ' . • • V j t - '
14. Attempts to obtain voluntary compliance and h i s t o r y . Attach pert inent correspondence. j V . • * .
• • • " • ' ' : ' ' • • " ' : • • • • ; ' . • . : ' ' y \ '
SEE "APPENDIX "C" • ' - • :• ;• i;i-^-V-- \f--:;r,;
Complaints Registered . • . ; • • ' " . • • ' i ' ' ' : • ' ' * • • • ' • ' • ' • • i - i ^ ' ' ' • • ' » * . • • . ' • » . ' . • • . • • / i ^ - • • ' . . . . . . . . • * / . . " ' ' •
Name " ••'"' ^^" • ' - ' Date " ' ' . '•' ••".1 ••,V ' >•••• Address .'•'.•' L Phone " -y':r^y.'--'^^v.
. • ' - f .
;i-;':«; - ' . • • • " .
-.%-y- ;:: m i ' « ' ^ > v i w ' • ^•\- '•: '••• ) • • '
• i ' - i^ ' ' J ' : / { ' .•• . ' • • » . ' .
•'•S -',>'-'•' .'-• Address .• . • ; t . - ,
' . / •
Fishki l ls — Number of Fish NA
Date '•• ' '
;tographs taken should be attached with description, date taken, and name of photographer.
1 7 15. Other Article3fljg violations.
Construction or operation without permit (Section DS^) O 7 ^ /
Ineffective primary treatment
• B ^ i e t t e c t i v e pr imary xreaxmenx i—i , (San i t a ry Sewage) ' I I
1225 ..-;. * : .• . ; • ; ..;4.•.;•', -i- .'. • ' • • •^ .
Industrial waste discharging to » ^ municipal system contributirjg to r~] pollution of receiving water *—'
(Section 1242) - .. . ; • ,. •. * ' • * ' • t
• * • ' ' • • ' " * • ^ ' .
Violation of Permit Conditions f l '
S e c t i o n 0501 - D i s c h a r g i n g w a s t e s i n c o n t r a v e n t i o n o f GA s t a n d a r d s .
S e c t i o n 0511 - F a i l u r e to . m o n i t o r o u t f a l l , oTjtaln p r o p e r p e r m i t and send d a t a t o N . Y . S . D . E . C. . . ' ' .
300766
' X V - . . - ' . - « .•^*^' • . . . ....• . . t » . . v ; : . . : I . ^ C . J t f . i . 7- . • • :y • ; . • • • ! • • • • • • , ' - . • . . • . •••.>Ji
I • - • . • • • • • — • ; ^ - Y - ^ . V - • . • • , * • . . . . • . . • • • ; : . • • , • ' . • ' i ' \ : - 1 . . • • ' ; , ' ,
- • ? • ' . - * • • - • • - - J - - ' - • • • • • . • J - . , V • • » ' . . . v ^ . . • . • . ; . . • • • I r , : . - • » . - . - f ; • » • • • • . > t ^ S f ; T • • ; • ; • , . ' • ' ' • ' O . -
16 . Suggested schedule o f abatement s t e p s : ; . : - • , . • , • " .* V ,
, Immediate"submission" of r e v i s e d eng inee r ing , r e p o r t .
it''
Obtain a consent order for time schedule on cpnstruction of necessary-treatment vorks.
V .;v ;i . ».'. .'•.^' t ' • , - ; . • • • • , - . 1 -
r.-yi^
. 'y-r^*^-: : ! -
•i:'- « . • ft-; .•' !••''' ;.v:y '_Wf . <* ; . ,;. .
17. Comments: ^ • i ; ^ " : - : : :.-
. r , . ' - '
Continuous delays have been experienced in trying to -have this company. submit a proper engineering report. Partial treatment is not meeting standards and sludge handling and other questions still are unanswered.
•• i:^. " •• V.-. ->•: - i - i ^
• ,•.•
' • - ' • . * • ! »
•:nj:<t
ATEJ. August Ig. 107U RICHARD E. STRZEPEK (Signed)
•300787. MW.nw<«J
' • / . / - . m
i . 1
- . - J r! i- . - , . - .«i i . i . i i j - r . S
I "'^'^^^^
{ • / . - • y y y
LOCATION MAP
30078S.
^ o A f a A J J: ,# > V . ^ . ^ , ^ A C y t O y ^ O
w ym A O O ^ - ^ f . •A^4C^ >V««» ' ' ' ' r -«
• : ' "A/ .y ' - :<y , y ' - ' : \ ; . v ' x ' ' . /
'yy^y/(-^'y:/:'. JAYNE TEXTILE PRiNllNG CORR • ;.r.v • y \ ' , ' . , . . r ' • . \
• . , .
FORME PARAMOUNT • CARTON
CORR
BOtLER ROOM
ERLY . ' ^ # - v , • \\[rp==^ -- \ r—^^r—^ yA^ r-
'I 1.^-f!
\ 1 . /
-H2 ^ 4 f 1 • -• . ^
^x/'sr/A/c si^^i-i^yA/as
•/ ^ I jl 'J J
; / • /
i l y ••
.SdV*>*<arf" ^uvj/^tf-'-*^ * ' ; j ' "U ' '«»*
I A-* 1
• [__--• ~ "^—-—*
--*-*' __- \ •
• * — • " *
, » .....
n yy ^
r f ^ r •:••:•] -k
n
i f v . ^ ' - . » ".-.
' S 'vv. ;
v-\
( v^ S
\ f\
\ \ \
> <..• -V
Septcnbar 6.. 1974 •~F
\'i
Jayne Textile Printing Corp. 921 Conklin Street Faxningdale, Mew York 11735
Attention: Mr. Mitchel Malian
Re: Alleged violation of Sections 17-0701, 0501 and 0511 of the •' Environmental Conservation Lav '
dlcate that you are in volatlon of the the EnvlroniBental Conservation Law, in trial wastewater to groundwater vlth-
Gent lenen:
Record s^ of , t ^ l ^ .Ppp^rCipen aboved jcJjiitibxiad' aec t lQ^j . t h a t y e d i a r a d i s cha rg ing
out«Tj«ti.it4\ef-e ^32 In vl«ii)Lft£alh4JnQreg'ol£ngy[y( y are hereby requested to attend a coo-plianca conference on Monday, September 16, 1974, at the Region One offices of this Department in Building 40 on the State University Campus at Stony Brook, New York, a t ten o'clock in the nomlng, to consider why an Order should not be issued agalnat you to cease and deslat forthwith from such violation of law, and further, to consider assessaent of whatever penalties the clrcumstanceB may warrant, and . to consider any other or remedial action which may be appropriate.
Should you have any questions, please do not hesitate to contact this office.
/> .'' ' A i r ' — Very'ltruly yours, ' / -' •
AJO:em BC: A. Machlin
J. Plm - SCDEC /
A M ^ ^ J. ORENSKY .' Regional Attorney
/ / / # - / • •
30077C
Joliii M. Flyim, P.E, Cuiiuiiis.xioiu*r
SUFFOLK COUNTY DEPARTMENT OF ENVIRONMENTAL CONTROL
j;i24 Moltn Pjirkw;iy IhiuppauRc N. Y. 11787 (516) 234-2622
NOTIFICATION OF UNSATISFACTORY INDUSTRIAL WASTE SAMPLING
Jayne Textile 921 Conklin Ave. Farmingdale, New York 11735
Gentlemen: ,5 -vr
^^. Juno 6 J IP74. samples of your industrial waste were taXen. Tne Tollowing parameters were found to be unsatisfactory:
1. pH 5.3
2. MBAS 1.86 mg/l
3. COD 288 mg/l
4. Susp. Sol. 228 mg/l
5.
6.
7.
8.
9.
10.
The acceptable limits on each of these parameters according to New York State Groundwater Standards are as follows:
1. pH 6.5-8.5
2. MBAS 1.5 mg/l
3. COD 150 mg/l
^. Susp. Sol. "20 mg/l
5.
6.
7.
8.
9. 10.
V
Please see that these conditions are corrected as soon as possible. If you have any questions or need any assistance, pleas* do not heeitata to oontaot this office. Very truly yours,
Roy Gilbert Enforcement Section BO/rt
7
• ' • ^ ' L .y
300771
I.
i L O N O .
COU. DY -
.TE COL.
TIME COL.
<rn '^•'''c
" - i L A U Q R A T O R Y |
LAB NO. L - 1 ^ ^ Co I
C 9/r. '-/ j \ n -NAME, NOT IN IT IALS
-7 ZJ>1.
TYPE SAMPLE
DATE BIC'VD,
TIME REC'VD.
J h ^ . A ' '
/-? •• 30 -/ ^ ^ x ; 7 . ; DATE COMPLETED
n/<^<A*v*-»%
SUFFOLK COUNTY ENVIRONMENTAL CONTROL LABORATORY CHEMICAL EXAMINATION OF WATER. SEWAGE, INDUSTRIAL WASTE
NAME OR FIRM
ADDRESS OR LOCATI
POINT OF COLLECTION
REMARKS/INSTRUCTIONS
t(mk fluv
,1 n.f
v /
TEST RESULT 00U05 CONDUCT 00400
1 H TEST
I H
ucc
00411 ph.ALKALINITY 00410 T. ALKALINITY 00940 CHLORIDE 00950 FLUORIDE 00720 CYANIDE
00945 SULFATE 382C0 MBAS 1 00340 / C.O.D. ( 00681 \ T.O.C.
aro-i-i
^ ^ • " 1 umho
^ ^ ^ -— ^ ' ^ m.g.
RESULT , . „ ,
: / . ? ^ , s ^ ^
- — . - ^
» l
.><
X
V Y
y
mq. TEST RESULT i.ter
00618 - T p o j NITRATE-N yy»l/t 00C13 NITRlTE-N U01.UU <fv.u AMMONIA-N yx td
00C25 TKN 00671 OPO^-P
•
00500 TOT. SCUDS 70299 SUS. SOLIDS 70300 DISS. SOLIDS 00310 B.O.D.
00619 FIELD NITRATE 00941 FIELD e l -00299 FIELD D.O. 00010 FIELD TEMP 00401 FIELD pH 00096 FIELD COND.
^ C ^ l p u f
c p / c t ^ r
3 P / -' S J S ? ^
93. •
..•. in
'
umho
*
X t
mn TEST RESULT u u
01042 COPPER 01045 IRON
01055 MANGANESE 01034 V . f i ^ l CHROMIUM 01067 NICKEL 01092 ZINC 00927 MAGNESIUM 00916 CALCIUM 01051 LEAD 01027 CADMIUM 01077 SILVER 00930 SODIUJM 00935 POTASSIUM 01007 BARIUM
•
•
'
.
o.a ^ o.<4
1
—
•
300772
j u . . . . . > . . 1 111 i l l k , 1 . L ^ .
C<>iniui»$ioiier
SUFFOLK COUNTY DEPARTMENT OV ENVIRONMUNTAI- CONTROL
1324 Motor Parkway Hauppauge N. Y. 11787 (516) 234-2622
D a t e yob, 19, 197^
Jayne Tex t i l e P r i n t i n g Corp. 921 Conkldn S t r ee t ,< -. PiLT-ilnfidale; N.Y, 11735
2±t'n: Mitchel Malian, Pres.
Gentlemen!
As a result of Federal legislation passed in 1972 now being inplemented by the New York State Department of Environmental Conservation and this Department, it will be necessary for you to complete the three enclosed copies of the application for a State Pollution Discharge Elimination System (S.P.D.B.S.) permit.
Please return all three copies to this office to ray attention.
I would appreciate your completing these forms within two weeks and if you have any questions, I suggest that you contact your engineer.
Very truly yours.
Richard E. Strzepek Asst. San. Engineer Enforcement. .*?©ction RE«;/rt Enc. ^^ ' Robert Alban«»«, P. E. ' ' "
Holzmacher, McLendon & Murrell 500 Broad Hollow Rd,, Melville, N.Y. 117^6
cct Steve Costa, p, S,
300773
300774
k.f b J . ^ C L i U
T ine pf^j^ / '• Vfr- / i / Co l l . By /d / y ^ ^ . ^ ~ - < ^
(Name, not i n i t i a l s ; Exainined By
Ground Vifater Marine' Water Waste (specify) ffy/)u$.r/€rj^ «— Date Completed / / ^ i ^ y f Jf ffi^i^.^:.^
\ j
Suffolk County Department of Environmental Control BACTERIOLOGICAL AND CHEMICAL EXAfUNATIONS OP V/ATER
A ^ A t : • fc/-/^/IT r<^^i'y C o r ^ , district //^^- ' Name
Locat^on6?^^-^/i- ^ T fa /^ i -^fcUy^ Weather.
CC'V-N
Spe clal Instructions S i- "4>c^Ot^ SUv/gc^ <>f^C^U^yy ^^jf-^^^^^jt^fi^t^AU^
Number •• • (2-6)
Rec. Code (7-9)
COL. • NO. • TEST RESULT ^ ,-. ,-, Other
32DR(l)DT(2)aExp.(3)
33-'i^ Lab. I.D.
_ _
35- APC 35° 38 211 hrs. " 39- Coll ^1 Mpn/lOOml -iJ2-
43 Color A4-1)5 Turbidity ll6-lJ7 Odor-Cold
119 Odor-Hot •
— •—.
__ _
- J - - ( \
50- Total
55-57 Manganese 50- Free CO2 60 (Nomograph) -61-63 Fluoride 64- Ammonia 68 -N ' 69- Albuminoid 72 -N ^ -.-73- Nitrite 76. -N
'
_.^ -_
«r
_ ^ —
~ _- _-
•
*.
COL NO. 17-20
21-23 24-/29 30-32
33-35 '36\ 38/
f 48
49-51 52-5^
55-57
58-60
61-63 64-66
67-70
71-74
TEST Nitrate -N
BOD Chlor-jLoes
Total Hardness
Total Alk.
PH
Total Solids -
Specific Cond. —
Detergents MBAS Dissolved Oxygen
Hex- . Chromate
CA Hardness
Temp. (Pleld)P
Phenol Alk.
Total Phosphate
Ortho Phosphate
Date (11-16)
RESULT
, \ i .
COL. NO. TEST CODE
^ ^ C O O --
.» _ ..
— .
^ M M • « •
-•3.9
_?/-5i _ ^ _ _
»
_ _ . _
— . ^ .—
•.a « M ~ _ .
...,.,
^ ^ — •
_ _•. * __
.Ni
28j 4«Ji i
%y cl^rtnv^
35-40 41-46
47-52
53-58
59-64 65-70
GENERAL ANALYSE
01 Copper 13 I 02 Zinc 14 I 03 Lead 15 J 04 Cadmium 16 I 05 Sulphate 06 Acidity 07 Ferrous 08 Nickel 09 COD 10 Sodium 11 Mercury 12 CI2 Res.
•• .
RESULT
- 2 ^ 1-62 _£>J_
— . . 1 — _ _ _
__ _ — —
_ '_ __ _*
_ — _ _
•
:S CODES
'otasslum i'-COll Magnesium CJeld-N
- 300775
INTER-OFFICE MEMORANDUM DEPARTMENT OF ENVIROHMEMTAL CONTROL
TO: FOR THE RECORD DATE: March 3, .1972
FROM: Roy S. Gilbert Visit to:
SUBJECT: Jayne Textile Printing Corp. . & Mitchell Screen Print Corp.
•• E. Conklin St., Farmingdale "
On March 2, 1972 Mr. James H. Pim and Mr. Semder Sternlg accompanied the writer on an inspection of Jayne Textile Printing Corj^ at the above address.
The "manufacturing process involves screen printing on fabric for future tailoring onto clothes and other feibric items. , '
The liquid industrial wastes include water soluble: < dyes from .s.creen ' rinsing operations, detergent for a washing operation euxd chrome.
They have installed treatment for all of these wastes, while yet no plans have been received by this Department and, therefore, no approval has been given. Consequently, they are operating a waste treatment facility in violation of N. Y. State emd Suffolk County law.
Their chrome waste is being batch treated 2uid the pH changes are monitored by the use of a paper indicator. However, no means has been set up for adequate measurement of chrome left in the treated waste.
Separate from the chrome treatment is the treatment of their other wastes, which is basically a flocculation and coagulation procedure. The water soluble dyes and detergents rxin into a cement channel and from there through an 8" valve into a pre-treatment temk. In this tank the waste is aerated and there is the addition of iron perchloride and al^.^. This treated waste then runs into a larger pit where it is 'gfavlty 'fed into a pump house. Prom here it is P'jmped up Into a large settling tank where the solids will settle out leaving a supposedly clear treated supernatant.
At present there are no provisions for proper sludge storage. However, they are presently constructing a sludge drying bed, which will have a cement bottom with drains to carry off excess liquid back into the plant where it will undergo the coagulation and flocculation treatment processes again. . •"
•<2. c/c^ -o t-
300776
FOR THE RECORD Page 2 March "3, 1972 Jayne Textile Printing Corp. & Mitchell Screen Print Corp.
It is recoiranended that the engineer retained by Jayne Textile sample the effluent that will be reaching into the ground at the point of the well house to determine its quality.
This writer also recommends that some provisions be made for sampling effluent from the chrome treatment processes for a proper chemical analysis.
Roy S. Gilbert RSG/rt
300777
3/-u2y^^~f^^/'^\\
SUFFOLK COUNTY DEPARTfiPnT OP ENVIRONMENTAL CONTROL 1324 Motor Parkway - i T T
H a u p p a u g e , N . Y . f.. •<
INDUSTRIAL VTASTE INSPECTION REPORT
Mame J f ^ y , H f > l r S r < T H ^ f Address
Date 3 > / ~ *7 ; ^ iT'OtYkt-fi^. i r=^f^n/y^iH( M ^ ^
GENE PAL SAT. UnSAT. TPEATrtENT SAT. ^UNSAT.
^ W I ? 1. Permit to ooer.
2. Permit posted
3. Records to date
Location of 4. log hook
5. Housekeeping y"
z y 'V
9. Adequate sampling
10, Treatment chemicalls on hand
11. Equip, in satis. repair Safety & alarm
12. precautions
IF'
13. Effluent Disposal
tf^*C^
1 ^ IP^ Light and
G. ventilation k ^ 14. Sludge Disposal Qualified Oper-
7. ator (name) ^ 15. Sludge Storage Leaching pool
8. covers to grade f r Any alterations
16. or process changes proposed? Proper treatment
17. procedure
REMJv PKS ^f lTf. r \ L ^ f^ j f , M T / h / /
n v f ^ ^ u t i ^ ^ 4-iAjrhre/? - tNTo zf/fs/// /^u^i fiifa Tn t^/1 (^/^ n > ^
P ^ n v r
t?y\ C n OA1 o < o x f ^ r l C
Xi/inT.., . .?^!.^!^^ . ' ) , I n spec t ed by:
JL C l - ' v v^h ' 'J O
. 300778
APPENDIX C
LAKELAND ENGINEERING DOCUMENTATION
300779
Q 24 Ridge Drive Port Wuhington. NY I lOSO } 16-883-4446
D 7)0 Green Street Boontoft, NJ 0700) 30I-263-8034
.ENGINEERS- CONSULTANTS •
ROBERT H. ALBANESE, P.E. FRANK J. COSTABILE, CE.
May 16, 1984
ysx"--
County of Sussex 15 Horseblock Place - Farmingville, N.Y.11738
Attention: Mr. John H. Finkenberg Sr. Sanitarian
Re: Kenmark Textile Printing Corp, Industrial Waste Disposal Inspection Visit March 21, 1984
Gentlemen:
R6ferenc6' is made to your inspection report dated May 4, 1984 regarding the results of your March 21, 1984 inspection of our above-referenced client Kenmark Textile Printing Corporation's waste water discharge.
Please be advised that as a result of your letter, we have instituted chlorination of the treated waste waters in an effort to remove, the trace Phenols (0.09 mg/l) which your testing found in the discharge. Be advised chat we believe this should result in correction of the deficiency found. We would appreciate receiving a copy of the test results on any other constituents tested for other than Bhenols.
If you have any questions, please do not hestitate to contact the writer at (516) 883-4446.
Very trul
President
RHA/fma cc: M. Malian
J. Pim
30078C
LJ ••• Kidjc Un»e P«>ft Vl'aahingion. N.Y. IIOJO >tb ltH\-4446
LUANtSfe/P.f.
AUG 2G
, «*«:>uccouNTy *>BNO..
CONSULTANTS •
D P. O. Boi 296 CiUfon. N.J. 078 JO 20t.26>.a)S0
FRANK J. COStABILE. c £
July 28i 1983
New York State Department of Environmental Conservation 50 Wolf Road Albany, N.Y. 12233
Attention: Mr. Normal Nosenchuck, P.E. Director - Division of Solid Waste
Re: Kenmark Tex tile Printing Corp. S.J. 6c J. Service Station Inquiry as to Possible Inactive Hazardous Waste Site Farmingdale, Suffolk County, N.Y. Project # KTPC 83-3
Gentlemen:
Reference is made to your letter dated July 7, 1983 addressed to S.J. 6c J. Service Station, 1637 Broadhollow Road, Farmingdale, New York, and subsequent telephone conversations with Mr. Robert A. Olazagasti of your Department,
Please be advised that as Engineers for Kenmark Textile Printing Corp., the current tenant of a portion of the site, we have been requested to respond to the inquiry as it affects Kenmark Textile Printing Corporations present operations at the site. In that regard we provide the following response to the various information requested:
A. GENERATORS OF WASTE AT THE SITE
Currently Che site is occurpied by a number of independent tenants of which Kenmark Textile is but one. What type of wastes, if any, they generate is unknown to us. Kenmark Textile
3007P:
• ENQINEEHS- CONSULTANTS •
r NYSDEC Page 2 Julv 28. 1983
A. GENERATORS OF WASTE AT THE SITE (cont'd.)
Printing Corp., past owners or tenants of the building may have deposited wastes- at the site, the most significant being the original silk works which built and occupied the site for many years. If our records are
I correct, there existed at one time a number of surface drying or leaching fields on the south side of the building (now paved over). These fields or beds. If they existed may have been removed as at no time were they encountered during construction operations when Kenmark relocated to the site.
B. TYPES AHD AMOUNTS OF WASTES
We have no knowledge as to the types or quantities of wastes generated by the former or current tenant other than Kenmark Textile Printing Corp. Currently Kenmark discharges slightly less than 20,000 gpd of treated textile waste waters into the ground via two (2) surface leaching basins. In addition, about 70 cubic feet .(10-55 gallon drums) of dried hydroxide sludge is generated from the existing treatment facilities via sludge drying beds. These sludges contain calcium, iron, zinc, copper, chromium, nickel, and varying amounts of inks/dyes removed from the waste water.
C. PERIOD OF TIME SITE OPERATED
To the best of our knowledge the site has been used for industrial purposes since World War I. Kenmark Textile has operated at the site since 1974.
300782
NYSDEC
' ENaiNeCRS • COMSULTANT* •
Page-3 Julv 28. 1983
D. SITE OPERATIONAL PRACTICES
The site is utilized by a number of firms as previously mentioned including a trucker, a car repair shop and Kenmark Textile Printing Corp. Kenmark's Cperation consists of screen manufacturing, art department, color shop, hand printing tables, fabric handling and washing.
E. TESTING/REMEDIAL ACTIONS
No testing or remedial actions are planned or undertaken other than the normal monthly testing of treated waste waters. Currently it is anticipated that the waste water discharged will be terminated and all waste waters will be discharged to the recently completed County Sewer System. The present 50 drums of hydroxide sludge have laeen sampled and the contents analyzed via an EPA Leachability Test. A copy of the results of the test are attached. It is contemplated that the 50 drums of sludge will soon be approved for disposal at the G.R.O.W.S. secure landfill in Morrisville, Pennsylvania.
F. HEALTH/ENVIRONMENTAL PROBLEMS AT SITE
There are no known health or environmental problems at the site. Monthly analysis of wast'e water has been submitted to the Suffolk County Health Department. Kenmark has been requested to lower the effluent pH to 8.5. To date, Kenmark has experimented with lower dosages of lime and higher ferric chloride to effect a lowering of the pH.
300783
NYSDEC
.ENGINEERS- CONSULTANTS•
Page 4 .July 28. 1983
G. OTHER INFORMATION
We have not encountered any materials on the site which would be considered toxic wastes. Tlie liquid waste discharge should be eliminated shortly when the conpany is allowed to connect to the County Sewer System.
We hope the above is of some help to the States consultant in evaluation of the site. Based on information available to date, we find no reason to conclude that the site should be classified as an inactive hazardous waste disposal site. Should you require any additional information on the present operations at the site, please feel free to contact us at (516) 883-4446.
Very truly LAKELAND C./P.C,
President an'ese, P.E.
RHA/fma cc: Kenmark Textile Printing
Suffolk County Dept. of Health Services A. Machlin - NYSDEC
300784
}l6-883-4440 , . . u .
•- > NUlNI l:RS •
ROBF:<T U. Al H A N t b h , P E.
.Montvillr, \ J. 0704> \ 2 0 l . ) j 4 >7i8 /
ARCHirECTS- CONSULTANIS
O l i f on . NJ 078W 201-26' RVrtO
FRANK J. COSTAh'^F.
February 20, 1981
New York State Department of Environmental Conservation Region ifl SUNY Bldg. 40 Stony Brook, N.YT 11794
Attention: Mr. Morris Bruckman Re:
Gentlemen;
Kenmark Textile Printing Corp, Disposal of Lime Sludge Project i KTPC 78-1 "
As engineers for Kenmar k Textile Princing Corporation, we have been requested by Mr. Mitchell Malian, President of chac lirro to tnakc.an inquiry into the status of leachate data submitted by Herman Hinch Contracting, to your office in July of last year. Listed below is the analysis:
Arsenic Barium Cadmium Chromium Lead Mercury Selenium Silver
<0.1 mg/l ^ 1 mg/l ^0.1 mg/l .crO.l rag/1 ^0.1 mg/l .^O.Olmg/1 -cO.l mg/l 0.29mg/l
Please be advised, as we understand it, that Kenmark desires LO hire the firm of Hinch Contracting to remove approximately forty (40>• 55 gallon steel druma containing de-watering lime sludge produced from their lime precipitation system currently operating as part of their industrial waste treatment system. We understand that this waste can, if approvable to your Departrasnc, be disposed of In a linedlandfill on Long Island,
30-0785
k N C i N l t M S -ARCHIt tCTS - . CONnWLTAN'ig ,
New York S t a t e Department of Environmen.al Conserva t ion Page 2 February 20.' 198
• e hope chat chis uncerstanding is still co4.rect, but in *ighc of che many new regulations that have been promulgated, we are not quite sure whether the original understanding is still a viable one.
As you can see from the analysis the leachate from che sludge as conducted by Pedneault Associates does not contain appreciable heavy metals with test results showing less than the detectable amounts for the various constituents except ' for Silver which was present in the trace amount of*B,29 mg/l,
Would you kindly review your file on this matter and indicate to Mr. Malian or this office what the status of this is. If additional data is required, please inform Mr. Malian what you desire so it can be accomplished as soon as possible.
The Suffolk County Health Department has indicated an urgent need to remove the barrels listed above and Mr. Malian wants to accomplish this as soon as possible, but only if it is in compliance with your Department's requirements.
Wc would appreciate your early review and response to this matter.
Very truly yours, LAKELAND JiNGINEERING, INC./P.C,
President banese, P.E.
RHA/fma cc: M, Malian
S. Costa -SCHD P. Lapenno - NYSDEC
300786
216-88 3-4446 Califon. N.J. 078 JO 20l.26J.8JB0
ENCINLEHS- -ARCHI1CCTS- • CONSULTANTS •
ROBERT H. ALBANESE. P.E. FRANK J. COSTABILE. CE.
Suffolk County Department of Health Services 63 Jetson Lane Hauppauge, N.Y. 11787
Attention: Mr. Stevfen Costa Industrial Waste
September 16, 1981
^^•^ O - T 1 1981 " ^
surroLK cout ITY JOS I ;0 .
Re: Kenmark Text i le P r in t ing Corp. I n d u s t r i a l Chemical Survey, Report Project # KTPC 78-1
Gentlemen:
Enclosed as per your request, we submit one (1) copy of the completed chemical survey for 1980 for the above referenced industry.
Please be advised that Kenmark Textile Printing Corp., does not utilize many of the constituents of concern, and principally utilizes mostly coal tar dye and organic pigments in their printing operations. The formulations of these dyes is unknown by Kenmark, and as such they have been reported under Class F, Line F24.
Please advise as to the need and frequency as to the submittal of these reports in the future.
Very truly yours, IAKELANr>r ;«GIHEERlJ G, INC./P.C.
*^Rboert H. Albanese," P.E. President
RHA/fma cc : Kenmark Text i le Pr in t ing Corp. e n d s :
300787
INDUSTRIAL CHEMICAL SURVEY
PART I. IE COMPLETE AND RETUIN TO THE ABOVE ADDRESS. AnENTION: INDUSTRIAL CHEMICAL 5URVEV.
PirJitc i t l f i tu Jiuihtfi l ubir I
'ANY NAM£
_ KENMARK TEXTILE PRINTING CORP.
SIC CODE (ir known)
UNKNOWN
OFflCE USE ONLY
AILING ADDRESS
9 2 1 CONKLIN ST.
CITY
FARMINGDALE STATE
NEW YORK ZIP CODE
11735 IT NAME (Kdilletenl)
SAME CONTACT NAME
MITCHEL MALIAN TELEPHONE
I ^'"(516)694-5140 IT ADDRESS i l l dlilerent)
" " ' SAME CITY STATE ZIP CODE
:iPAL BUSINESS Of PLANT
PRINTING ON FABRIC : (K paieni company, (ive name and adcircsses o( «ll divisions, subtidiattes, eic. located in New Yock Stale. A separate questlonnaice Is to be complcud
and submlited lor each.)
NONE
PART I I D i s c h a r g e I n f o r m a t i o n
1. Does your plant discharge liquid wastes to a municipally owned sanitary sewer system? Name of System
2. ts your facility permitted to discharge liquid wastes under a State (SPDES) or Federal (NPDES) permit? Permit Number
3. Do you discharge liquid wastes in any other manner? in Explai
I If any of the above are "Yes" ; a. Do you discharge process or chemical wastes ~ (i.e. water used In manufacturing including direct
"ontact cooling water and scrubber water)? • • Jo you discharge non-contact cooling water?
c. Oo you discharge collected storm drainage only? d. Do you discharge sanitary wastes only?
Dves ©NO
, i 3 Yes D No QYes S N O
DVesXKDNo O Yes £ iNo
•)SYes D N O
1. Does your facility have sources of possible emissions to the atmosphere? 2. Enter Location and Facility Code as shown on your Air Pollution
Q Y e s Q N O
Control Application for Permits and Certification (If applicable) NiA
1. List Name and Addres5''o( Firm (Including yourself) removing wastes other than office and cafeteria refuse.
NONE Address
Name
Address
City
» •
c i ty
State
Sute
Zip Code
Zip Code
2. List Location(s) of Landfill(s) owned and used by your facility.
NONE
> < • n
D
D
D
D 1, C M S this fncHily:
M«ftufactuft Peiticidei or Pesticide Product Ingredients? Produce Pesticides or Pesticide Product Ingredients?... Formulate Pesticides? Repackage P e s t i c i d e s ? : : : : : : : : : : : : : : : : : : : : : : : : : : ; ; T , , . u i : . u . . . . I — L r - — , 1 • • • • • Establishment Number [NifA
300788
SUBSTANCES OF CONCERN
(Refer to at tached TABLE I) .t'.' ' -
Complete all Inlormition lor those substances your lacillty has used, produced, stored, distributed or niheniise disposed o( since lanuary t, 1971, Oo not elude chemicals used only In analytical laboratory work. Enter the mmt and code Irom Table I. If tacHii) u%t* a subsunce In any el the Classes A - F
ch Is not specified in the list, enter i l as code class plus 99, e.t. 699 with name, vsate, etc.
•
NAME UF SUBSTANCE
Toluene Acetone Mineral S p i r i t s Dves & Organic Piements Ammonium Bichromate Ethvl Hexanol
.
-
.*
CODE
D02 D99 D99 F24 MO 5 D99
AVERAGE ANNUAL USAGE
10 g a l s . 50 g a l s .
200 e a l s . 22,010 #
5 # . 380 #
^
L AMOUNT NOW
ON HAND < LA
' )
rPD
5 g a l s . X 10 g a l s . X 80 e a l s . X 10,000 #
1 # • 380 #
«
K i X
PURPOSE OF USE (State whether produced, reacted, blended, packated, distributed, no lonier used, etc.)
Solvent f o r glue a p p l i c a . II l l II 11
Emulsion f o r screen p r i n t . S c r e e n ' p r i n t e d on f a b r i c . Photo s e n s i t i v e emulsion. So lven t
»
i ' " 1
•
•
vou use chemicals of unlinown composition, list trade name or other idenlillcailon, name ol supplier and complete information
(7) NAME OF SUBSTANCE
Defoamer S J J
AVERAGE ANNtJAL USAGE
100
AktOUNT NOW ON HAND
100
SUPPUER
Martin Marietta
PURPOSE OF USE (Stale whether produced, r taci td,
bicttded, packated, disirlbuled, no lontM u f d. nt.s
Defoamer ?olygum
l a .ana JLQQ. Polymer Industries Gum
c;r.Ting(^lT.rP Rr^liyp-nr Independent Chem. Coip. Solvent
I h»ie»y trijfm tfiMttr p»n«Uy el nrlyty th«i lnl»rttiailon pioytded on inn lotm I t Ifue'lo the best oi m» kno»Ud.. .«,< h l i i - i t . i . . . ^ . . ^ U y ^ J l i > i ^ l \ » y ^ i j J . * t ^ i« leeilen i i o .e i of i d . K.n«| U w ! ^ knowledge and belief. False sutemems made herein
l l I'J'dnitd or Tyieo) -• | r f f f^,i4fiA\.
^'^''HEL MALIAN TITLE.
PRESIDENT
DATE
300789
D M RiUgeDri^ • Port WeshingTon: N.Y. 11010 )l«-883-4446
CNCINFERS'
ROBERT H. ALBANESE. P.E.
D P. O. nox 296 Califon, N.(. 07830 20l-26}-8^Rn
•ARCHITECTS' ' CONSULTANTS .
FRANK J. COSTABILE. CE.
)rp. /
September 15, 1981
Kenmark Textile Corp. 921 Conklin St. - / Farmingdale, N.Y. 11735
A t t e n t i o n : Mr. Mitchel l ' -Mal ian PrcsidcfiL
Re: Monthly WPCP Moriitoring fo r the Month of August
Gentlemen:
We have analyzed one (1) treated industrial waste water sample collected on August 12, 1981 by your personnel. The following concentrations of constituents required by the NYSDEC were found:
COD . Total Dissolved Sol MBAS Suspended Solids Color Nitrite Nitrate Ammonia Oxxanic Nirro-.-.-pH Fluoride Chromium (Total) Chromium (Hex) Chloride Iron
1040 mg/l ids 199A mg/l
1.38mg/l 30 mg/l 80units
O.Ollmg/1 0.9 mg/l 6.85 mg/l • l.n mn/l 12./ 0.01 mg/l
<. 0.01 mg/l < 0.01 mg/l 350 mg/l
<: 0.01 mg/l
During the month ol August, the average daily flow was established from water meter readings at 12,992 based on 26 production days t .
30079r
D M Ridge Dri»e . ^ ' Port WashinuMnTN.Y. 1 lOJO )16-SH}-444r'.
— - • E N O I N k E M S •
ROBERT H. ALBANESE. I'.K.
-ANCHITCCTS-
^ D P. O. Hox 2V6 Califon. N.J. 07830 201-26Vn}BO
' CONSULTANTS •
FRANK J. COSTABttE. CB.
June 29, 1981
Kenmark Textile Corp. 921 Conklin St. -Farmingdale, N.Y. 11735
• Attention; Mr. Mitchell Malian
Re: Monthly WPCP Monitoring for the Month of May
Gentlemen;
We have analyzed one (1) treated industrial waste water sample collected on May 13, 1981 by your personnel. The following concentrations of constituents required by the NYSDEC were found:
COD Suspended Solids MBAS Nitrite Nitrate Ammonia Organic Nitrogen' pH Fluoride Chromium (Total) Chromium (Hex) Iron
1472 mg/l 360 mg/l 4.5 mg/l 0.05mg/l 1.5 mg/l 8.02mg/l 37.3 mg/l 12.5 O.lOmg/1 0.15mg/l 0.08mg/l 1.15mg/l
During the monfh of May, t h e average d a i l y flow was e s t a b l i s h e d from w a t e r mete r r e a d i n g s a t 15,512 gpd based on 25 p roduc t ion d a y s . • •
3007.91
: ^ ^ n c ^ -
' ; . '4 ' . I f . ! > i i v .
t*tifi U ' j v l i i i i i i i , i | , ^
• U . " M * 4 4 4 l i
.-.-!»• ' i i l M I
• • . I • ( ' • . I M ' I i -N
!«i "HrKT H. ALBANI-..SK. IM-'"
.MIf H I M . i ; , _ . • • • J M i ; • .^^•^•
^ ^ ' ' " ' " • ' • ' • " "
i " l J ^ * M«M
\\/' (^
fay 2»;, 1981
'cnma rk Tex t i l e Co r p . •'21 C o n k l i n S t . •• 'nrmingdale, N.Y^ 11735
.•\ '.•r•T:ion: Mr. ''iii'- '-n Maliar
iVt.. Monthly WTCP Mom'tr-riii^ i'of the MonLh oi April
'JeiiLTcmen:
V?i have analyzed one? (1) treaLcd industrial waste water sample collectcil on April 16, 1981, hy your personnel. Tiie following concentrations oH constituents required by the NYSDEC were found:
con Total Dis.Tt-iJ.v.-cd Solid Suspended Solids MBAS Color O r g a n i c N i t r o g e n Ammonia N i t r a t e N i t r i t e Ch lo r i r l c
J. ron Chromium Olox) Chromii'i- ' ' f . . . t ; i l)
7^4 m g / l 693 m g / l 19A m g / l 5..S5mi>/l 600 u n i t s 3 J. '5 mg/l
T.6Amg/l 0..'i m g / l 0 . 3 5m};/I
27 8 .8 ing / l I I
( ) .n im; ; / l - . 0 1 in;;/J i ' .T23 mg/ l
Dur ing the niM'!i •.>' A p r i l . •'=••" ••'•t!i-ii};(; d a l l y flow w.us e s t a b l i s h e d <rnti! wfltc^r- tint', r r c i f l i n g s a t 1 4 , 0 0 8 . - gpd '•n.";C'.l OT1 '.'.U (>ri«>l"c • h.in <.lny::. *
300792
j5^?4Ri.lK.|>riv. .^ I'tiit V4shi(iKi<m. N Y 110^0 Mfr-flH>.4446
-• - •• - f t n t n i I MS •
ROBPRT it. ALBANESE. P.l-.
AftcMirrrfs • CONSUIrANTK.
U V . J I Ku« 2'Xi r ' j l i l i i n . N.(. 07H>0 2<i l- j r ,<.H^cn ' /
\
FRANKJ, COSTAUII.E, C E ,
April 9, 1981
Kenmark Textile Corp. 921 Conklin St. Farmingdale, N.Y. 11735
Attention; Mr. Mitchell Malian
IMl Monthly WPCP Monitoring for the month of February
Gentlemen:
We have analyzed one (1) treated industrial waste water sample collected on February 18, 1981 by your personnel. The following concentrations of constituents required by the NYSDEC were found:
COD 488 mg/l Total Dissolved Solids 2,454 mg/l Suspended Solids 590 mg/l MBAS Color Organic Nitrogen Ammonia Nitrates Nitrites pH Chloride Iron Chromium (Hex) Chromium (Total)
8.3 mg/l 120 units 29.7 mg/l 44,6 mg/l 1.05mg/l
-<0.01mg/l
910.0 mg/l 2.6 mg/l 0.03mg/l O.lOmg/1
During the month of February, the average daily flow was established from water meter readings at 10,928 gpd based on 22 production days. ' ' "
300793
'/iPR 2 2 1931
• v WATER (KJALITY y '
QJ 24 Ridfte Drive """ n P Cs n -,a<
l l6 .8aM446 201.263-8J80
. E W C I H r t R S - AWCMirff.15 CONSUITAWTS.
ROBERT H. ALBANESE. P.E. „ FRANKJ. COSTABILE. CE.
April 9, 1981
Kenmark Textile Corp. 921 Conklin St. Farmingdale, N.Y. 11735
Attention: Mr. Mitchell Malian
Re: Monthly WPCP Monitoring for the Month of March
Gentlemen:
We have analyzed one (1) treated industrial waste water sample collected on March 17, 1981, by your personnel. The following concentrations of constituents required by the NYSDEC were found:
COD Total Dissolved Solids Suspended Solids MBAS Color Organic Nitrogen Ammonia Nitrates Nitrites pH ' Ir rid'-' tri'ii
Chromium (total)'" Chromium (Hex) Fluoride
1392 mg/l 3070 mg/l 250 mg/l
3.19 mg/l 20 units
18.3 mg/l 2.98 mg/l 0.8 mg/l 0.50 mg/l 12.7
'4 9r>.n TTc./l { ) . £ j iiig/1
0.17 mg/l 0.03 mg/l 0.175 mg/l
During the month of I'larch, the average daily flow was established from'water meter readings at 19,419 gpd based on 26 production days. <
300794
X3^1 24 Kid)-. Drivf rml U'.sliitiKliin. N.Y. HUM' Mf.KH«44.ir.
. I N ' : i r 4 r ' M-.. —
Rt>m-UT M. Al.llANrsi-. J» H "
U » •Tjylii i inwn RiMil Miinivi l l r . N I. (i7o4\ 2111.\\4 \7SH
— oMr.Hirfci.-. • — • CUrvsm lANIS .
L l I'. O. Box VX, Califon. N.J. 07B.tO 201.2f>J-8}HO
^
FKANKJ. CO.STAHII.E
February 2, 1981
KoTunark Textile Corp. 921 Conklin. St. . Farmingdale, N.Y. 11735
Attention: Mr. Mitchell Malian
Re: Monthly WPCP Monitoring for the month of January
Oentlemon:
We have analyzed one (1) treated industrial waste water sample collected on Jaiuinry 7, 1981, by your personnel. Tlie follov;in concentrations of constituents required by the NYSDEC were found:
COD Total Dissolved Solids Suspended Solids MBAS Color Organic Nitrogen Ammonia Nitrate Nitrite pil Chloride Iron Chromium (total) Chromium ' liex) •Fluoride
952 3957
83 0.56 > 5
48.9 2.06 A.4 0.30
\ J . ' j
95.6 0.09 0.24 0.21 0.88
mg/l mg/l
mg/l
units ttig/l
mg/l mg/l mp/1
mg/l mg/l mg/l mg/l mg/l
During the month t>'f January, the average daily flow was established i:rom water meter readings at 16,012 gpd based on 26 proiJuctit)n il.i>s.
3007S5
3 a J 4 Ri.l,je Driv . P«>rt Washiiiftlon, N Y . Ht)>0 )ir>.8A}.4446
in i i i iNKi is .
ROBERT H. ALBANESE. P.E.
O 20 T'ayliiriiiwn Kiuu , Mrinivillc, N.J, 0704J 2t>|.\»4.>7^B
AncMii ic is ' —.i:i>NSUl fANTS .
D P . (), Hox 296 - ^ Califon. N.J. 07830 201.2f)J.8JBO
FRANKJ. Ct^STADILE
' December 3, 1980
Kenmark Textile Corp. 921 Conklin St. Farmingdale, N.Y, 11735
Attention; Mr. Mitchell Malian
Re: Monthly WPCP Monitoring for the Month of Oc' tober
.t — I
Gentlemen:
We have analyzed one (1) treated industrial waste water sarrqjlc collected on October 23, 1980, by your personnel. The following concentrations of constituents required by the NYSDEC were found:
COD Total Dissolved Solids Suspended Solids MBAS Color Iron Chromium (Total) Chloride Nitrite Nitrate Ammon ia Organic Nitrogen pH "Fluoride Chromium (Hex)
584 mg/l
3,063 mg/i-514 mg/l 0.45 mg/l • 150 units 1.2 mg/l 1.0 mg/l 118 mg/l 0.?^ mp./l 1.8 mg/l 12.8 mg/l 23.4 mg/l 13.1 0.085 mg/l 0.89 mg/l
I:.,
During the month of October, the'average daily flow was established from water meter readings at 18,954 gpd based on 26 production days.
300796
POM W . , h i n „ . . „ . N.Y. n o > 0 Mon.vil lr. N.J. 0704, • P. O. B „ . 296 Mf-8RJ-«446 20I-M4 ,7M« (^I ' fon. NJ . 078)0 . V /
-rui 1,4 ^7t8 201.26J.8)80 / yVy
; »'"«""i.HS ARCHiircib— i,uN.s lrA^•.•
ROBERT H. ALBANESE. r'.'t. FRANKJ. <<><;TAU-.. I
October 29, 1980
Kenmark Textile Corp, 921 Conklin St. . Farmingdale, N.Y. 11735
Attention: Mr. Mitchell Malian
Re: Monthly WPCP Monitoring tor the Month uf September
Gentlemen: •.'. 'V-f' i "' t We have analyzed one (1) treated industrial waste water sample collected on September 23, 1980, by your personnel. The following concentrations of constituents required by the NYSDEC were found:
COD 744 mg/l Total Dissolved Solids 3,078 mg/l Suspended MBAS Color Organic N Ammonia Nitrites Nitrates pH Fluoride Iron Chromium Chromium Chloride
Solids '
itrogen
(Hex) (Total)
140 mg/l 0.34 mg/l 70 units
14.6 mg/l 1.38 mg/l 0.18 mg/l 1.6 mg/l 13.0 0.1 mg/l 0.94 mg/l 0.1 mg/l 0.1 mg/l 156,6 mg/l
During the month of September, the average daily flow Was established from water meter readings at 16,836 gpd based on 25 production days. .'
300797"
lyjf < «iil>:t Uiivt 1'. rt V('a<ihinKliin. N Y. I iri>0 Ml. MR* »446
RtMU.RT H. A L B A N R S K . I'.H:
D .'*' T» i l ' i i i < .w i i KiMi l Mnnivillc. , \ . | . Ii-(i4%
U f. O. I l . „ 2..f, ( j l i lon . N.J 078)0 201-26 \.K^HO
/ . i l . ~ l i i " • I ' - — f.riMSiji r.\^vl.•
FRANKJ. C.O.STAniLE
October 10, 1980
Kenmark Textile Corp. 921 Conklin St, Farmingdale, N.Y, 11735
Attention; Mr. Mitchell Malian
Re: Monthly WPCP Monitoring for the Month of August
Gentlemen: .. •.
We have analyzed one (1) treated industrial waste water sample collected on August 26, 1980, by your personnel. The following concentrations of constituents required by the NYSDEC were found:
iiH'^-'' " ^/f(^
C M |J-
, ( -
i,ro
Iron Chromium (Hex) Chromium (Total) Color (units) pH Nitrites Nitrates Ammonia Chloride MBAS
2.2 mg/l 0.14 mg/l 0.14 mg/l 105 12.4 0.20 mg/l 1.0 mg/l 3.42 mg/l 650 mg/l 0.37 ms/l
• . i T '
C < *
OA N ^
r < ' • •><
. r : '
P V i
> '
• - , . » » '*'"^
i /L .
rv '**-^ \ / ' ^
f,r-.<rn(
Total Dissolved Soiiu* 2,202 mg/i COD 344 Organic Nitrogen 15.5 mg/l Suspended Solids 254 mg/l
2 0 0 0
During the month of August, the average daily flow was estab-listed from water-meter readings at 25,165 gpd based on 26 production days.
.300798
348 24 RidKe C P«»tt Washlnirion. N.V. IIOJO )t6-f l8V4446
ENGINEtMS.
ROBERT H. ALBANESE. P.E.
D 29 Tavlortown Kr. Monlvllle, N.J. 0704) 20| . ) )4-J7)«
D P. O Box 29fi Califon, N.J 078)0 201.26).R)80
• A R r M i t t C T S . CONSULTANTS.
FRANKJ, COSTADJLE
October 3, 1980
Kenmark Textile Printing Corp. 921 Conklin St. Farmingdale, N.Y. 11735
Attention; Mr. Mitchell Malian
Re; Semi-Annual Water Testing of your Water Supply Well Project y> KTPC-80-1
Gentlemen;
In accordance with your authorization, we have collected and analyzed one (1) semi-annual water sample from your private well. The results of the analysis were as follows:
Turbidity Odor Color pH Nitrites Nitrates Ammonia Fluoride Chloride MBAS Sulfate Total Alkalinity Total Dissolved S( Calcipm Hardness Total Coliform Silver Arsenic Barium Cadmium Chromiiun Copper Iron Mercury
<-l units 0 units
<5 units 7.1
-cO.Ol mg/l 0.55 mg/l
VO.OOlmg/1 0.033mg/l iJ.O mg/l < 0.01 mg/l 7.5 mg/l 19.0 mg/l
3lids 24 mg/l 5.3 mg/l
<:2.2 MPN « 0.01 mg/l •«:0.01 mg/l < l mg/l -cO.Ol mg/l -=0.01 mg/l 0.18 mg/l 0.10 mg/l
<0.002mg/l 1
#
300799
/
ENOINEERS ARCHITECTS CONSULTANTS •
•
0.01 3,9 0,01 0,01 0,03 0.2
PaRc 2
mg/l mg/l mg/l mg/l mg/l mg/l
October 3.
•
Kenmark Textile Printing Corp. ' Page 2 October 3. 1980
Manganese Sodium Lead Selenium -<-Zinc Cyanide
The results indicate a water of very high quality, characterized as very soft with Calcium Hardness only 5,3 mg/l. The pH is *. about neutral at 7.1 with color, odor and turbidity below detectable limits. Nitrogen compounds are almost completely 'absent. Dissolved Solids are very low being only 24 mg/l. Chlorides, Sulfates, Sodium and Calcium, total almost the entire total solids in the water.
Metals are either below detectable limits, or are present in only very low levels. . ..
The water is one of the purest we have seen on Long Island. We suggest you take every precaution necessary to safeguard its quality and continue to monitor the well to insure no significant changes in water quality.
If we can be of any further-assistance in this matter, please feel free to contact us at your convenience.
Very truly yours, LAKELAND ENGINEERING, INC./p.c,
>ert H. P r e s i d e n t
RHA/fma
30080G
I'litt Was ton. N \ . I lmt> ) l6 8NV44.<r«
Montvillc, N.J. I \ Ml *i4.J7J8
Califon, N.J. 078 JO 201-263-8380
— _ . . _ » r 4 i : > N i r : i i 5
Ht)HJ-RT ll. ALBANI SI . I' V.
— A—,Hi i | f : i .« i . ^ — : : o N s u i T ANTS-
FRANK J. COSTABILE '
May 15, 1980
Kenmark T e x t i l e P r i n t i n g CoriJ. 921 Conklin S t . P.O. Box 298 Farmingdale . N . ,Y . 11735
A t t e n t i o n ; Mr, M i t c h e l l Mal l i an - . P r e s i d e n t
l(e: Monthly W.P,C.P. Monitoring : fo r the Month of Apr i l
Gentlemen; ^_.
We have analyzed one (1) treated industrial waste water sample collected on April 24, 1980 by your personnel. The following concentrations of constituents required by the NYSDEC were found;
COD Tota l Dissolved S o l i d s Suspended So l i d s MBAS Color N i t r i t e N i t r a t e Ammonia Organic Ni t rogen pH 1 ri.>n Chrr.nii ii-.v, < i'ol a I '> r.hrom i uin t *It>j;.iVit 1 rn t ) C h l r r . ' d f
508 mg/l 1876 mg/l 126.7 mg/l 0.57 mg/l
> 60 units 0.21 rog/1 3.0 mg/l 3.89 mg/l 28.6 mg/l 13.0 0.13 mg/l 0.06 mg/l 0.01 mg/l 158.8 mg/l
During the month of April, the average daily flow was established from water meter readings at 15,864 gpd based on 25 production" days.
30080:
A J i-* K i i l t i ' l>-I'-.n UV.hi .II. \ Y ll-^-..> Mi..HHt 4..11.
I N l i l N ' t MS - .
KoHfrKTIl AIHAMSI-. iVK.
I I **< I.Ml. M i . i ! , I ' . M . . i •• •• t-: I . •
. ' • • I t t i
l i 1' <• l l , , k 2 j t .
' J l l l I . N I (1 /H>0
/ ' l l J. , K iM' i
l-K.'*.'K I f t i y i A f l l . E
March 2 / , I'JSO
Kenmark T e x t i l e P r i n t i n g Ccuv-921 Conklin S t . P.O. Box 298 Farmingdale , N.Y. 117J5
A t t e n t i o n : Mr. M. M;iHnn - V-• 'ifV-n:
Re: Monthly W.P.C.P. Monitoring for tl'.e Month of February
3:
1'
f;
'M
Gentlemen: .t ••
We have analzycd otie (1) treated inLlusi ilal '.•..•::'..•• vater sample collected on February 22, 1980 by your personnel. The following concentrations of constituents required by the NYSHb'C; were found;
COD Total Dissolved Solids Suspended Solids MBAS Color Iron Chromium (Hex) Chromium (Total) Chloride Nitrite Nitrate Amnonia Organic Nitrogen pH
384 mg/l 1300 mg/l 178 mg/l 0.18 mg/l 60 units
0,18 mg/l 0.08 mg/l 0.10 mg/l 30.3 mg/l 0.156 mg/l 0.4 mg/l 4.36 mg/l 30.0 mg/l 12.8
During the m<5nth of February, the average daily flow was established from water meter readings at 17,110 gpd based on 23 production days.
V
300802
*•»«•
•--.'••'..' •-
MA .VVUUk'Vl.TtxKW V»-VL .Vl
T)tt,eo
^o^ . lU. fa j j <.t^.'U,.fc^; Di>.T4.to;i V^vC(.lvv|: J<u.A>-, ju l^ to? ; VU>4.te-,
»^ dot):
."XJtOtiuJinA/d.tkUiHj,
W CPU^X :
^ Cv<jftA*ui, VJiVhwLi,:
5 D O
7 . ^ -
teJVAAxu>wv
^.l^.feA
-
-
0.1.I,
O . l l
< o . 1 V
< o . i n
iiouwIW
^t,^
'i '1^-^
Uouo
o.W*
> %
Ue.^
1.00
u.u e>.'Vo
\'h.h
0.0^
e.'U*
O.ll
e.efc
-
•
J.tu^i\.bi
l^CO
l<?o-j
lt?U4^
"
\».&
\ .o
o . l
0. \«)
o . l
OJ.li.ix>
^ i ^
Iwt^-i
o.Ws
\ t o
^u.w la.e?
I.t7
c.lt
H . ,
\ .o
0 . ^
0.oE>^
i"
^ . x i . y o
nW
Scq6
\Uo
0.*:^
l o
\W.U
\.5lt>
o.Vb
l.C
\-h.D
o.\
0 ' \
o.\
kuLilU.fc?
%Wv
a.Xo/L
o . ^ l
Jot,
\i6.t,
l.UrU
O.lo
\ . 0o
l^.U.
^ 0
1 .1
o.\U
CAW
'
i4U
^ \
U i r l . t e
Itjuo ^tV
1!»
<,ib
1 ^
^ V
< /Uv
Mo
cte
»4^
o. \ \ t . ^T1 o.l»» 04>U
o.oe» 0.C4 c A
u l i t
lu^s
1 x ^
>Uo
•yu.o
^.^
i?.l1o
H . l
IW..L
0.06
300803
' I
.' ". • ' ' t 1 1 . . X <•>(,
' • • " ' • • I I . . V I ( I
. ' 1 1 1 . • , , . V t H I l
. ' ' ' • \ \ . . y .'.-if, j \ \
' ••''•"•. .V I (i.'H\() V y
I rx\K I ( n.viAini I-
J u l v 30, 1980
Ki '.iin.irk T«';-.; I ' e •. ••'•;•. • . . ' v!'.i!ti'.l in :'•.>.. l-'.j n r . i n g d a l i ! , N. V . 1 i .• ) j
A f t v n t i o n : Mr. ' ' ' i . l . c i iu l l f - l i l i ir
V M i t M y Wl'C? Mr .T . i t o r i np . " r t h e M<MiLh t'l." J u n e
C. n t ] r .mcn:
'^•. 1. iv- .PM.t-, .'A.*: :^.if ( O i.L-'.;ai<'d i n d n s c r L a l w a s t e , w . i t r r •-..^^r':- c-. l itM:?o. ' .',• .'-.«...!(.;, i'.)^.:0 by y o u r p e r s o n n e l . ' inc •••M.'«•!,„ ' , . ' i . :n ..-.tf. r . « i .•»•. of c o - n i t i t . u e n t s r o q u i r o d by t h e • • • : • " • : r W I . - I . - . ; . . . ;
I i I -in
l y * ! )
' I ' u u . l . l i>l G.",'. I .-.
'•>u£;|.>cnfi'.^J S-'-vl i : i i i \ S
C o l o r O x j . ' i n ' t.- N i • .•• 1'
:. i I ri(.<':-i Ni U M U ; -
• * . l . ! ; ^ l i i ; ' '•. • '
} ' • ' • '
! r v li
• • ,:ii iMi ' " . ; • -I-. 1 T i l •' • • i> .
' • M . . ' • • . ; ' .
- i ; . ; . ' ::• I : v :.
: Jo J i !s L'la
: . . p
• .1.'. • 1'.
I . r : . - . • : ,
. ' . .' • •• t ' i
10(j'> r . ig / l 1 •...')-.5 m; : / l
A 8 m.vi/l 1 . 2 2 m ^ / 1
r - uO u n i t s V 7 . ' j i i . g / : O . l lO im ' , / 1 1 . 9 ' i i g /1 A :»..>! m}.:/l 1 1 . 5
C . l . : . n . r /1 " . v<-'liii^;/ L
l \ O v . ; u i ^ / i
" • • i r : : / l
,• ;:.;i :• <v«- U . J I J ,•
i.-;.;^ .1 ' I ' i . 9 } ' . : •,)V"'.HlCt.i'.'<i ' - I
on
300804
j ^ . 4 KMlpr I>riv " ^ I ' o f t U'athiniiif !•. N.V. I lll%0
M<>-My444f,
n 2'> Tav!.ir|,,«n K.i».' Mi.' i ivil l.., , \ . | . o in- i ' . '
INl i iNfr ••,•*.—
ROBERT H. AtBANKSi:. IM-
j n i ^m.h thri
AHC.HIIlT.i:. <.:!'r,l '\ ANI i
l-RAN'K J { • ( is iMUI . r .
June 23 , 1980
Kenmark Textile Corp. 921 Conklin St. • Farmingdale, N.Y. 11735
Attention; Mr. Mitchell Malian
Re;
Gentlemen:
1-lonthly WPCP Monitoring for the Month' of May
Wc have analyzed one (1) treated industrial waste water sample collected on May 29,.1980'by your personnel. The following concentrations of constituents required by the NYSDEC were found:
COD Total Dissolved Solids Suspended Solids MBAS • Color Chloride Nitrites Nitrates Ammnonia Organic Nitrogen pU Iron Chromium (Hex) Chromium (Total)
304 mg/l 2165 mg/l 337 mg/l 6.18 mg/l 25 units 150 mg/l 0.55 mg/l 2.0 mg/l 3.24 mg/l 36.4 mg/l 13.0 2.71 mg/l 0.04 mg/l 0.06 mg/l
During the month of May, the average daily flow was established from water meter readings at 27,424 gpd based on 25 production days.
300805 a.S.-
L - t # '
: • ' • • • • • i . i i . . • . i T ' . v V
°i ' nC t .1 M l .
M»lM K i l l r . l . tMMSI- . V I
1' ' •. l i . . ' .• I I ,
'. 4 ; i l . i n . ^.' ( . " H * t l
. • " I 2(, . , . M ,
I r.-W'K I ' c s ; • ••.It I-
May 22,1980
Kcnnvirk T e x t i l e IVini in;.' Ci>ri). 921 Conklin S t . l\-i-mini;dalc, N.Y. 11735
A t t e n t i o n : Mr. I'..! f che l l Mallyn
Ke: >''f)nthlv W.p .c .P . Miviilorinj-L ' J l t i n . ' I t M i L h u i !'.... I . i '
Gen t lemen: .\ ' . . I
Wu have ana lysed one ( 1 ; t r e a t e d indur . t r i t i l wnstn wiit<!r sample c o l l e c t e d on March 7 . 1980 by your p e r s o n n e l , 'ilu fo l lowing conccnLvaL-Ltins oC c o n s t i t u e n t s r e q u i r e d by the NYSDEC were found:
COD Total bis.scJvod Solid."; Suspended Solldis MBAS • Color Ii'on Chromium (Total) Chromitmi (Hcxaval tn t) Chloride Nitrate Ni ritc•. Ammonia Organic Nitrogen pH
1160 n:g/l 1540 mg/l 115 mg/l 2,06 mg/t '
y 60 units 0.61 mg/l 0.62 mg/l 0.08 ing/1 188.6 mg/l 2.2 mg/l
0.1 ?n ,„,;/] A.54mg/i 3M.0 mg/i 11.7
During t h e month of March, Lho. uvuragc d^illy flow was e.s-t ab l i s l i ed from wate r i-iulm- r'.^.iclinr> at. I'),fi03 gpd basc^d en 26 p roduc t ion *'j.iys.
300806
KOUERT H. AI HAWK.i;. P.E.
rw ' . 'Nr • <ta
KKANKJ c:OSTAIUI.E
J^ KiclRO Dflv. I'-irr W»«hin) ! i i in , N.Y. 110. ^I«..8H».4446
• . « M r ; M i i | i M s - ':'-:>,.'iiii i 4N l ! t '..
Box m i . Fox Run Kokd . R.K. }. r j l i f . in. N J . 078J0
201-83J-5JJ3
February 15, 1980
V--' Kenmark Textile Printing Corp. 921 Conklin St. . P.O. Box 298 Farmingdale,. N.Y. 11735
Attention: Mr. Mitchell Malian, President
r
Re: Monthly W,P,C.P. Monitoring for the month of December
Gentlemen:
We have analyzed one (1) treated industrial waste water sample collected on December 17,1979 by your personnel. The following concentrations of constituents required by the NYSDEC were found;
COD Total Dissolved Solids Suspended Solids MBAS Color Iron Chromium Olex) rh r<->'- i < !m Tti'al Chloride Nitrites Nitrates Ammonia Organic Nitrogen pH •
308 mg/l 1780 mg/l U O mg/l' 0.22 mg/l 23 units 0.26 mg/l
-cO.Ol mg/l -cO.Ol mg/l
'••Au m ^ / i
0.08 mg/l 1.2 mg/l 7.0 mg/l 19.^ mg/l 13.0
During the month of December, the average daily flow was established from water nuter readings at 21,168 gpd based on 25 production days. •'
30080
ROBERT H. ALBANESE. P.k:
— — — — — ^ - — — CNGINECnS •
FRANKJ. COSTABILE
•ARCHITFCTS' •CONSULTANTS.
24 Rldne'Drive I 'on W«,hingior^, N.Y. IIOJO )l6-8B3-444«
Bo« 181, Fox Run Rutd R.R. 5. Cilifon, NJ. oraM ''• 30I-«33.)2;}
September 13, 19T.
Kenmark Textile Printing Corp. 921 Conklin St. P.O. Box 298 Farmingdale, N.Y. 11735
Attention; Mr. Mitchell Malie.i, President
• , * . '
Re; Monthly W.P.C.P. Monitoring for tl e Month of August ,
Gentlemen;
We have analyzed one (1) treated ind-strial waste water sanqsle collection on August 2, 1979 by your i.- rsonnel. The following concentrations of constituents require(• by the NYSDEC were found;
COD Fluoride Chloride MBAS pH Color Nitrites Nitrates Amoonia Organic Nitrogen Total Dissolved Solids Suspended Solids Chromixim Total Chromium Hex Iron »
368 mg/. 1,5 mg/l 10.4 m^'l 0.58 m'/l 12.2 m /!• 120 0.07 m"/l 5.8 m,.'l 5.14 m /l
A3.3 :n / 11,720 ms/J • 237 mg/l
0.09 mg/l 0.02 mg/l 0.73 mg/l
^ p ^ cp^ip/t or>/yr^
3>0-£> ( ^ i / A C / h ^ 7 f < j i ^ ^ ^
300808 ,
\
* ^ HOIIi K1 II MliANI s|-. I ' I
: .•<! / , I c s • - Al . ' i . H ' <M
l-HA\K I f O S I \Hll »
l-t Kiiluc n i iv r I'lirt Vl'asliiii;.,iii it, N.Y. I 10
•iNMH H». l< ;
ll<>x \H\. l-.»x Hun Rotri K.K. ) . Calif \ \.it7hyO 2<ll•^^^2.^2^.^
November 21, 1979
Kenmark Textile Printing Corp. 921 Conklin St. P.O. Box 298 Farmingdale, N.Y. -117 3 5
Attention: Mr. Mitchell Miilian, President
Re: Monthly W.P.C.P. Monitoring for the month of October
Gentlemen:
Wc have analyzed one (1) treated industrial waste water sample collected on October 31, 1979 by your personnel. The following concentrations of constituents required by the NYSDEC were found;
COD • Total Dissolved Solids Suspended Solids MBAS Color Iron Chromium (Hex) Chromium Chloride Nitrites Nitrates Amnonia Organic Nitrogen pH
740 mg/l 2,260 mg/l 695 mg/l
0.369 mg/l 15.0 uiiits 1.64 mg/l 0.22 mg/l 0.31 mg/l 258 mg/l 0.11j mg/l 1.00 mg/l 4,28 mg/l 20.6 mg/l 12.4
During the month of October, the average daily flow was established from water meter readings at 20,400 based on 26 production days.
300809
APPENDIX D
NEW YORK STATE D.E.C. DOCUMENTATION
30081c
AtmOA New York State Department of Environmental Conservation
M E M O R A N D U M
TO: A. Ore lis ky f P . B a r b a t o S«,^.iECt: Kenmark T e x t i l e P r i n t i n g C o r p o r a t i o n
DATE: May 1 9 , 1975
On May 15, 1975 I visited the subject Firm accompanied by Mr. Lou Copertlno of Suffolk County Department of Environmental Control. This visit was prompted by Mr. Kenneth Mallan's letter to you, dated May 12, 1975, requesting a three month delay on the modiCicd Consent Order. The modified Order, which was agreed upon but not Bigncd, listed a deadline of May 15, 1975 to have Phase I treatment opevntLonal and make application for a SPDES permit.
It was observed that Phase I was not operational. In fact, there was evidence of a recent release of wastewater onto the surface of the ground which Mr. Mitchel Malian confirmed. Mr. Ma\liaii wns requested not to-dls-charge any untreated wastewater and to store untiio In a large above-ground tank on his premises. This wastewater can be truntcd at a later date when Phase I facilities are operational. •
Mr. Malian stated that, due to negotiatioiiR with Mr. Jacobs on takeover of the automatic printer, etc., cleanout of Vhnsc I facilitLcii and taking of samples for engineering review have boon delayed, lie said he had taken samples over to his engineer on the mornliifi of our visit.
Mr. Albanese, Kenmark's Consultant, was cntiLnctud on May K>, 1975 and essentially confirmed what Mr. Malian had said, lie stated that chemical dosages should be worked out by Wednesday, May 21, 1975. However, these would change once the automatic printer is put back on line. Mr. Albanese also said that the new owners will not operate the automatic printer the same as Jayne Textile. This will lead to lower flows, according to them. This is the main reason for the request for moro time.
It should be noted that the SPDES application has been sent to Suffolk County Department of Environmental Control. This will also have to be adjusted due to these recent changes.
In view of the situation, there is no objection to allowing'the three month extension. However, both parties (Kcninnrk nnd the new conipony) mvist be included in the n};ruciiiciit niul tliu Order should iitnlo thnt thcri> will lio no further discharge of utitrcutcd wnuti-'watcr.
PB:11
c c : D. Moran ^ . Pirn (SCDEC))
3008tl
>*•
RCF.A GDs'i.ivnon iN'snx'JicrJ row-i
00.'\PA1.T ADDRESS; J Z I C-onKhn S'T- " /7i>'/vi/w^C^CL/€, A / / ^ /^^ '^
CJ-'-lPW-nr OavrACr OR OFFICIAL: It.Sp^X'lOR'S Vi\''£: J ^ y g / ^ u S ^ " ^ ^
TITLE: Pi..^,;?. ^ DiVvIJGi/OKiV^hUwATlW:
niKQc' IF FACiLir/ IS ALSO A 'n^D DA-n: OF iN"jPi:cric<J: 7 / 2 . i / r / FAClLi'lY / / ' . :- ' : o KJV
l i ) I s there reason t o b e l i e v e t h a t the f a c i l i t y has har.arcous _ ^ / ' _ waste on s i t e ?
a. If yes , ut ia t lends you to b e l i e v e i t i s liar.oi'cais waste? Check ^ p r o p r i a t e box:
/~7 Canii.iny admits t h a t i t s waste i s ha^atdoua dui:ii-.vg tiic i n s p e c t i o n .
^ Compony admit ted the waste i s har^aixJo-js in i t s nCjV>i n o t i t i c a t i o n and /o r Pa r t A Permit Appl ica t ion .
£ j The uviste m a t e r i a l i s l istovi in tine re-n i la t icns as a hazardous waste from a nonspec i f i c scui-ce (jiLGi.Ji)
/ y The w.2ste m a t e r i a l i s l i s t e d in the roijiilnt icnr, a^ a hazai'docs waste Lrom a s i jec i f ic source (iriGi-j?:;
/~7 The ir»3tcrial o r prcduct i s listcxJ in the: renu Lit ions as a d isca ided caninercial chemical product (!;J.'0J.33)
/ " 7 EPA'tostin<3 has r>hi>>/n c h a r a c t e r i s t i c s of i n m l a l n l i t y , co r rco iv iLy , rel&ctivity or e x i r a c t i c n puvc^KivG t o x i c i t y , or but? rcvoalr^cJ hazmuLXis coni i t i tuent? iplci-oo . i t tach analyii is rcrixjrt)
^j^^T'confiany i s unsure Ui t Uiere 1:5 reason to Ixjlievo ti iat w.jste r o t e r i a i s a r e hazardous. (Explain) /i S/iidn -e
aa
rage 1 of 4
300812
b. I s the re reason t o be l ieve t h a t thcfe a r e hazardous was tes o n - s i t e which the ctsmpany claims a r e merely p roduc t s o r raw m a t e r i a l s ? ' ^ '
Please explain:
c. Identity the hazardous wastes that arc on-site, and estimate approximate quantities o£ each.
d. Describw the activities that result in the generation of hazardous waste.
T^rit^ tiC^<) Te^cTi U s
) (2) Is hazardous waste stored on site? v^
; a. '.vhat is the. longest period that it has been accumulated?
b. Is the date when drums were placed in storage marked on / each drum?
« (!3) Has hazardous was te t>ecn shipped from t h i s f a c i l i t y s ince
November 19, 1980? y ^
a. If " y e s , " approximately lx3w many shipments were irode?
,(4) Al^prox^matoly ho.; many har-Tidnun waste slupii>:?iU.:; o i l s i t e l»ivc been made s i n c e Novcinixir V), lyUO? (^
a. D>?s I t appear trcm tlio a v a i l a b l e inCom-.t ion t.hat there i s ' a manifes t copy a v a i l a b l e for each hazardous \ ;nste ship:>;nt
t h a t has been madS? • .
,1/ i V - ' . • y
b. If "no" o r " d o n ' t VUICR;," p lease e l a b o r a t e .
Page 2 of 4
J- , ^ 300S13
vimmmmmmm\\y i n iwi iwi i i imwi i . • • •n» 'wi i iwi»« i i i i i iw
vcs \o If. KIO
Docs each manifest (or a representat ive sample) have tJie following information? - / 1 \ ^
- a manifest docuiront nurrbcr ^
- the generator ' s name, riviiling address, telephone nurber, and EPA iden t i f i ca t ion number
- the neinxj, and EPA ident i f ica t ion number of each trarisporter
- the name, address and EPA ident i f ica t ion numi:or of the designated f a c i l i t y and an Al te rna te f ac i l i t y , if any: , j
- a descript ion of the wastes (DOT)
- the t o t a l quant i ty of each' hazardoifs wnstc Ijy '.ir i t s of weight or volume, and the type-'a'nd nu-ib^r of/conta iners as loaded into or onto the transport vc-picle
- a ce r t i f i ca t i on tliat the matGrials7are proi/irl.;) c l a s s i f i ed , described, packaged, n\>rkoi.l, aix3 }cVl>2lC'd, and ate in proper condition for transportation under regulations of the Department of Transportatior and the EPA y /
(5T VJere there any ha/.ardous v/astes stored on s i t e a t tlie tim2 of the insixjction?
a. If "yes," do they appear properly packaged (if in conta iners) o r , if in tan>;s, are the tanks secure?
. ^ A ^
b. If not properly packagoci or in secure tanks, please explain.
c. Ai'e containers c lear ly marked and lab2lled?
d. Do any containers apioar to b? lea>;ing?
e. If "yes," approxinvalcly hcv; many?
_iZ
Page 3 of 4
300814
•y^SVSST^TTS?
ms m KM
r a t o r subni t tc<3 an a n n u a l r e p o r t t o LPA c o v e r i n g •i'ous c a l e n d a r y e a r ?
do you know?
wtrf
UJ) Has the generator received signed copies (from the TSD *" facility) of all .manifests for wastes shipped off site ,. rtore than 35 days ago?
a. If "no," have Exception Reports been submitted to EPA covering these shipmeots?
y
(8) General comments.
.' • The effective date for this rc-:juirciiient is March 1, 10n2.
Page 4 of 4 ' * ' •
•3' 300815 '^t^af^mmammmm^amK^i^''
I TO:
PKOU:
SUBJECT!
OATE:
New York Stale Department M Environmental Conservation
M E M 0 i; A N D U M
A. Yorman p . Lappano K1:NMARK T E X T I L E PRl^mNG
/ ; ^
Augus t 6, 1900
.'•'^<'**^J.„.-;J UCAIAIAA .\"i4.^',.K^^^.,.A' /"-* y , ^ < ± t / _
.v~" 4-—f -f ::!^~r I
My c u r s o r y i n v e s t i g a t i o n of SPDES f i l e i n d i c a t e s a v o l u m i n o u s c a s e . I t i s n o t my r e s p o n s i b i l i t y t o d e c i p h e r f o u r ^ e a r s of d a t a .
I would l i k e t o know i f o t h e r i j a r i imete rs s h o u l d be t e s t e d f o r , and what t h e s t a t u s of t h e o p e r a t i o n i s , s o I can t h e n d e t e r m i n e i f a d d i t i o n a l s a m p l i n g i s n e e d e d f o r d i s p o s a l . ,
PL /e f
c c : T. S n y d e r
^ ) . JLtJ-Vl^t-j?
•\/i , i '^ ' ' ( '- A' Wc'-.J,..:'.^ Jyy. *''"( :• 1 / J \
<?. / - /V
3008t6
Contracting Inc. A- i(.VV£fi SVi l tAtS
'oftAii.-AGE o w r i t s ffH MA ins
^l.\\UtC,n-lC\ KEPAIf<S MAINUNA.ViCC
• r o u i ; v t K ' i RCNT • DLV.'AICKING
'••' ' . ' IW SI MET ocr . ' ' . : . r . , : . N , Y . 11371
OR".!.' H-'MCO . S->i60')
• llcv xori: liLato \)ti\iSii'\tTMin\. oi" ErT/iron.-.T:;ival Conservat ion
, Dvi i ld in ; ; ijO li U U Y • Stoncy bro >k, W.'i. 117'^O
Ju ly 2 ' j , li'OO
.it,t: Mr. .".mil I.i!'.:a:;o
Far..:.Lr.;-J.ilo7 '• • ' •» •' • ' •
Do.ir .".ir:
Vi'o enc lose horc'.7ith n lnl> r o n o r t for a ofvi ^plc of lir.io alud^^n frnr. tho l e a d l i n e boib .it tl'.e n'lovu rol'-.Tcncfid l o c a t i o n . ——————»
'.Vl.* he reby rc'iuo.Tt |icx*inJr;.';ioii t o nl.ioo t l i io litnn .Tlii'li'.Oi anprox. 50 b a r r e l s , i n the Tov.:; ol" Uy.5Lor LUiy LandXil l .-it iJotiiiMuc.
RECEIVED M . 2 \ 1900
Very t r u l y your:;,
ririscii JontracLi^iij , .Inc.
TTCl"..!.'!!! k . iiili:;i;i: J r . ?/ . . . l'rc:;id'jnl>'"
llAli/i Enc.
3008t7
d H * ) StI- ISOS
0= llr, ilcrr.:::i l-iinci: -.n:. L.!.-''c;; Co.'.t:i'Cct?.i-i£:
IC;.:' Con.ntry Vill.'^fre LaJio Ea i t I s l i r j , i;cy ioi'l-: 11730
Dotc: Collected
1.
2.
3.
4.
7/20/CO Analyzed 7/c.2
Sampling Point
/r:o
* (H0 SUNRiSC HICHWAV
O A ^ O A L C , N. V. I I H i
Ju ly 22, IS'CO
Report 7A'^r/co
/a-.'Jcr.ic
.liarli:.--. C:iiJ.:iiu;-.
.Cl!ror:iii;.-. ,Lr:au i.orci-ry
.JiiiJIvcr
• • ' i •
• / ' .
• . •
Poromclcrs
. . . . . . .
. . _
1-
.
— —
»p
•
l^r/1
• y c / i J L / i
I L / 1
r. L /1 r.C/1
' • • : : / i (
••
•
1
< 0 . 1
< 1 i <o.i .. ! <o.i. .1 < 0 . 1 . 1 <0 .01 •
< 0 . 1 . 1 ^ o,-?-'?7)
!
1
: 1
• j
2
.
'
,
. . .
3
.
.
-1 5
i _ 1
.
'
1 •
j :
1
1
Lob Number 1 r>'"' p • '
JOHN PEDNEAULT
Lab Director
300818
/ I .
t •' • ^.v->•;• • • . : \ . • ' • • : ' > it 1. I-
' • 1 ' ; ' : ' • ' • I '
< » ; • ' •
MOV. 9 , 1981
Mr. Mitchell Mailian, Prea." Konmark Textile Printing Corp. 921 .Conklin St. rarBiing<Ul«-^->N.y. 11735
Rat''Outdoor Drua Storage of Haste Sludge >•
Dear" Mr, Maliant '
On Oct. 15, 1981 a representative of this Department found that your facility is storing approximately 43 fifty-five gallon drums of waste sludge from your waste treatment system.
This Oepartaant considers sludge generated from an industrial waste treatment system to be a hazardous material as defined under Section 1203)c of Article 12 of the Suffolk County Sanitary Code, Storage of this sludge must conform to standards established for drum storage areas for hazardous materials. Storage of drums outdoors requires a concrete base with a curb for spill control and a roof to exclude rainwater. Details on the required construction can be found in the material sent to you with my letter of Oct. 27, 1981.
This Department strongly recommends disposing of as many drums as possible to eliminate the need for construction of a large storage area. Disposal must be by an industrial waste hauler registered with U.Y.S. Department of Environmental Conservation.
Please notify this Department within 14 days from tho date of this letter regarding your plcms to upgrade the drum storage area. An application for a Part 360 On-Site Storage Permit is also
300819
Mr. Mitchell Malian, Pres. .. «nmark Textile Printing Corp. «• 2 Nov. 9, 1981
required for.;your sludge storage and should be submitted to this office.^:- ' , \ : , ..,y ,_-;•„* .
very truly your^,,,.,,.^^
Peter R. Akras Haahrdous Materials Management PRA/rt cct Morris Bruckman - NYSDBC CC} Ted Snyder - , .NYSDEC
' 1 I
' I . .
1 .' !
I •• . ' .
300.820
DAVID IJTvRRIS, M;D. ,M.r . I i Commiss ioner
September 8, 19C3
iJcw York S t a t e Depar t raen t of i inv i roni i ien ta l C o n s e r v a t i o n '
Re<jion 1 , B u i l d i n g 40 . < •••'
r t o n y Brook, NY 11794
Ro: iCcnmark T e x t i l e
Lf'ioi i l r . h e i l : ^*=*asa
I have reviewed the letter you sent recjaruiiKj iiivz.-iruous v/aste sitts at xvCJiiaark Textile. At present, this facility is not yet connected to tne L'outiiwest ijower uistricU. 'ihc district i n awaiting information fror.i their engineer before issuing i.ierinission to connect.
Regarding the hyuroxide sludge, I do not linov; whether Ilorria Liruck'.r.an has answcroJ the ISai letter, hov;evcr, it seems acceptable to nie to hove the sludge sent to an approved landfill in Pennsylvania. This shoulu be done as -quickly as possible.
Tho only ot]ier issue that should be addressed is the fact thnt for years they have discharged industrial wastes into tlie basins currently receiving their effluent. Through the years they were unsuccessful in .ichciving groujiuwater standards that most likely have caused a continuous contap.ination plume enanatiiKj Uownstrotii.i from the discharcfii basin. Wheti^er or not such a plume exists should be peart of any hazardous waste investigation at the site.
»•
V.'e intend to follovrup on getting the company connected to tlie Southwest Sewer District. *
Very truly yours.
Stephen A. Costa, P.L. Associate Public health i;n.;.in'.3cr
^" ' • • " "= • 3 0 0 8 ?
A ~ <cv:*v*f*5V»_ INDUSTRIAL W A " T E PROCESS
v|0. PROCESS
€ ^ M i ^ f t \ y Q - ^ = ^ ^
I f vt'J'-^Vv ^ ^ ^ ^ ^
r-A o->f€^->jV - " ^ ^ >
EMICALS USED AND APPROXIMATE QUANTITY
•^TVTS'
DISCHARGE
0>V^^-7 ~ =^ ^<b*.u ^ ^ r r ^ e ^ o . ^ . ciT
D I S C H A R G E TO \
. Ys / j M o ^ f ' - ^ ^ y .
¥. u
i^^ <.Ui CAO'iS'TVg. Sc»c>A,
UTl
o ¥^ Ac.cTg_ ACtOt
VKj^f:>^^t Qg<v.\«<tfl. t -
:fi^^<gt^vc-
^LCCi<< l_ O^LAvVC^
TTtoMt.rt-
Uc^VCM«-^ fc4
^ ^ S S K < L U . ?^i^^i^s*=>;qg^gsuj- ucx>u.<.c> t < ^ V-MSiu Cft-u^Hc
\Kjfs5>W X^t'VX ^ u c ^ ^ <o>i/^^v\ ^pec£<^i^j;^g- T^Z-A-T^
1 A I R POLLUTION SOURCES
JO PROCESS CONTROL TYPE
EP'S CHEMICALS OR
PRODUCTS USED AMOUNT CONSUM.
HOURS OF OPERA.
TYPE OF EMISSION
9—
aW^22
N c PROCESS
^ ' ^ ^ f e ^ Mv*>^(S^-^
.1 1 L/.^ . i I I V 4 M I . MA^alb HKOV-t:>i
CHEMICALS-USED AND APPROXIMATE QUANTITY
(t''^ ixsf^^-vr L i v ^ t . 5WU<^-^
DISCHARGE DISCHARGE TO
(B^ -v -V^C^-T,.
% ^
c:yjk<;vfla. -o -g^) 'St^^Y^<k> Vd\V-\r^t . ^
VMLVN^ ^ ^ ^ ^ T A L O U
^ ^ ( y ^ \ 0 Q O y u ,
^K a JL£5^ 5
N>* s. UJUVJi.
^mt>^ iitH
SUVk>vT>
U/c^J^gg : 'Bc>vut.T\ '^vxx^ tVe>U- .accst ^ v x v ^ < (?< ^Ay> VX-':L<:>*' o ^ l . ^
^*V^y- h l Q U \ 0 l*^ fLoa'^ V?L^v«^
^ ^ 'ST^cVt- - t -VX*' - ^ G - ^ ^ -fU^t- o>(.t..
1 AIR POLLUTION SOURCES |
NO.
1
1
; PROCESS
-
•
•
. •
• ' ' " • • •"• 1
1
1 CONTROL 1 TYPE
'
EP'S
1
-
1 CHEMICALS OR PRODUCTS USED
^
^
• -
• "
*
.
AMOUNT CONSUM.
1
I
1
HOURS OF OPERA.
A u
'
1 TYPE OF 1 I EMISSION 1
1
(finoO'^ 1 \ u \ j f y 4 o
1
f •"
<z Of
, JSi
NO.
a ^
J)
(i>
INDUSTRIAL
PROCESS
::^A<&ailC ISTOCIL, 'R60d/0^
%cv.cf(9^ PrcST- a^t\T7P&^^.
SO^w:^^ v>j«sst \ : i X
.
' :
•
G:r IcsC S V M ) - { J s e ^ Soc-easJw ljv.1
'c>3u>J'^'^ 0 > W *
WASTE PROCESS
CHEMICALS USED AND APPROXIMATE QUANTITY
STG«^G2.
- ^Vi^vy*.«s.f4.vv^v,^BvCV<'<^<^VMf3T?L-
'RftKJiavJL U j> i .LK9< iSdO ' ^ ( K ^ U . L ' S J W ^
FJ.Cc."vL <iy^MNA-.C^ SdSLi 16^<sv^l^
: ^ ' ^ V \ . ^ C t ' ^ ' ^ A , \ ( s l ^-Ki 'Ve»<i K»- M & ^ T ^
O P ^ ^ C S l t ^ t J u j ^ ^ t v ' ^ ? ^ .
v*JA> "^vw^^ '
^ ^ ^ U - ^ Mo-c<i;Vj.vKjc^\^\ —
^:3^ML.^^J^»^ V M ^ . -
DISCHARGE DISCHARGE
TO
/OO,
'^^-WacVhCf^.
LuoVv.v* '-*.'-^
v»,«C»ltW«V>J^I V H" •
^ i V « * r -Vfxrcv 'Vn.w^ •
--> — 5 r«
AIR POLLUTION SOURCES ia-iss:«^«r
NO. : PROCESS
.
-
CONTROL TYPE
. .
EP'S CHEMICALS OR
PRODUCTS USED
^ -
• - •
,
-
AMOUNT CONSUM.
HOURS OF OPERA.
TYPE OF EMISSION
1
1 •-.
1 1
/ A <
* ^
• /
'^^vjijt.:M.r:;oLn.Amii,AVAf?r,ou5WA«-.TE
QA/^rM^PUMSllORT TERM PROJECTS)"
iubmiLte.'l Ej
Dale:
.
=2il7 ^«5s=2r£iS' ,./J< 300825
. . . ^ ^ /
' • f ' lu jCLL HUM I i | i l i i ,M:
U
^ H r j
\
2. Project Objective:
^ 1 ^ . . .
300826
''~-™=.';vsK^
1^tfl\li e-5^1 ^15
;
hL-,n„,
300^^7 _ y V . A'.. Y't""''
^ • y ^ <.M^
^ ^ Ucr-crilif cqj'ipJiii'fil , (•tiin'pr.u'nl preparat ion, Siimpliiiy procedures, W cleaning proreilurcs.
eranf/lor* Tabic: \ ^ 5. P
S ai;]2Jj.'^ ' Point
07-
fuUrix Haraiiieter
.^di n
M
I I .
MS?^^ 1
I S • ^ ——Vn et^ I < 1 4 II
i ^ l ,__M
• * ' : J r . . ' • .jfil^-Jiid^i-Tfe^
L«t. ;«c7f': • -3tro82.s
NEK YDliK STATU i:£l'AiriMnn OF Efi'Vll'.OflMUnAL (ON St R VAT 3 ON'
DJ VI SI UN or SOLID AHD HAliAUUOUS WASTE
Sample Chain of Custody Form*
5j(n;iU' lJ(" iynatuinv :
StM^U IV MATRIX SAMPLING POINT ANALYTICAL
RECUlRiMEtnS CDI<'''Mli':i'
• ' I < } . ' T : V I
g^^f <' " & r^J :
HK^ i>\
mi I )
l/yiiA ( )
04-
Cplk'Cled Cy
— Relinguisheri by
Nam!;
f.fcccivcd by
Ktl inguished by •''•
Received by \ V [ A / ) \ ~ A ] J •--».v<,.. .1 j ; , fc/\-/l y I I He^iiiguished byy^'^A-^\C\.il
Received by ! .'
Relinguished by
^^tcessioncd by _
• *»na yred by
i .? i;;« f«'P°'" «d by _ I » t 4 r l!r 1 * ••••
1 '
it'-
Oate
•.• ,\ I v \ i >'
•1
l y U L ^ L
Affiliation
l« O . ' . • \ . t A .>.
ilV^.iXC'-l
H
ll
300829
CO o o 0 0 CO
\Ufi</:^(^
1/ \ — ' I I
/
r.
Mnls
\
^ r« •
/ . . .
. ^
/
^^^^^310 ; . OF SOLID AND HAZARDOUS WASTE
OA/WORK PUMSHORT T J ^ , 0 . E C T S )
1/>|.^(/»A^^^
Submitted By:
Agency A A / / Phone
Date:
.-m^gc:!! 3008,?j
v '
/ 1. Project Description:
2. Project Objective:
\^i I V n
300832
• • • ' ¥
^•ws;?.sas:;,;;s-,,., ,,„^„,...,
85 iff 01
* //• • • ^ ^ . . . y y
'A. Sampling Methods: Describe equipment, equipment preparation, sampling procedures, cleaning procedures.
^Jo^M/lf A ^)jA m.
5. Parai
Sanplinq Point Matrix
02- •' n
Parameter
. ^
^
WJ^ m 30083/
Sample Designations:
NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATIOI^
DIVISION OF SOLID AND HAZARDOUS WASTE
Sample Chain of Custody Form*
MATRIX SAMPLING POINT ANALYTICAL
REQUIREMENTS
//
OM[n i\
CONTAINER NUMBER
M J&L
i QV -sjyjkn " Ww.p\)(!tvym^A—'1 piiwp ^
Collected By Name
^—Relinguished by
Received by
Relinguished by
Date
,\ i \ \ f r
:i \7/i^ 1 /'g /' »=;
Received by UO < *>>!" "
Relinguished by
Accessioned by
Analyzed by
Reported by
"7 1
Affiliation
H
il
"3110835
* Please return this form when analyses ''•''
o o
CT)
REGION: t Sirtr NAME; KENMARK GUSCUEHMIMA TEXTILES NUMBER OF SAMPLES: 17
<<»*
^ y — ^ / C /A cn r ,
(fi - w / /<./ f / y — ' j .P • flifftbfy
r
< I
/
/
paga 1 of 2 NYS DEPARTMENT OF ENVIRONMENTAL CONSERVATION DIVISION OF SOLID AND HAZARDOUS WASTE
Mobile Analytical Laboratory
Rag i on'. Si te Nairei Lab Number: Date CollactetJi Coll«cted By: Sampling Point: Date Reported:
Volatile Organics
Keninark IB518201
July 1,B5 F.Holi-in Not Given Nov 13,"83
Cone. M (ppb)
MA NA MA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA MA NA NA
: NA NA NA NA NA NA MA MA NA
ctals
Sb As Ba Be Cd Cr Cu Pb Hq Ni Os Ss Ag Th V Zn ~
Cone. (ppml
NA NA NA NA 0.32 '>,4B '3. 72 MA NA
< 0. I MA NA NA NA NA 2. 1_6_ " •
Base/Neutrals Cone, (ppb)
Acid E.-ttl'-actables Cone, (ppb)
o o 00 CO ~4
Bromodlehloroniethane Bromoform > Bromomethane Carbontetrachloride Chlorobensens Chloroethane Chlorovinyl ether Chloroform Ch1oromethane DibromochIoromethane Oichlorabenzene,artho Dichlorobenzene.meta DichI orobenzene,para Dichlorodi fluoromethane Dichloroethane,1,I Dichloroethane,I,2 Dichloroethane,1,1 Oichloroethene,t,1,2 Dichloropropane,1,2 Dich lo ropropene,c i a , 1 , ^ Dichloropropene,tr,1,3 Methylene Chloride Tetrachloroethane,1,1,2,2 Tetrachlorotfthene j Tri chloroethane,1,1,1 Triehloroethane,1,1,2 Trichloroethene Trichlorofluoromethane Vinyl Chloride Denrene ChIorcben:ena
Acenaphthene NA Acenaphthylene NA Anthracene NA Aldrin NA Benzo(a)anthracene NA Benzo(b>fluoranthene NA Benzolk)fluoranthene NA Ben:o(a>pyrene NA Ben2o(ghi>perylena NA Benzylbutylphthalate NA beta BMC NA delta BHC NA Bis(2-chloroethyl)ether NA Cht oroetho:<ymethane NA Ethylhe;:ylphthalate NA Chioroisopropylether NA Diphenyl ether,4-bromo NA Chlordane NA Naphthalene,2-chloro NA Diphenylether,4-chloro NA Chrysene NA DDD-4,4' NA DDE-4,4' MA DDT-4,4* NA DibQnzo(a,h)anthracene NA Di-n-butylphthalate NA Dichlarobensene,meta M.A Dichlorobenzene.ortho NA Dichloroben:ene,p3ra Mf Dichlorobenzidine-3,3' NA Dieldrin NA
Chloromethylphenol(p,m) NA Chorophenol,ortho NA Olchlorophenol (o,p> NA Dimethylphenol (o,p> NA Methyldinitrophenol NA Nitrophenol,ortho NA Pentachlorophenol MA Phenol NA Trichlorophcnal-2,4,6 NA
?S\ JOl
page 2 of 2
Volatile Organic; Cone. (ppb)
Base/Neutrals
Diethylphthalate Dimethylphthlate Dlnitrotoluene-2,4 Dini trotoluene-2,6 Oi-n-octylphthalate Endosulfan sulfate Endrin aldehyde Fluoranthene Fluorene Heptachlor Heptachlor epoxide Hc>:achlorobenzene He:sachl orobutadi ene Hexachloroethane Isophorone Naphthalene Nitrobenzene N-Ni trosodi-n-propylamine PCS-I016 PCS-1221 PCB-1232 PCB-1242 PCB-1248 PCB-1254 FCB-1260 Phenanthrene Pyrene Toxaphene Trichlorobcnzene-l,2,4 Benzidine alpha BHC gamma BHC Endosulfan I Endosulfan II Endrin He.>:achIorocyclopentadiene N-nltrosodimethylamine N-ni trosodiphenylamine
Cone. (ppb)
NA NA NA NA NA NA NA NA • NA NA NA NA NA NA NA . NA NA NA NA NA NA NA NA NA NA MA NA NA NA NA NA NA NA NA NA NA NA NA"*
Ethy lbenzeno Toluene
NA NA
o CD 0 0 CO on
NO " De tec t ed but n o t q u j n t i t a t e d tlA » Not Analyzed NU =• Not Detec ted
••,^tt
page 1 o f 2 NVS DEPARTMENT OF ENVIRONMENTAL CONSERVATION DIVISIOM OF SOLID AND HAZARDOUS WASTE
M o b i l e A n a l y t i c a l L a b o r a t o r y
O t
P'jglont Site Name: Lab Number: Date Callectedi Collected Dyi Sampling Point: Date Reported:
Volatile Organics
kENMARI". 10519901
JUL 1B,1?B5 F.Wolzeln South End Pit Nov 13, 1983
Cone. (ppb)
ND ND ND ND ND ND ND MD ND ND ND ND ND ND ND ND ND ND ND ND ND MD NO ND ND ND ND ND ND ND NO
Metals
Sb As Ba Be Cd Cr Cu Pb Hg Ni Os Se Ag Th V Zn
Cone. (ppml
NA NA NA NA MA NA NA MA
. NA MA NA NA MA NA NA NA
Base/Neutrals Cone, (ppb)
A c i d E i t t r a c t a b l e s
t
Cone, ( ppb ) ,
o
£ 0
Promodlch1oromethane* Bromoform t'romom-jthane Carbontetrachloride Chlorjihenzene Chloroethane Chlorovinyl ether Chloroform Ch 1 or om=»th ane Dibromochloromethane Dichlorobenzene,artha Dichlorobeniene.meta Dichlorobenzene,para Dichlorodi fluoromethane Dichloroethane,1,1 Dichloroethane,1,2 Oichloroethene,1,1 Dichloroethene,t,1,2 Dichloropropane,1,2 Dtchloropropene,ei3,1,3 Dichloropropnne,tr,1,3 Methylene Chloride Totrachloro«»thane, 1,1,2,2 Tntrachlorocthene. Trichloroeth-ane, 1,1,1 Triehloroethane,1,1,2 Trichloroethene Trichlorofl uoromethant; Vinyl Chloride Benzene Chlorobenzene
Acenaphthene ND Acenaphthylene ND Anthracene NO Aldrin ND Benzo(a)anthracene ND Benzo(b)fluoranthene ND BenzolMf luoranthene ND Denzo(a>pyrens NO BenzolghlIperylene ND Benzylbutylphthalate ND beta BHC ND delta BHC ND Bl3(2-chloroethyl)ether MD Chloroethoxymethane ND Ethylh-Mylphthalate ND Chiorolsopropylether MD DIphenyl ether,4-brama ND Chlordane ND Naphthalene,2-chloro ND Diphenylether,4-ehlcro ND Chrysene ND DDD-4,4' ND DDE-4,4- ND DDr-4,4- MD Dlbenzo(a,h)anthracene ND Di-n-buty)phthalate NB . Dichlorobf»nz?ne,meta MD DIchlorobenzene,ortho MD Dichlorob^nzen=,para _ND DichIorobenzidine-3,3' MD Dieldrin 'ND
Chloromethylphenol(p,m) ND Chorophenol,ortho ND Dichlorcphenol (o,p) ND Dimethylphenol (o,p) ND Methyldinitrophenol ND Mitrophenol,ortho MD Pentschlorophenol ND Phenol ND Trlchlorcphenol-2,4,6 ND
\ ^5 \^^0»
page 2 ot 2
Volatile Organics Cone, (ppb)
Base/Neutrals
Diethylphthalate Dimethylphthlate Dinitrotoluene-2,4 Dinitrotaluene-2,& Di-n-oety1phthalate Endosulfan sulfate Endrin aldehyde Fluoranthene Fluorene Heptachlor Heptachlor epoKide HeKaehlorobenzene Hex ach1orobutad i ene Hexachloroethane Isophorone Naphthalene Ni trobenzene N-Ni trosodi-n-propylami ne PCB-1016 PCB-1221 PCB-1232 PCB-1242 PCB-1248 PCB-1254 PCB-1260 Phenanthrene Pyrene To:<aphene Triehlorobenzene-1,2,4 Benzidine alpha BHC gamma BHC Endosulfan I Endosulfan II Endrin HeKachlorocyclopentadiene N-ni trosodimethylamine N-nitrosodiphenyl amine
Cone. (ppb)
NO ND ND ND NO ND MO NO NO ND ND :iO ND ND ND ND
. NO ND ND ND ND ND ND ND ND ND ND NO ND ND ND ND NO ND ND ND ND ND
Ethylbenzens Toluene
ND MD
Cx> O O 00 4^ CD
NO MA MD
Detected but not quantitated Not Analyzed Not Detected
m
page 1 o f 2 NYS DEPARTMENT OF ENVIRONMENTAL CONSERVATION DIVISION OF SOLID AND HAZARDOUS WASTE
M o b i l e A n a l y t i c a l L a b o r a t o r y
R p g l o n : S i t e Name: Lal i Number: D.at9 Col l e e t e d : C o l l e c t e d Oy: Sampl ing P o i n t : Date R e p o r t e d :
V o l a t i l e O r g a n i c s
^:enmarl; 185I7902
Jul 10,1905 F Wolz-in Center Pit Nov 13, 19B3
Cone. M (ppb)
NA NA • MA NA NA MA NA MA MA NA NA HA NA HA NA NA MA NA NA NA MA NA NA NA NA MA NA NA NA MA NA
etals
Sb As Ba Be Cd Cr Cu Pb Hg Ni Os Se Ag Th V Zn
Cone. (ppm)
NA NA NA MA NA NA NA NA NA NA NA NA NA MA NA NA
B a s e / N e u t r a l s Cone, (ppb)
A c i d E x t r a c t i t b l s s Cone, (ppb)
CO O o go
E'romodlchlorom»»thane Bromoform Bromome thane Carbontetrachloride Chlorohenzene Chlortjethane Chlorovinyl ether Chloroform Chioromethane DI bromochi orom«!than«» Di chlorohenzene,ortho Di chlorohenzene.meta Dichlorohenzene,para Dichlorodlfluoromethane Dichloroethane,1,I Dichloroethane,1,2 Oichloroethene,1,1 Dichluroethene,t ,1 ,2 Dichloropropane,1,2 DJchloropropene,cis,1,3 Dichloropropene,tr,1,5 Methylene Chloride Tetr.ach 1 oroeth sne ,1,1,2,' Tntrachlorocthcfie TrIehloroethane,1,1,1 Tr iehloroethane,!,1,2 Trichloroethene '. Trichlorofluoromethane Vinyl Chloride P»?n;:ene Chlorohenzene
Acenaphthene ND Acenaphthylene ND Anthracene NO Aldrin ND Benza(a)anthracene NO' Benzo(b)fluoranthene ND Benzo(k>fluoranthene ND Benzo(a1pyrene ND Ben=o(ghl>perylenB ND Benzylbutylphthalate ND beta BHC ND delta BHC ND Bis(2-chloroethyl)ether ND Chloroethoxymethane ND Ethylhexylphthalate ND Chloroisopropylether ND Diphenylether,4-bromo ND Chlordane ND Naphthalene,2-chloro ND Diphenylether,4-chloro ND Chrysene ND DDD-4,4- ND DDE-4,4' ND DDT-4,4' MD Dlbenzo(a,h)anthracene ND Di-n-butylphthalate ND Dichlorob2nzsne,meta NO Dichlorobenzene.ortho ND Dichlorobenzene,para ND Dichlorobenzidine-3,3' - ND Dieldrin .- MD
I Chloromethylphenol(p,ffl) NO Chorophenol,ortho ND Olchlorophenol lo,p) ND Dimethylphenol (o,p> ND M-thyldinltroph-nol ND Nitrophenol,ortho ND Pentachlorophenol ND Phenol MD Trlchlorophenal-2,4,4 ND
^SSAS' O.R
page 2 of 2
Volatile Organics Cone. (ppb)
Bass/Neutrals
Diethylphthalate Dimethylphthlate Dinitrotoluene-2,4 Dini tratoluene-2,& Di-n-octylphthalate Endosulfan sulfate Endrin aldehyde Fluoranthene Fluorene Heptachlor Heptachlor epa::ide Hexachlorobenzene Hexach1orobutadiene He::achloroethane Isophorone Naphthalene Ni trobenzene N-Ni trosod i-h-propy 1 ami ne PCB-1016 PCB-1221 PCB-1232 PCB-1242 PCB-124a PCB-1254 FCB-1260 Phenanthrene Pyrene Toxaphene Trlchlorobenzene-l,2,4 Benzidine alpha DHC gamma BHC Endosulfan I Endosulfan II Endrin Hexachlorocyclopentadiene N-ni trosodlmethylamine N-nltrosodiphenylamine
Cone. (ppb)
ND NO ND NO ND ND NO ND NO MD ND MO NO ND ND ND NO ND ND MO ND ND ND ND ND ND ND ND ND ND ND ND ND MD ND MO ND •« MD
Ethylbenzene Toluene
NA MA
00 o o •00 ~ ^ MQ » Dstectad but not quantitated K S NA =« Not Analyzed
ND =• Mat Detected
" % .''Zfc
page 1 of 2 NYS DEPARTMENT OF ENVIRONMENTAL CONSERVATION DIVISION OF SOLID AND HAZARDOUS WASTE
Mobile Analytical Laboratory
Region: Site Name: Lab Number: Date Colleeted: Collected By: Sampling Point: Date Reported:
Volatile Organics
Kenmarl 18319903
Jul 10, F Wolzel Northeas Nov 13,
Cone. (ppb)
NA NA NA NA NA NA MA NA NA NA NA NA NA NA MA NA NA NA
. NA NA NA MA MA NA MA NA NA NA MA NA NA
.
1993 n t Pit 1993
Metals
Sb As Ba Be Cd Cr Cu Pb Hg HI Os Se Ag Th V Zn
Cone. (ppm)
NA NA NA NA NA NA NA NA NA MA NA NA NA NA NA NA
Base/Neutrals Cone, (ppb)
. Acid Extractables Cone, (ppb)
00 o o 00
CO
BromodIchloromethane Bromoform Bromometh ane Carbontetrachloride Chlorohenzene Chlorqpthane Chlorovinyl ether Chloroform Ch Ioromethane Di bromochioromethane Dichlorobenzene.ortho Dl chlorohenzene.meta Di chlorohenzene,par a Dichlorodi fluoromethane Dichloroethane,1,1 Dicfiloroeth-ane, 1,2 Oichloroethene,1,1 Dichloroethens,t,l,2 Dichloropropane,1,2 Dichloropropene,els, 1 ,3 Oichloropropene,tr,1,3 Methylene Chloride Tetrachloroethane,1,1,2,2 Tetrachloroethene TrIehloroethane,1,1,1 Trichloroethane,1,1,2 TrIchIoroethene Trichlorofluoromethane Vinyl Chloride Pcnzene Chlorohenzene
Acenaphthene ND Acenaphthylene ND Anthracene ND Aldrin ND Benzo( a) anthracene ND' Benzo(b)fluoranthene NO Benzo(k)fluoranthene NO Benso(a)pyrene ND Benzo(ghl>perylene ND Benzylbutylphthalate ND beta BHC NO delta BHC MO Bis(2-chloroethyl)ether ND Chloroetho.-^ymethane ND Ethylhexylphthalate ND Chloroisopropylether ND Diphenylether,4-bromo ND Chlordi-ne NO Naphthalene,2-chloro ND Diphenylether,4-chloro ND Chrysene ND DDD-4,4- ND DDE-4,4- ND DDT-4,4- ND Dibenzola,h)anthracene ND Di-n-butylphthalate ND . Dichlorobenzene.meta NO.' Dichlorobenzene.ortho ND • Dl chl orohenzene,P'iira ND Dichlorabenzldine-3,3- - NO Dieldrin .- NO
Chloromethylphenol(p,m) ND Chorophenol,ortho NO Olchlorophenol (o,p> ND Dimethylphenol (o,p) ND Methyldinitrophenol ND NItrophenol,ortho MD F'entachlorophenol ND Phenol ND Trlchloroph-nol-2,4,6 ND
\g5\ %* 03
page 2 of 2
Volatile Organics Cone. (ppb)
Base/Neutrals
Diethylphthalate Dimethylphthlate Dlni trotaluene-2,4 Dinitrotoluene-2,6 Di-n-octylphthalate Endosulfan sulfate Endrin aldehyde Fluoranthene Fluorene Heptachlor Heptachlor epoxide Hexachlorobenzene Hexachlorabutadiene Hex ach1oroethane Isophorone Naphthalene Ni trobenzene N-Ni trosodi-n-propyl ami ne PCB-1016 PCB-1221 PCB-1232 PCB-1242 PCB-1248 PCB-1254 PCB-1260 Phenanthrene Pyrene Toxaphene Trichlorobenzene-l,2,4 Benzidine alpha. BHC gamma BHC Endosulfan I Enddsulfan II Endrin Hex aehlorocyclopentadi ene N-ni trosodlmethylamine N-nitrosodiphenylamine
Cone. (ppb)
ND ND NO ND NO HO ND ND ND MD MD NO ND MD ND ND ND ND NI) ND ND ND ND ND ND ND ND ND ND ND ND ND ND MD ND ND ND MD
Ethylbenzene Toluene
NA NA
00 CD
Q 00 NO » D e t e c t e d bu t n o t q u a n t i t a t e d
MA - Not Analyzed NO - Not D e t e c t e d
* » • * » » * » n o t e : u n d i f f e r e n t i a t e d h y d r o c a r b o n s found i n
s t e a m d i s t i l l a t e
I "'V
/
page 1 of 2 NYS DEPARTMENT OF ENVIRONMENTAL CONSERVATION DIVISION OF SOLID AND HAZARDOUS WASTE
Mobile Analytical Laboratory
(J?/:
Peg i a m Site Name: Lab Number: Date Collected: Collected By: Sampling Point: Date Reported:
Volatile Organics
Henmarl' 1B519904
Jul 18, F Wolrei Pump Hou Nov 13,
Cone. (ppbl
ND ND ND ND ND ND ND ND MD ND MD MD ND ND ND ND MO MD NO MD ND ND ND MD NO ND ND ND MD MD MO
1985 n se Basin 1985
Metals
Sb As Ba Be Cd Cr Cu Pb Hg Mi Os Se Ag Th V Zn
Cone. (ppm)
NA MA NA NA NA NA NA NA
. NA NA NA NA NA NA NA NA
Base/Neutrals
Acenaphthene Acenaphthylene Anthracene Aldrin Benzo(a)anthracene Benzo(b)fluoranthene Benzo(l<) f luoranthene Penzo(a)pyrene Benzo(ghl)perylene Benzylbutylphthalate beta BHC delta BHC Bis(2-chloroethyl)ether Chloroethof.ymethane Ethyl he.tylphthal ate Ch I or oi sopr opy 1 e th«jr DIphenylether,4-bromo Chlordane Maph thaiene,2-ch1oro Di phenyl ether,4-ehloro Chrysene DDD-4,4-DDe-4,4-DDr-4,4' Dibenzo(a,h)anthracene Di-n-butylphthalate Dichlorobenzene,meta Di chlorobenzene. ortho Dichlorobenzene,para Dichlorobenzldlne-3,3' Dieldrin
Cone. (ppb)
ND ND ND ND ND MD ND ND ND ND ND ND ND ND NO ND MD NO ND ND ND MD ND MD ND ND ND >.. MD '• ND "MD ND
Acid Extractables Cone, (ppb)
O o 00 - * * CJ?
Bromodleh1oromethane • Bromoform Bromomethane Carbontetrachloride Chlorohenzene Chloroelhane Chlorovinyl ether Chloroform Chl oromt'th'-jne Di bromoch1oromethane Dichlorobenzene,ortho Dichlorobenzene.meta Dichlorobenzene,para Dichlorodifluoromethane Dichloroethane,1,1 Dichloroethane,1,2 Oichloroethene,1,1 Dichloroethene,t,1,2 Dichloropropane,I,2 DichloropropenB,cis, 1,3 Dichloropropene,tr,1,3 MothylenH Chloride Tt.'trachloroethane, I, 1,2,2 Totrachloroethene Trichloroethane,1,1,1 Trichloroeth-ine, 1,1,2 Trichloroethene '; Trichlorofluoromethane Vinyl Chloride Prnzcne Chlorobenzene
Chloromethylphenol (p,m) ND Chorophenol ,ortho ND Dlchlorophenol (o,p) ND Dimethylphenol (o,p) ND Methyldinitrophenol ND NItrophenol,ortho ND Pentachlorophenol ND Phenol ND Trlchlorophenol-2,4,6 ND
)^6\^^C/f
page 2 of 2
Volatile Organics Cone. (ppb)
Base/Neutrals
Diethylphthalate Dimethylphthlate Dinitrotoluene-2,4 Dinitrotoluene-2,6 Di-n-octylphthalato Endosulfan sulfate Endrin aldehyde Fluoranthene Fluorene Heptachlor Heptachlor epoxide Hexachlorobenzene Hexach1orobutadiene Hexaehloroethane Isophorone Naphthalene Nitrobenzene N-Ni trosodi-n-propylamine PCB-1016 PCB-1221 PCB-1232 PCB-1242 PCB-1248 PCB-1254 PCB-1260 Phenanthrene Pyrene Toxaphene Trlchlorobenzene-l,2,4 Benzidine alpha BHC gamma BHC Endosulfan I Endosulfan 11 Endrin Hex ach1orocye1 open tad i ene N-nitrosodimethyl amine N-ni trosodiphenyl ami ne
Cone. (ppb)
ND ND ND ND MD ND ND ND ND ND ND ND MD ND ND ND ND ND ND ND NO ND ND ND ND ND NO ND ND ND ND ND ND ND NO ND ND ND
Ethylbenzene Toluene
ND MO
00 O
T" NO » Detected but not quantitated -** MA - Not Analyzed CD ND " Not Detected
u
page 1 of 2 NYS DEPAHTMCMT OF ENVIRONMEHfAL CONSERVATIOH DIVItllOM or SOLID AMD HAZARDOUS WASTE
Mobile Analytical L-aboratory
5 i V*? M.iine.: L » h M y m b c r t D-TfM C r ' l l p c t n d j C ^ M . - - z t « ; d 9 y : r. a r 111 i n 'J F'o i n t : Ostf:? R ! ? p - 3 r t e d :
l e n m . i r l : S u s T J - ^ h a n n a T e x t i l e s 1 ' - ' 527401
.actot)«_-r 3 , 1 7 0 5 V , W o l z e i . r i S o u t h e n d P-i t D»«c«!.T.ber 3 , 1 9 9 3
• y - j l a t l l e O r g g n i l c B C o n ^ . ( p p b )
NA r<A MA (IA frA MA MA N-^ I IA NA M)> t!A W\ r'A HA t\r\ NA NA MA MA MO rfA rvN r"A MA Mr) HA MA t-<A
NA
M e t a l 9
5b As ? * Po Cd Cr 'Cu ' r b ' H3 " Mi
" U a r\f^
l \ Th
1 •
T . .
. - . „
C o t i e . (ppm)
MA 0 . 2 MA MA 0 . 9 2 . 0
• ' • • S . 2 : ' " ? • • >
2 0 . O -2 . 0 M.' r-A
<<:•-1 ^!A MA
1 5 . 0
B « s e / N e u t r a l s C o n e . ( p p b )
MD MD MP MD ND MD MD MD MD i-il)
MO r>P MO Ml) MD IID MO \.\r\
MI; MD MO riH MD '|)
MO NO MO
MU' I'l;-l i p "
A c i d E i t t r . c t f l b l e s
4
C h l o r o m e t h y l p h e n o l ( p , m ) C h o r o p h e n o l , c r t h o D l e h I o r op h e - " : : ! ( c r . p ) D i m e t h y l p h a n c l ^ o , p > M e t h y M l n i t i c p h r i o l Mi t r o p h e ^ r o l , ' . i r t h a P ' . ; n t . a c h l c ! r f i p ' ' c n c l P h n n o l T r l c h l o r ' r p h c r ' . ; l - 2 , 4 , 6
.
• »
T '
C o n T . ( p p h )
NO "ID NO r-D MP N'D NO MO MP
P r o m o d i ' / . h l o r o m e t h a r i e Or QfTiiyf n r m Cr"0' ' i ' jmeth. . in '3 C s r b M ' i l . F ' t ' - a c t ' l o r t d e d l o r r j b f ' n z f e t i e C h l O ' - o a t h i i i t a ' " . h t ' j r - o ^ i r y l e t h e r t ; h l f : r o f o r i T i C' l 1 vrroii'i;? t h i i n e Oi S r ' ^ f n v t h 1. n rom '? th^ r f»» D'. nh? O ' " e b 3 n r 5 n o , o r t ' l o ' . 'i '.:lil :7 r rb r?nzn :na .m '7 ta " ^' i r 1 • 1 > 1^ nh •rn s t-n L*, |> a r a r ' i r.\s'. o^ T j i f 1 nr irr>iPothcin<! Oi r h l . o r M P : t l i : ' . n ^ , I , '. ; j i r.t-\,.\ r,i it\\f^-yry , 1 , 2 r * ' r h ' 3 r r ' ' ? t h m « ; , I , 1 f ' i '-.'.s I ot ' . ' o t h a o ' ? , t , 1 . 2 r. '. c h ! o r - j p r z jpane , 1 , 2 r I '.1-1 •-'! r p r o p i ' n e , c i 11 1 , 3 t?: c ' l 1 - . ' r o p r o p ' » t i e . t r , 1 , 3 ' • l i t h . . l « t v ? C h l e r i d e T ^ i r ^ ^ c h l o r o o t h - r ' n o , 1 , 1 , 2 . 1 3 ' T <i>. l l ! Ol 'j«^:thEniS T ' - i r . l ' l o r ' . i t ' t h . = i n e , 1 , 1 , 1 T;- i c h l r ' r o o t h £ j r i e , 1 , 1 , 2 Tf- i c h ' o v o v t h o r e
J, J"i- i «r I»I ' 1 CI T I u r i r r jmet 11 -an y . * " * < ' i T . l i : i i l . o r l d o
o oo - 4
A c e n a p h t h e n e ftcGnijphthyl e n e A n t h r a c e n e A l d r i n B e n z o ( a ) a n t h r a c e n e B e n z o ( b ) f l u o r a n t h e n e B = n z o ( H f l u o r ' i n t h e n e P e n z o ( a ) p y r e n e P e n z o ^ g h i ) p o r y l e n e P e n z y l b u t y l p l i t h a l a t e b r t a PMC d o l t a WIC E < l 9 < 2 - c h l o r o r : t h y l ) e t h e r Ch 1 o r o c t h o i t v m c ' t h a n e E t h y l h e i ; y l p h t h * l a t o C h l o r o i s o p r o p y l e t h e r
- O l p h e n y l r . ' th^-r , 4 - b r o m o C h l o r d a n t ; M->phth.?.l e n : ? , 2 - c h I o r o D i | i h c i i y l « ' t h e r , 4 - c h l o r i j C l ' r y ' j e p e D D D - ' 1 , 4 -DtC - 4 , 4 • D D r - 1 , 4 • D i b e n r o ( a , h ? a n t h r a c e n e D i - n b u t y l p h t l i j l a t o D i c h l c i r o b t T i . v e i l ' s , me t a D i c h l o r o b e n z e n e . o r t h o D i c h l o r a b € : n ; : e ? n « j , p a r a D i c h l o r o b o n . ; i d i n p - 3 , 3 ' D i i ^ l d r i n
p:i3e 2 of 2
V o l a t i l e O r g a n i c s
L a b llu.iii 10527401
C a r e , (ppb)
Base/Neutrals
Diethylphthalate Dimethylphthlate Dinitrotoluene-2,4 Dini trotoliJene-2,4 Di-n-octylphthalite Endosulfan sulf^.tu Endrin aldfhyde Fluor antht-ne Fluorene ll'_p tachl or H..iptachlor epoxide He:: aehl orobenzeno 1 \(i:: ach 1 orobutad i une Hux aehloroethane laophorone M:\phthal enc Mi trobcnzenti M-Ni troaodi-n-propyljmi no rCB-1016 PCE:-1221 PCB-1232 PCD-1242 FCB-1240 PCD-1254 PCB-1260 Phenanthrene Pyrtine Toxdphene Trichlorobenzene-1,2,4 Oenzidine alpha DHC y:.>iiiin3 UHC Endosulfan I Endo!3ulfan It Endrin He?:; ach I oroe y d opentadi ene N-ni trouodirt-.ethy 1 amine fl-ni trosodiphenyl amine
Cone. (ppb)
MO MD NO ND ND MO NO NO ND ND MD MD MO HO NO NO MD NO MO MD NO MD MO NO MD ND NO ND NO MO NO MD NO MO NO NO NO NO
E t h y l b e n z e n e Toluene Xylene (T.otal)
NA Nrt HA
00 o o JO
t.l = Iniut f iciaiit Saxplt? th'.. --• L i n c c t c d but not qua.-iti tatsd h.> ••= K-t Aujlyz-d MD - Met nuLccled
p?r j ! i 1 o f 2 MYS DEPARTMENT OF ENVIRONMEMrf iL CONSEFVATIOM D I V I S I O N o r SOLID AMD HAZAnOOUS WASTE
M o b i l e A n i ? . l y t l c a l L a b o r a t o r y
R F - . J I r j i i :
L«() M'.'inbfrr: P ? t ? C o l l e c t e d : C o l l e c t s d O y : F ^ m p l i n g P o i n t : O^t*? r ? e p o r t e d :
1 Kenmar Ic Evsqueh-ac ina T e : ! t i l e 5
1 0 5 2 7 4 0 2 . O c t o b e r 3 , 19£?5
F . Wo I z o i n C e n t e r P i t D e c e m b e r 3 , 1 9 8 5
V c l r » t l l - » O r g S n i c s Cone. (ppb»
NA MA NA HA NA NA NA MA NA NA MA NA MA MA NA NA MA t'A NA MA MA NA r'A NA NA NA MA • NA MO MA
Metals
Sb r\-i
Ba Pn Cd C-Cu Pb Hg Mi 03 S'i ^^ •3
Th V Zn
Cone. (ppm)
NA 0.2 MA NA 1.2 6.0 9.2 I'VO
<0. I 3.0 NA t'A
<0. 1 f<i \
NA 1.'.0
B a s e / N e u t r a l s C'. jnc. ( p p h )
A c i d E r . ' - r . j c t e b l i s Cen i ; : . ( p p b )
•0 Or .i.no:' i r.h 1 o r omc? t l i a r i e B r c nr-.rr^t-n C r ' : i i .?m3t ' ians ' j 3 i - l ; o i t r i t r i i c h l o r I d e Ch I •i '- ' j ' .)tMfz«;ne r ;h l i )«-nr>Ki, jne ' J h ' •i.'r f jv i n y I e t h e r C h l ^ r - l f i.)>-n Ch ' .o f i?.' ? t l i ^ r i e D i b f U'H 'ch.l o r o m ? ' t h r V i » 0« .:!•• '.?rr:b(.;n : t : n e , o r t h o O i ' . l i l oi r!br>nz«?ne.n>«'t a • ?.• ' . -h ' ' • - • r r jb ' ^nzenOjp .^ ia 0 « ' ; h l o r o d i f l u o r o m « » t h a n e Oi . ' rh ' . ' j r o i ^ ' t h a n e , 1 , 1 O i ' . h l " j r n o t h a n e , I , 2 • ; i - h l r . ' r o ' s t h e n e , I , I Oi c h 1 Jl- 0 " t h n M S , 1 , 1 , 2 01 .zh l o i c p r - j p 5rie , 1 , 2 H i - | . ) i r r : p r c > p ' ; i i e , ' r i 3 , 1 , 3 D'. c ^ i l oi-cp'"op>!?r>e, t r , 1 , 3 M 7. ( V- y 1 Bi v? r,h 1 or i r l •:? r - ? t ' " a [ " l i l o ro r : t ha r ' < -? , I , ! , 2 , : T " t - a z h l o r o ^ t h e n o T r i . - . h l c : roo than>3 , 1 , 1 , 1 . r- i ' : l : l c r o H t h r « M C , 1 , 1 , 2 r r i > h l o i O'.?thofie Tl i r l ' l • ; i - r i r i u r ? r o n r ? t h a n c V . r , I r s i . r . r l d -n-. i i . . . f»r,.»
A c e n a p h t h ' » n e NO Ac«?nJ iph thy ' -ene MO A n t h r a c e n e MO A l d r i n MD Penzo( .a> a n t h r s c e n e MD n e n z o ( b ) f l u o r a n t h e n e MD
-P'?n.-:o(l;> f ' i . - .ar.- 'nthene MD E'etizo ( a > p > r e r i e ' ID 05?nzo ( q h i ) p e ? r y l e n e MD P c n z y l b u t y l p h t h a l a t e MD b e t a SMC MD d e l t a t m c MD P i s ( 2 - c h l o r o e t h y l ) e t h e r MO C h l o r o e t h o : ' y i i i e t h ? n e MO E t h y l h ! = ? x y 1 p h t h ? . l a t e ND C h l n r o i s o p r o n y l e t h e r MO D i p h e n y l e t h e r , 4 ' b r o m o HO C h l o r d a n e ND N . : . p h t h a l e n r ? , 2 - c h l o r o MU D i p h r - n y l e t l n r , 4 - c h l o r o MD C h r y r . e n T MD D D D - 4 , 4 - HP D i : C - 4 , 4 - MD D D r - 4 , 4 ' ML DI b '?nzo ( a , h > -yn t h r c e e n e 1 '0 D i - n b u t y l p h t h a l a t o i n D i c h l o r o b r ^ r r z r n o j m e t a MP Di c h l o r o l . u . n . - e n e . o r t h o MO D i c h l o r c i h " ; r i - i ? n e ( P ' » r a MP P i c h l O ' - o b c n ; i i l i n ^ - 3 , 3 ' t 'O P i E l d r i r i MD
C h l . o r o m o t h y l p ' ^ e n o l ( p , r * NO C h o r o p h e f O l , c r t h o NO O . i c h l o ' - o r . h ' : n . . l ( c , p ) MD O i m e t h > I p h e r o l ( ' . , p ) MD M e t h y l d i n i t t o p h r n o l MP N i t r o p h ! ? n o l j r r ' . h o MD P « ? t i t ' « c h l o r o r ! h « : n o l NO P h c r i o l MO T r i c h i o r ophr - , . : ; ' . - - , « , * > MO
o o 00
page 2 o f 2
V c l < t i l e O r g a n i c s
L j b Muin:
Ccni^. (p;3b)
13527402
Base/Neutrals
Diothylphthalato Dimethylphthlate Dinitrotoluene-2,4 Dini trotoluene-2,6 Ui-n-octylphthalate Endosulfan sulfate Endrin aldehyde Fluoranthene Fluiirene Heptachlor Mifp tachl or epoxide He:: ach 1 or obunz ena HexachIorobutadiene Me:;aehl oroethane Isophorone Naphthalene Ni trobenzene H-Ni trosodi-n-propylamine FCB-1016 PCB-1221 PCD-1232 FCB-1242 PCD-1248 PCB-1254 PCD-1260 l-'henanthrene Pyrene To:;aphene Trichlorohenzencj-1,2,4 Ccnzidine alpha BHC gamma BHC Endosulfan t Endosulfan II Endrin He::aehl orocycl opentadi ene N-ni trosodimethylamine N ni trosodiphenyl amine
Cone. (ppb)
ND NO NO ND NO NO NO NO ND MD MO ND MO NO ND NO NO MD ND 'NO NO HO MO ND NO MD ND ND ND MO MO MO MO ND NO ND ND MD
E t h y l b i n z e n e T o l u a n e . K / l a n * ( T o t a l )
•NA NA MA
( 3 » I n s u f f i c i e n t S a . t i p l a N. ' =. C f c - t e z t u J b u t n o t q u a n t i t a t e d M.^ ^ M o t A n a l y z e d NO -> N o t D e t e c t e d
p a - j f 1 o f NVS DEPARTMENT OF ENVIROMMEMTAL CONSERVATION O I V I S t O M OF S O L I D AMD HAZARDOUS WASTE
M o b i l e A n a l y t i c a l L a b o r a t o r y
Tvf;g i '.?n ? S i t i Name: L J b MMcibei-j D a t ^ C o l l e c t e d : C o l l e c t e d B y : S a m p l l o g P o i n t : O s t e R e p o r t e d :
K c n m a r i ; S u s q u e h a n n - a T e x t l l f ^ s 1 8 5 2 7 4 0 3
O c t o b e r 3 , 1 9 8 3 r . W o l - e l n N o r t h e a s t P i t Decemb«; r . 3 , 1 7 9 5
V
V o l - s t i l e O r g a n i c s
E ' r c ' i c - ' d i c h l o e o m e t h d n e Or om-iF o r m Or o^omr; t h a n e C- T h ' . " ' t e t r . j c h 1 i i r 1 t i e C h l o r ob "» ' i zune C h l o r o e t h a n e f ; h l ' - ? r o v i n y l e t h e ' -C h l - ' i - n f o r m C h l 71 n n i o t h a n e O i . l T ' j ' V o c l i l o r o m e t h a n e Di ' . ' l l • . ' r ' j h e n z e n c , o r t h o O i l h i ' i r t j b r i i z e n e . m o t a ' O i c M ' j t r.'bf?nzsti'J,p-.u-.?. D i i h ' o r o d i f ' . • . I ' j r ome ' . h i i n c Oi ch l • : 3 i - o« th xr»'?, t , 1 D i i - I ' l c ro ' .» tha- i«» , 1 , 2 P i - . M - J i 0 3 t l < » n e , I , 1 P i r h l - r o » : t h c : n e , t , l , 2 p i '.:'i I - j r . ^ p r o p a n e , 1 , 2 P i c h ' . o - ' p r u p e ' i ' » , c l o , t , 3 p i . -^h l 3 ! - ' - r p r o p s n e , t r , 1 , 3 » ' . . . th . l - - i i '? C h l o r i d e T ; t r . - i - h l o r o c t h . ' n i i , '. , 1 , 2 , 2
Tr i c ' i ! ' v ; rn<? t lu -?ne , 1 , 1 , 1
I r i-: i ' lo'- ' :; ' ;?'.h'7n'? Tr i r : ' i l ' i i - r . f l u o r c . i r c . ' t h a f i e
< ^ V . t . / l r i i L i r l d c ? ^^m^ '..I.J,:Z .'lie?
o 00 J l
C o n e , ( p p b )
MA NA MA NA MA MA MA MA MA HA MA MA h'A MA MM MA M<> MA MA MA MA MA MA MA MA Mi> MA MA Mil l ! ' i
M e t a l s
Sb As Ba Oe Cd Cr " Cv. rt) f q N i Os Ee A'-l Th
V Z r
- -
Cone. Ippm)
NA 0 . 3 NA NA 1 . 3
" 7 . 0 9 . 4 7.-0
<0 . 1 1 . 0 MA NA
<0 . 1. MA MA
17 .0
•
P a s e / M e u t r a l s Cone, (ppb)
Acid ' : r i c ' : * * * ! * * C c n c . ' p p b )
A c e n a p h t h ' s n e NO A c e n a p h t h y l e n e ND A n t h r a c e n e ND A l d r i n MO E'enzo ( a ) a n t h r a c e n e MD D e i i z o ( b ) f l u o r a n t h e n e 110 P e n z o ( k > f l u o r a n t h e n e ND Efenzo ( a ) p y r s n o MD P e n r t j f g h i > p ^ r y l e n e NO P e n z y l b u t y l p h t h a l . a t e ND b i ! t i j P i l e NO d e l t a o n e MD P i : j ( 2 - c h l o r o e t h y ! ) a t h e r MD C h l o r o e t h o : ! ' . ' m e t h a n e ND E t h y l h e x y I p h t h a l a t e Ml) C h l o r o i s o p r o p y l e t h e r MD Di .ph<?ny l e t h e r , 4 - b r o m o MO C l i l o r d a i i e MD N a p h t h a l e n e , 2 - c h l o r o MO D i p l i > ? n y l o t h e r , 4 - c h l o r o UP C l t r y o e n e MO D O O - 1 , 4 - MP O O I Z - 4 , 4 - MP P P T - 1 , 4 ' MD O i h e ' i z o ( ?. , l i ) a n t h r a c e n e ^'D D i - n b u t y l p h t h a l a t e MD O i c h l o r o b ? ; n z " ? t i e , m e t a MP D i c h l o r o b e n z e n e . o r t h o MP_ O i c h I o i - o h e n z e n e ! , p a r a MP D i c h l o r o h c n z i d i n e - 3 , 3 - Ml).[ O l e ? l d r i n n o *
C h l o r c m e t h y l p h e n a l ( p , m ) ND C h o r o p h e n o l , o r t h o ND D l c h l o r o p h e n c l ( c , p > NO D l m e t h y l p l i e n o l ( c . p ) NP M e t h y l d i n i t r o p h e n o l '"P N i t r o p h e n o l , o r t h e MP P e n t a c h ! o f o p h a n o l ' IP F h e n o l 'JP T r i c h l o r : : p h e r o ' . - 2 , 4 , 6 NO
p a JO 2 o f '2
V c l a t i l j O r j a n i c s C o n e , (ppb)
L < b Mum: 18527403
B a s e / N e u t r » l ! i
O i e t h y l p h t h a l a t i J D i m e t h y l p h t h l a t e 0 i n l t r o t a l u « n e - 2 , 4 D i n i t r o t o l u e n e - 2 , 6 D i - n - o c t y l p h t h a l a t a E n d o s u l f a n s u l f a t e E n d r i n a l d e h y d e F l u o r a n t h e n e ( - l u o r e n i p H e p t a c h l o r H.;p t a c h l o r e p o x i d e H o x a e h l o r o b e n z e n e H c < x a c h I a r o l ) u t a d i ( . - n e H<jx a e h l o r o e t h a n e I s o p h o r o n e N £ . i p h t h a l e n B N i t r o b e n z e n e N- 'Ni t r o s o d i - n - p r o p y l a m i n e P C B - 1 0 1 6 P C B - 1 2 2 1 P C B - 1 2 3 2 P C U - 1 2 4 2 P C U - l 2 4 a P C D - I 2 5 4 P C U - 1 2 6 0 P h e n a n t h r e n e F -y reno T o x a p h e n e T r i c h l o r o b e n z c n e - l , 2 , 4 Benz i d i n e a l p h a BHC gijnima PIIC E n d o s u l f a n I E n d o s u l f a n I I E n d r i n Hox a c h l o r o c y c l o p i ? n t a d i e n Q M - n i t r o s o d i m o t h y I : ? in in f N - n i t r o s o d i p h e n y l . j i i i i n e
C o n e . ( p p b )
NO NO MD ND ND NO ND NO NO MD ND NO NO Ni l ND NO ND ND ND ND MO MD ND ND NO NO NO ND HD NO MO MO MO MU MO ND MO MD
E ' : h y l b c r . z e n j T j l u t n ^ ( y i e i i e ( T o t a l 1
NA MA NA
,00 C5 O 00 U l NJ
r .? =» Tnii>.:f f i c i o n t S a . n p l e NC- = P a t o c t t d b u t n o t q u a n t i t a t t i J HA -- N. j t A n a l y z e d ID .- H . i t D t t e c t u d
p a ' j e 1 o f 2 MYS DCPARTHEMT OF ENVIFOMHEMTAL CONSERVATION D I V I S I O N UF SOL ID AMD HAZARDOUS WASTE
M o b i l e A n a l y t i c a l L a b o r a t o r y
R T j i ' j n t S i t e M i m e : L o b N u m b e r s D' - ' te C o l l e c t e d : C o l l e c t e d D y : R r i m c l i n g P a i n t : 0.1 t e F X ' p o r t e d :
1 K e i i m a r l ' : S i . i s q u e h a n n a
18 3 2 7 4 0 4 • O c t o b e r 3 , 1 9 9 5
K , W o l z e i n Pump M o u s e Ba< ; in D e c e . n b ' j r 3 , 1 9 0 3
: t l l e 3
V o l a t i l e O r g . a i n l c s Ccnc. (pph)
MA MA NA l!A NA NA NA MA MA MA MA MA NA NA NA MA MA NA MA MA NA NA MA NA M.I MA NA MA MA MA
Motals
Sb As B.1 PB Cd Ct Cu Pb Mg rii Oa Se ng Th V Zn
Cone. (ppm)
MA 20. 0> MA NA 0.9
91. O 412.0 2<'4.0 20.0 12.0 MA MA fo.o
/ NA hIA 300.0
/
B a s e / N e u t r a l s C o n e , (ppb?
A c i d E x t - i c t ^ b l e s
/
C o n e , ( p p b )
9
Or O'lio'-I i c h l o r ome t h a n e O i o i n n ' o r m l?r.;?,T.?.n.»thiine C,- i rbcf i t e t ' j s c h ! o r 1 d e CI \ I. -?r ^b - ?n.: e n e C h l c i r ? 2 l h f i n e C h l o - o v i n y l e t h e r C h l > ? r y f o r m Ch I O ' - j n ^ ' t h a r i e T'i t r c m r i r . h l n r o ' n o t h ? p e D i j h l n r i i h e i i z y n o , a r t h o ' ' i c h l o r D h r ? ( i u - i ? n « . m o t a " DI c h l c?»-cbenzeni ,p . . i r<?. D i c h l o ' o d i ( l u n r o m e t h a t i e 0 ( ' . h '. <jr o i r t h ?.ne , 1 , 1 O i i l i l r i r t K J t h - t n . : ^ , 1 , 2 Oi • - h i o r c e t h c n ' ' , 1 , 1 *?» r l - l r - r c o t h e n ' ? , t , 1 , 2 P i . ' _ h ' . 3 r ^ ? p r r i p - i i i ^ i 1 , 2 " i ' . h i r?i- j p i - ' 7 p < s i i c , c i -5, t , 3 ."?! - : h l • i» . . ;p i -opeMc; , t r , 1 , 3 H . - H , . I...,,e? C h l c r i d ' i ? T ' - t r i : h l i r o i ? t h . * M e , 1 ,1 , 2 , 2 T - t r " c h l o r r i f . ' t h e n ' ; I t > c l I or o c ? t h ? n e , 1 , I , t T r ?. r:l 1 o r o ' . t han?? , 1 , 1 , 2 =
Tf" 1 ' : l i I o r c j e t h e n e ''t i ' . l i ! o i ' o f l u c r Oi i ie th<i f i i f
• V i - u y ("h I O f I l i e
0 0 » > - . L - ' . l . r -
o o 0 0 U l CO
A c e n ? p h t h e n e NO A c e n - i p h t h y l e n e HI) A n t h r a c e n e NO A l d r i n ND D«?nzo ( a ) a n t h r a c e n e NO B c n z o ( b ) f l u o r a n t h e n e ND DG:n :o ( l - ) f l u o r a n t h e n e MD D e n z o ( a ) p y r « ^ n e NO P e n z o l - a h i > p e r y l e n e ^'Ti D e n z y l b u t y l p h t h a l a t B MP b e t a UHC ND d e l t a BHC HD 0 1 9 ( 2 - c h l o r o e t h y l » e t h e r NP C l i l o r o e t h o ! : y m p t h « i i e MP E t h y l h e x y ^ p h l h a l a t e I'D C h l o r o i s o p r o p y l - j t h o r '-ID D i p h e n y l e t h e r , 4 - b r o n i o NO C h l o r d a n e MP M - ? p h t l i a l f ? n e , 2 - c h l o r o ND D i p h . . - i i y l e t h e r , 4 - c h l o r o MP C h r y s e n e MO P P I ) - 4 , - 1 - IIP D O E - 4 , 4 ' MD O P T - 4 , 1 - MO O i h ' ? t t z o ( j . , h ) i i i i t h r a c e n e NP D i - i . - b u t y l p h t h a l a t c M.O D i c h l o r c t - e n : : e n e , m e t « HO D i c h l o i - o b ' . ' n z 3 n e . o r t h o MP. D i c h l o r o b e n z e i i e , p a r a MO D i ' : h l o r o t . . t : n L - i d i n e - 3 , . 3 - MO • D i ' j l d r i l l N'P*
C h l o r o m t T t h y * p h e n o l ( p , m ) Mp C h o r o p h o r o l , : . ' r t ' i o MP D l c h l o r c p h e f f : ? ' . ( c . p ) MO D i m e t h y l pht«i-r<l ' r 3 , p ) NP M H t h y l d i n l t r : . ( : h : j n r : l MD N i t r o p h e n o l , o r t h o ^'D P e r i t a c h l o r o p h ^ o o l NO P h e n o l MO T r i c h l o r o p h z r a l - 2 , 4 , 6 MO
p a g J 2 o f 2
V o l a t i l e O r g a n i c ^
L a b Mi..in: 1 8 5 2 7 4 0 4
C = n c . ( p p b )
B a s e / N e u t r a l s
D i e t h y l p h t h a l a t e O i i i i e t h y l p h t h l a t o O i n i t r o t o l u e n e - 2 , 4 U i n i t r o l o l u e n e - 2 , 6 D i - n - o c t y l p h t h a l a t e E i i . l u s u l f a n s u l f a t e F . r v J r i n a l d e h y d e ( " l u o r a n t h e n e F l u o r e n e . Hf-p t a c h l o r H e p t a c h l o r c p o : : i d e 11'--;: a c h 1 o r o b e n z e n e H u x a e h l o r o b u t a d i e n e 1 le ; ; a e h l o r o e t h a n e I d o p h o r o n e N a p h t h a l e n e , N i t r o b e n z e n e N - N i t r o s o d i - n - p r o p y l a m i n e P C B - 1 0 1 6 P C B - 1 2 2 1 P C B - 1 2 3 2 P C B - 1 2 4 2 r C B - 1 2 4 8 P n v - 1 2 5 4 F C C - 1 2 6 0 P h e n a n t h r e n e P y r e n e T u : : a p h e n e ' r r i c h l o r o b e n z e n e - 1 , 2 , 4 B e n z i d i n e a l p h a DHC gammc- k BHC E n d o - j u l f a n I E n d o s u l f a n 11 E n d r i n 111-:; a e h l o r o c y c l o p e n t a d i e n e N - n i t r o ' s o d i m e t h y l a . n i n e M - n i t r o s o d i p h e n y l a m i n e
C o n e . ( p p b )
110 MO NO NO ND ND HO ND ND ND ND NO ND ND NO ND ND MO NO MD NO ND ND MD NO ND ND ND MD ND NO MO NO NO ND NO NO NO
E t h ) ' l b ' j n z o n c T L i l U f n r i ; ( v l= i i . a ( T o t a l )
NA M*; N.^
00 O o 00 Ul
15 ^ In-Ju f f i c i e n t G-mpl.? t'O ^ C-atscttrd b u t n o t qu :int i t at-.-i.l ."'M - MJt Ana l yzed MU •- h.,t D-ttjcrt^'d
pi ige 1 o f MYS PEPARIMEHT OF EMVIROriMEMTAL CONSERVATION DIVISION OF SOLID ANO HAZARDOUS WASTE
M o b i l e A n a l y t i c a l L a b o r a t o r y
r ^eg i r r i ; S i t = M.?me: L?b M'j'iihe'-: P a t e Col I t ' c t e d ; C o l l e c t e d Oy: < S.7mnlin'J P o i n t ! Date R e p o r t e d :
V o l a t i l e r i r g a n i c s
Kenmark Susquehanna T B ; ; t i l e s 19527505
O c t o b e r 3 , 1983 P. W o l z e i n N o r t h w e o t Dry f e d December 3 , 1705
Cone. (ppb)
NA MA MA 'A MA IA
M.'\
r"A Vf\ )'« NA HA f!A M#i NA >-V\ MA MA MA MA MA MA MA MA MA NA MA MA
• Nt>
NA
Metals
Sb As Pa Pe Cd Cr Cu rb Hg
m 0'. 5e Ag Th V Zn
Cone, (ppm)
MA 2.5 MA NA 0.6 II.O .39.3 17.0
<0 . 1 4.0 MA MA 2.0 MA MA
31.0
B s s e / M e u t r a l s Cone. (ppb;
NO ND MD MP ND MD HO MD NP HO HO )'D •!D I'D MO MD NO MD MD MO MO t|D MO HO MO MP MD l.'C ,
:o' MO • 'IP
Acid Exti ectables
/
Chlurom ?th> Iphorol (p,-«? Chorophrnol,ortho Dichloruplienol (c,p> Dimethyl phe-iri\ (c,p> Methyldini trrphenol Ni troplicn-Jl ,or th- j Pent.a!:h.l'.3rorih?"rjl F'icnol Trichloi-orher»e'.-2,* ,6
.
•^ • »
Cone. (ppb)
NO MO •ID ND t n t'b MO MO NP
o 00
' (Jl
Fir-o.n. vj i ch I o r nmethei ie f.' omMf orm t'l oiT-rir.j?thii.nc» C;»r • i r ' i i ' ; ' - t r r»^hl o r 1 de rh! -3 io '?3r izc i ie C h l ' . ' i T i t h a n o Chlor o - i n y l e the i -r i l l ri '-nf i-rm Ch'.i.jr'-iioe' h M»e P) i,-r;i-(-»r:lilcirjinetli*n<« Pi ,-;h1 ir '.•'.••.'•••Zt"?iie,oi-|.ho Oir ;hI )r-ibonre-K?. met i i l)i 1,1 ::i-irb'^nj:en-»,pa!-.'j •>i: l l . ; f a j i f l un romethH i ie 0 ' -.'t.' 'J-- o ^ t ' i e n e , 1 , I Oi ;-.l-l?jr r.o»-.|,,^,|u, I , 2 D .!;h • or o - ' t h e i i e , I , I Pi : h ' j r ' : o t l i e n e , t , 1 , 2 O: r;l»l':» op rop r i ne , 1,2 C i - : h ! u r t ' p r o p e n e . c l 3 , 1 , 3 Pi c h l CT ..^pr.jpone, t r , 1 , 3 M' f t ' iy l "n» j C h l o r i d e T(TtrV.;h! o r o e t h r o e , 1 , 1 , 2 , 2 r,.l r j»':hli:>-oeth'?tie Tii.c' ' ' .oi .•:?'-'thaiie, 1 ,1 ,1 1 r i : l l'j"-o«?th.'«iie, 1 , 1 , 2 r ' ' i :;hl'.'i"c*?thene f>-i r f t l . j ro f l uo rome th f i i c j " i n \ l C h l j i i d e I'sii;:'?!!'?
Acenaphthene Ac en .aph t h y I ene A n t h r a c e n e A l d r i n B e n z o ( a ) a n t h r a c e n e P c n - o ( b ) f l u o r a n t h e n e B e n z o ( k I f l u o r s n t h e n e D-^iiZo (.T) p y r e n e Pen: :o ( ' jh i I p e r y l e n e D e n z y l b u t y l p h t h a l a t B b e t ? m\C d e l t a PIIC P l 3 ( 2 - c h l c r o n t h y l ) e t h - ; r Chl o roe tho : :ymcthano E thy1 h e x y l p h t h a l a t e Chlot tJi s o p r o p y l e t h e r l j iph' ;?nylethfr ,4-bromo C h l c r d a n e Ni iphth.^ l ene , 2 - c h l o r o D ip l iT i i y l e t h e r , 4 - c h l o r o Chrys-jriiS PCD- ' I ,4 -P D L - ^ , " • DDT-1,4 • Dib^'izo (.a,h) anthracene Di -tl b u t y l i ih th -a l a t e Di c ' l l o roh. jnz ' jn* ; ,m^t a Oi cli I oiob'=;r)::ene. or fchu D; ch I or ch':n.:f?n'? ,p s.ta Pi c b l o r o b c n z i d i n e - 3 , 3 ' D is ' ld i i n
p a g j 2 o f 2
V o l a t i l e O r g a r t i z j C = n c . ( p p b )
Liib Mum:
a » » . ' •
10527404
Base/Neutrals
Di ethylphthalate Dimeth/lphthlate Dini tratoluune-2,4 Dini trotoluene-2,A Di-n-octylphthalate Ciidusulfan sulfate Endrin aldehyde Fluoranthune Fluorene Heptachlor Heptachlor epoxide He;; ach 1 orobenzene Hcxaehlorobutadione He;; ach I oroethane Isophorone Naphthalene , Nitrobenzene N-Nitrosodi-n-propylamine PCB-1016 PCB-1221 FCB-1232 PCB-1242 PCD-1249 pnB-1254 PCD-1260 Phenanthrene Pyrena Toxaphene Trichlorobenzene-l,2,4 Benzidine alpha DHC gamma BHC Endosulfan I Endosulfan II Endrin 1 lex ach1oroeye1 opent adi cue N-ni trosodimethyl a.nine N-ni trosodiphonyI amine
Cunc. (ppb)
HO NO ND NO MO NO NO MD NO ND NO NO NO ND ND NO NO ND NO' NO NO NO NO NO NO ND ND NO ND NO ND ND NO NO NO ND NO NO
e t h , ' l b ( 2 n z Q n c T ' j l u e n . ' . < v l = n a ( T o t a l )
NA MA
CO o o 00
* (D t : ; = l o ' i u f f i c i e n t Sa-T.p le MO « C e t e c t e d b u t n o t q u a n t i t a t e d f iA - K.-it A . - i a l y z e d r.O =- M(.C D e t a c t u d
page 1 of
Panlnrs'. Si t^ M.?me: L?b M'jinber: n»te Cr>l leeted: Collected Dy: Ginrpliny Point: 0?.te Reported:
NYS PGPAPrHGMT OF ENVIROMMEMrAL CONSERVATIOM DIVISION OF SOLID ANO HAZARDOUS WASTE
Mobile Analytical Laboratory
Kenm-ark Susquehanna Textiles 18527305
•October 3, 1995. F. Wo1z e i n Mot thwev.t Dry Ped December 3, 1985
-t . y 4 ^
Volatile Organics
4
0
0
Cunc. (ppb)
NA NA MA NA
• MA MA N.A MA MA MA MA MA MA MA MA MA MA NA NA MA MA MA MA MA NA NA MA MA MA MA
Metals
Sb As t i t
De Cd Cr Cu Pb Hg Ni Or, Se Ag Th V Zn
Cone. (ppm)
NA 2.5 MA HA 0.6 11.0 39.5 17.-0
<0.1 4.0 h'A MA 2.0
,' MA • NA 31.0
Base/Neutral s Cone. rtcld Extrrctsblea Cone, (ppb) I (ppb)
Or o-rod ichl oromethane p.*-om* if orm E'ronciH? thane Ci^r hen t s t t - a ^ h l o r i d e CI;l:3'-otii;n.-:eiie Chl cro<»>;hane C h l o r o v i n y l B t h e r C h l m f nrm Ch'.'?r-'r,f,o'.hane Di b ' - 'J -mchloromethsne Oi c h ' - roh 'T i ze i i t ? ,o r tho Oii :h1 ir:3bon::e:ie. metrt 0".-.rh'. •;i-cb'?nz'?ne , p a r a Oic h ' .n rod i f'. uornmeth.^ i ie Oi.-.-hl'j^ o e t h s n e , l , l Oi'.':!'•'ir r jeth.j i t f», 1 , 2 0-. f .h 'or o.;thr; l i t?, ' ., I P i ' ; h l :• r:r.'th>?ne, t , 1 , 2 Oi'::hl'.v oprop.»ne, I , 2 D i c h ! ' ! r c p r o p e n G , c i s , 1,3 Pichlr.-'-ii 'pr o p e n e , t r , 1 , 3 M^fthyI'.n'? C h l o r i d e T t t r a - j h ! o r o e t h tine , 1 , 1 , 2 , ' . Tvtr i-'.hl t t i -o~thi : i io Tr v'- ' - l^ro<»th :»ne , 1 , 1 , I T r i . - • ' • loroelh. ine, 1 , 1 , 2 T- i -hl. jro'. ' th'-Jiir! I l i ch l u r o f I l i e o imr tha iu " i r i y t Chl- j i I d e
00
oo
-4
A c e n a p h t h e n e MD A c e n a p h t h y l e n e NO A n t h r ' a c e n e NO A l d r i n MP B e n z o l a ) a n t h r a c e n e MO B ' . ' n z o ( b ) f l u o i - a n t h c n « ' NO P c n z o d ' : ) f l i . ' . o r o n t h e n e ND B'?nzo ( a ; p y r e n e MO B e n ; : o ( g l i l I p ^ r y l e n e ND P c n z y l b u t y l p h t h a l a t e MD b o t r i E-HC , MO d e l t a BHC ' MD D i s ( 2 - c h l c r o G t h y l ) e t h e r MO C h l o r o e t h o . x y m s t h a n e HO E t h y l h e x y l p h t h a l a t e MO C h l O f o i s o p r o p y l e t h e r MD D i p h c ? n y l t ! ' : h i ? r , 4 - b r o m o MO C h l o r d a n e I'D N a p h t h a l e n o , 2 - c h l o r o MD D i p h e n y l e t h e r , 4 - c h l o i - o MD C h r y s o n e MO 0 0 0 - 4 , 4 ' ' MO 0 0 1 1 - 4 , 4 ' M;> D D r - ' » , 4 ' MD D i b f c T i z o ( j , h ) a n t h r a c e n e MO P i - n - b u t y l p h t h a l a t e MP O i c h l o r o b ' i i i r e n e , m e t a MO O i c h l o i - o b e n z ? - n e . o r t h o "C.^ D i c h l or c b . ^ n z e n e , p a r - a MO D i c h l o r o b f ? n z i d i n e - 3 , 3 • -MO.; D i e t d r i l l MO
C h l o r o m i t h y l p h e n c l ( p , m } NO C h o r o p h r n o l , c i t l i o NO D i c h l o r o p ! t e n o l ( c . p ) NO D i m e t h y l p l i e - i o l ( f , p ) NO M e t h y l d i n i t r o p h e n o l H I N i t r o p h e n o l , o » - t h o MO P e n t a c h l t j r o e h e n J I NO P h e n o l MD T r i c h l o r o r h e r i o l - 2 , 4 , & ND
page 2 of 2
Volatile Organics
L.ib Mums 18527503
Cone. (pph)
Base/Neutrjl•
Diethylphthalate Dimethylphthlate Dini tratQluene-2,4 Dlnitrotoluone-2,i Oi -n-octylphthalate Endosulfan sulfate Endrin aldehyde Fluoranthene Fluorene Heptachlor Heptachlor epo;;ida Hex aehlorobenzene H i : : ach I orobutad i are 1 le:; ach I oroethane Isophorone Naphthalene Nitrobenzene N-t-li trosodi-n-propyl amine FCB-1016 PCD-1221 PCB-1232 PCD-I242 FCB-1248 PCD-1254 PCB-1260 Phenanthrene F'yrene Toxaphene Trichlorobenzene-I,2,4 Benzidine alpha DHC gamma DHC Endosulfan I Endosulfan II Endrin Hfxaehlorocyclopentadiens H-ni trosodimethyl amine N ni trosodiphtinyi ami ne
Cone, (ppb)
NO ND NO MO NO ND NO ND ND NO NO ND NO NO ND ND NO MD NO ND NO MD MO MD NO NO ND ND ND ND ND ND ND NO NO ND NI) NO
Ethylbenzane T ' . i l u e n e :< I i i i e ' T c t a l )
NA Nr« M i l
03 o o 0 0
CO
!'^ » Ini'.'f f ic iat i t Saopli» 'lO ••' D-to^cted b j t net qu::nti tjit;;cl f f 1 •• Mot Anilyzed ft:> --' hot Detc'ctfd
^ / J"
p-agw 1 of 2 NYS DCPARTHEMT OF ENV11'DMMEN I AL CONSERVATIOII DIVI5iaM OF SOLID AflO HAZARDOUS WASTE
Mobi le A n a l y t i c a l Labora to ry
r^eglon: SI t e Menu*?; Lab Number: Date C o l l e c t e d : Cnl ' . r?ct';d Dy: S':'mplin>] P o i n t : D-?te Repo r ted :
Denmark Su^queh.jnna . 10527506 ' I c t o b e r 3 , 1905 F. W o l c r i n N o r t h e a s t Dry-g Bsd December 3 , 1993
le : ; t i l e«
V o l . ' t t l e O r g a n i c s Cone. (ppbJ
MA NA Me-i
MA NA MA MM MA MA Mi\
HA l!A ^t•^ fiA HA MA 'A MA NA MA Nil MO M.'> riA NA HA NA
• MA MA MA
Met-lis
Gb As P-De Cd Cr Cu Pb Hg Mi Os Se IV, Th V Zn
Cone. 'ppml
MA 2.3 MA NA 0.4 11.0 33.4. 28.0 20.0 4.0 HA HA 3.0 MA NA 45.0
Baac/Meut ra la Cone. Ac id n:;Ar i c tab les (ppb)
Cone. (ppb)
o o 00 ay
Pt-')ip.»..li ch I oromethane P r i i ' i - j f ' • u - f n
Or omr>.n j ' . h j n e C-:»f h o n t v t r l i c h l o r I d y Chl irohc?nz'siie i^hloi ' i - ' th i ine Chl o>-'.tvlrtyl e t h e r Chl or ri)rirm Ch \ orrii:ieth.-*ne I'i hrfj.ftf;chl oro'ii i»thjine D i ch l o i -nbenscn i ,o r t) io ,. |!i'rhlni'^':ili''?n.:'>iiG. met-a Oi rrh I oi-' i jheru-fiie, p ?r«» T.'i - h ! r j ror ' i f 1 uor'wneth^ti ' j Pr r h l •jr-r:i«'th:?n<? , 1 , 1 OI t h 1 tv t:<-: t t ane , 1 , 2 h i -h i Ol- :)i.»tht?ne, 1,1 Oi-.hli-'i ' -•ethr^ne.t, 1 ,2 h i ch l .31 'Jp!-^p?lle, 1 , 2 Pi':.M :;i-<- p'- npsne , c i ^ , 1 ,3 Oi cM..T •jpropont?, t r , 1 , 7 M" th , ii'.-if Cl i lor jd-? T;7tl a-uhl'V 'J':?th?.llO , f , ! ,2,C 1 •• tr ^•:li I [rro:7th<in«.' 1 i - ich i • • tietli.aii'.?, 1 ,1 ,1 Tr i---!-! or o j t h f n e , 1 ,1 ,2 T> t 'J?! ' I ' f j ' . ' thono Tl I i l l l<.'r o i ' l u ' j i oinettuin?
•'.'::•) I d l u r i t l a f. n.-i'r..?
flcer»phthene MO Aer?naphthylene ^• l• Anthracene MO A l d r i n MO E !e " . - c (a ) a n t h r a c e n e MO D ' j n z o ( b ) f l i i o r < » i i t h e n e MO B ^ n z o ( 1 : ) f 1 u o r . a n t h e n e MO E'enzo ( a ) p y r e n e MP O' : ! r i zo '< jh i ) p e j r - y t e n e MD P e n z y l b u t y l p h t h a l a t e MD b e t ^ BHC MO d e l t a E:HC MP P i 3 ' 2 - c h l or c f f t h y l ) e t h e r MP C h l o r o o t h o x y m r ' t h a n e M'.* E t h y l h e - i y l p h t h a l a t e MP C h l o r o i s o p r o p > ' l e t h e r MO D i p h « i r i y ) e t h e - - , 4 - b r o m o MP C h l o r d a n e V » N a p h t h a l e n e , 2 - c h l o r a MP P i p l . ' . r r - . y l ' j t h f j r , 4 - c h l o r o t ' 'J C h r y ^ v e i i e MP P D O - 4 , 4 - MP O C I ^ - l . l ' NO D O T - 4 , 4 - Mr P i b - M i z c i l r i , h ) . A n t h r a c e n e ^ '0 C t - n b u t y l p h t h a l a t e MP O i c h l a r o b « ? n z ' ? n c . m c t a MO P i c h l o r o b e n z e r . e . o r t h o ^ '0 P i c h l o r o b e r i z e n - j , p a r a HP D i c h t or o h e n z j d i i i e - 3 , 3 - MO P i e U ! r i n MO
C h l o r o m > » t h y l p h c f V 3 l ( p , . « ) MP Chor o p f ' - ? n r l ,o - ti i*? MO O l t h ' o r n p l - . e M o , ' ' c , F ) NO D i m e t h y l phr: . 'ncl ' - ! . p 1 MP M e t h y l d i n i t r c r h ' : T ! C l MO Mi t r o p h e n o l , c r * . N c MP P « : r t - ? c h l r j r c p h ' ^ n o . ' . MD P h e n u l ND T r l t h l o r r j p h e r - C ' l 2 , 4 , 6 M''
page 2 of 2
Volatile Org^inics
Lab Nu.it: 10327306
Ccnc. (ppb»
Base.'Neutral a
Diethylphthalate Dimethylphthlate Dini trotoluene-2,4 Dini trotoluene-2,i Di-n-octylphthal ata Eridosulfan sulfate Endrin aldehyde Fluoranthene Fluorene Hoptachlor Heptachlor epoxide Hiix ach 1 or obenz ent* Htx dchIorobutad i ene Muxaehloroethane luophorone Naphthalene Mi trobenzene N-Ni troaofJi--n-propyl amine PCO-1016 PCD-122I PCU-1232 FCO-1242 PCD-1248 rCD-1254 r-CB-1260 Phenanthrene Pyrene To:: aphene Trichlorobenzene-l,2,4 Benzidine alpha BHC rjamma BHC Endosulfan I Endosulfan II Endrin Hexaehlorocyclopentadiene M-nltrosodimethylamine H-ni trosodiphenylaminn
Cunc. (ppb)
ND ND NO NO ND NO ND ND NO NO ND NO NO MO MD ND MO ND MO ND MO ND ND NO NO HD ND NO ND ND NO MD MD MO ND ND MD ND
Ethyl ba,->ien* Tnlui-ne X/lar.j! (Total!
NA MA HA
CO O
o en C3
I J •> I n : i u f f i c i u ? n t G a n p l e H } = DetiJcted but not q.u-.nh i tati.-.J MA =4 Mat Analyzed MD •-' Hot ret=ctud
%
t-
p£l 'J« I o f HY3 DErARTHENr OF EMVIFOMMEMTAL CONSERVATION DIVrOIOM OF SOLID AMD HAZARDOUS WASTE
M o b i l a A n a l y t i c a l L a b o r a t o r y
E"ito Mime: L r b Muiiih<=?r: 0^»e C c l l e c t c d : C r i l l s c t e d Dy: Sei;Tp!ing P o i n t : Da te R- jporteds
1. Kenmorl Susq' iehanna T e . x t i l i
1.032.7507 O c t o b e r 3 , 1995 F. W o ! z e i n S o u t h D r y - g t e d December 3 , 1993
V o l a t i l e Org.nnics Cone. (ppb)
MA MA MA NA MA NA MA MA MA MA MA Nr MA MA HA NA MA MA r'A MA NA MA NA MA NA MA Ml) tIA MM MA
Metals
5b Aa Oa 3:? Cd Cr Cu "• f b He; Mi 03
• Oe Ag Th V' In
.
Cone, (ppm)
MA 2.3 MA 'A 1.0 7.0
24.4 11.O , 20.'.'
5 . 0 MA MA 3.0 HA MA
27.0
Pase. 'Meut ra ls Cone. (ppb>
ND HC MO IIP MO MD MO MO MD MO MO f'D NO tify MO HD MO tip MO IIP NO HP MO I'D MP MO HO MP IIP IIP I'D
Acid E::tr,i.ctables f
Chloromethylphenol (p,(nl Chorophenol .rr* h-J Dichloi-opheno! 'a,p! Oimethvlphsnol (o.pl Methyl dini trrphptnol Ni tr ophenc1,or tho Pen t Jch 1 or oohcno.'. Fhnnt?! Tr IchloropHc.-iol - 2,4,6
,
\ ' • .
• -
Core. (ppb J
MP MO MO •D ND MO MO un rp
Pr oT.2d i --h I o r ome t h ane Pr omiif i^rin T!roii".Z'r.?thjne >' • . rh ' . -nt t i t r -achl t ir I d a Ch I orobsn." ene '31: l o i - 0 ' ? th rn • Chl OI-0-. i n y l e t h e r Chl oi"c:Trirn ''.h \ or- rj.r-? t h -.n'5 Oii irt jmr>':hl •>r'ifl"»l^hr-'iie Oi.ul i l ; i? ' jhr i t . - . f inejOrtho Oi. ch I rit oh*:r i?ene. m':?ta ' P i c h l o r . - h ^ n z e n e . p j r . * Oi c h l u r i ' d i f l uo rometh j ; ne Oi ' : :h Ic ' -o - tH.xne, 1 , I O i r h l -II r?t.ti,,?n-?,l , 2 Oi ch \ or -J? ^ henc!, t , I O ich ' . : r c j i t h e i i e . t , 1 ,2 Oi<.:hl .ir-rjpr op cine, 1,2 O i c h l o i o p i - o p e n ' ? , c i s , 1,3 Oi c f i l Cl' ' - p r o p a n e , t r , I , 3 M-^i-h; I'l-n-? C! - lo r i ' . l c f i i ' t r - i - h l o i oo th - i . n -? , 1 , 1 , 2 , 2 -T « t r - t » C * l l r i | • i c t h ' . ' f l i a
I f i c h l ' i r o . ^ ^ h j i n o , 1 ,1 ,1 Tt irliloi<_i'.-th;:-n>», 1 , 1 , 2 Tr i r h I ci- c: j t h f t i e Tr i r.hi »-f 111 I i.*r>r'Qm'?thane
. " i r , ' Ch l : - ! , l e f ^ r - p r f ? - i r
OO o o 00
Ac en apl'.thcne Ac::n.: iphthylcnB An th racene A l d r i n Denz<-»(5) a n t h r a c e n e E:efizo(b) f l i i o r s n t h e n e B e n z o ( k ) f l u o r a n t h e n e Benzo (a ! py re t i c P a n z o l g h i I p e r y l e n e P e n z y l ' i f t y l p h t h a l a t e b'?ta BHC d e l t : ' PMC Pi 3 < 2 - c h l o r o e t h y l ) e t h e r Chlor 0 ' } th ' i : :ymcthane E t h v l h ' : : : y l p h t h a l a t e Chlor o i t ;op i -cpy l r ! ther D ipho t i y l e t h e r , 4 -b romo Chlr.:rdane Maph th? I ene , 2- ' :h 1 o r o Pi pheny l e t h e r , 4 - c h l o r o Lhry^cr te PPO-4 ,4 ' O l E - 4 , ! • D0 r -» , ' » • 0lb'-• l l r r t {9 , h ) a n t h r a c e n o P i - r b i . i t y l ph tha l ^ f cc P i ' .h t o' ' jh' in;:?'t ie .m^'ta Pi c h ' O'-cbc^nzon'?, o r t h o Oi c h l c?i-cb^Mzr?n ?,p.ir-,7 Pi r h l •::r'jb<?nz i ' l i lie? -3 , 3 -Ci«lcJt- in
page 2 of 2
V o l a t i l e Organics
L s b Mi.'in:
Cone, (ppb)
10327507
Base/Neutrals
Diethylphthalate Di.Ticthylphthlatut Dini trQtoluene-2,4 Dinitrotoluene-2,6 Di-n-octylphthalate E.-ido3Ulfan sulfate Endrin aldehyde Fluor an thetie Fluorene Heptachlor Heptachlor epo::idi.} He:; aehl orobenzene Hexaehlorobutadiene Hif:< aehl oroethane Isophorone Naphthalene Mi trobenzene N-Ni trosodi-n-propylamine FCB-I0t6 PCB-1221 PC9-1232 PCB-1242 FCa-124a PCB-1254 PCB-1260 Phenanthrene Pyrene To:: aphene Trichlorobenzene-l,2,4 Benzidine alpha DHC gamma DHC Endosulfan t Endosulfan II Endrin He:; aehl orocycl opentadi ene N-ni trosodimethylamine N-ni trosodi phenyl ciniine
Cone. IppU)
ND ND ND ND ND NO ND NO ND NO NO NO ND ND NO NO NO NO Mb NO NO ND NO NO ND NO NO NO NO ND NO NO ND NO NO ND ND ND
Ethylbenzene T ' l l i i e i i e :<•, le:»a (Total)
MA NA HA
c<o o o 00
\
IS -- In ji., f f i z ient Sample ^ l > ^ = • Dptrictu-d but nz t qu int 1 tatd-l MA = T io t A n j i l y z s d no = Mot Oi.tecti'd
s. \
•>b^.i-
p3ge 1 o f 2 HVS CEPARTMEMT OF ENVIRONMENTAL CONSERVATION DtVIStOM UF SOLID AND HAZARDOUS WASTE
M o b i l e A n a l y t i c a l L a b o r a t o r y
Ky
Re'3 i on : S i t e M?me: L--.b M u n b e r ; P.l 11- Co H e c t e d : C o l l e c t e d Oy: S a m p l i n g P o i n t : D a t e R-spor ' t ed :
k e n m a r k S u s q u e h a n n a T e ; : t i l e s . 1 9 5 2 7 5 0 O O c t o b e r 3 , 1993 F . W o I z e i n Mid D r y - g Ded D e c q r i b e r 3 , l ' ?05
V i l a t i l e O r g a n i c s C o n e . « p p b )
!IA MA M.> NA NA MA MA t iA MA MA MA N/) NA MA MA MA NA MA MA ! 'A NA MA M M
MA Mrt MA MA
• HA H \ MA
M e t a l s
Sb A3 Da Be Cd Cr C M
Pb Hg N i 0 » Sa
flq Th
V ? i i
C o n e . ( ppn?
N i ^
4 0 . 0 MA HA 0 . 7
2 1 . 0 1 0 2 , 4 40.1. ' ' '~ ; o . I rt.O NA Ni>
19 .0 NA NA
8 6 . y
B a s e / M e u t r a l s (pph)
Acid E-ftr/»c'-.able-s C o n e . ' F P h l
Or o ' l o J i c h l o r o m e t h »ne Or Crn-jf o'-m Ol nfr^.it"t ' 'a"ie C^rbr_-'il e f r r i c M a r l t l e Ch'. t?r- -'l.-:n-r?iie Ch'.•)•"-"? t h i n e r i i l ' - i ' - . j - i i iy l f t h e r nh^ r r / 1 f nr n, Chl i rc incr th ?ne Oih;-':m<ich! orcin.-?thi5iie '7 i ' :h! . j r - . jhc i tzen '^ jor t h o Pt i i l i l ' j i o h i t i z r ? n o . n in t a Oi ch I c r o b e i i z e n e , p ^ r a O i c h l ' i r o d i f lL<oromr»th.-ine O i c h ' u ' - < j ' ? t h s i i e , 1 , t P i - r h l c i r o j t h i i t i e , ! , 2 P i r h l ' j r c : . j t h ' : r i ' ! , I , I I j -h l - : ! - u f - ' t h e n a . t , I , 2 P i ' :h l" i r .3 :3rop ? n e , 1 , 2 O i r l i l 31 o p r ' i p e r i ' ? , c i s , ( , 3 O i ' ^ h l t J ' - c p r c o e n e , t r , 1 , 3 ' | - » h y l ! - : i c th !o ; - i .d -? r..,i;r.?--hlr.r-or?thdn«?, 1 , 1 , 2 , Ti? ( r ;T h I c?i-oftl".?i If" Tr ir:fil ^rorth.-.n?? , 1 , 1 , 1 Ti- i r i i l ' . ' t t ' l . ' t h . in^ , 1 , 1 , 2 Tr-i-hl '^i or then.r? •"»- j 'rhl-jr.-^f I v T - o i i ' . ' t h i i n e '.'•r-. 1 Ci'.fi-i 'f ':?
CO'-
o 0 0 CD CO
A c e n - : ? p h t h E n e MD A c e n ^ p h t h y l u n e MO A n t h r a c e n e N ' ) A l d r i n MO B e n - o ( a ) s i n t h r a c e n e MO D e n . T O l b ) f l u o r a n t h e n e ^ ' 0 B e n z o (1:) f l u o r a n t h e n e MO B o n z o ( a ) p y r e n e NO P - 3 n z o ( ' 3 h i ) p e r y l e n c HO P e n z y l h u t y l p h t h a l a t e NO b e t a PHC MO d e l t a BHC MO B i 3 ( 2 - c h l o r o c t h y l ) e t h e r HO O i l o r o e t h o v y m o t h a n e MP E t h y l h e x y t p h t h j l , a t e HO C h l o r i i i s o p r o p y l e t h e r MO D i p l i e n y l e t h e i - , 4 - b r o m o ND C h t o r d j i n e MO N a p h t h a ! e n e , 2 - e h l o r o NO D i p h o n y l e t h c , ' - , 4 - e h l o r o MO C h r y 3 t ? n e NO D D D - 4 , 4 ' HO D D L - - 4 . 4 ' MP D O T - 4 , 4 - fiD D i b f j n z c ( a , h > i > i i t h r a c ? : n e MD P i - n - b j t y l p h t h A l a t c MP P i c h l o r a h e i i z i : ? n < ; , m e t a Ml-Di c h l o r a b c ? n z e i i ? . o r t h o MO O i c h l c i r o b e r z f . ? n r ? , p a r j MO O i c h l or oh.;?iiz i d i n n - 3 , 3 ' HO D i i ^ l d t i l l M'<
C h l o r - o i r e t h y l p ' - e . t o ) ' p . m . ' flP C h o r o p h ' j r ' o l , o r t h a MP D i c h l c T p h r n o ! i o , F > ND D i m ? ? t h y l p h e r o J ( o , p ) MD M e t h y l d i n i t r o p h r n o l MD M i t r c p h e f o l , e r t h e NP P e n t a c h l o r o f h o n o l NO P h e n o l M;) T r i c h l o r o p h - s n ' z l - 2 , " , 6 NP
Lab Mum: 18527300
Vciatilo Organics Cone. (pph)
Eth/lba.-;renB T.ilui-.-ne Xvlene (Total)
Nt'i
NA NA
05 O o 00 CD
lo (•;0 11.' NO
InJuFflcient Sa.nple Det:?cled but not quantltat.jd Not Analyzed Hut Detected
Base/Neutrals
Diethylphthalate Di methylphthlate Dinitrataluene-2,4 Dinitrotoluena-2,6 Di-n-octylphthalate Endosulfan sulfate Endrin aldehyde Fluoranthene Fluorene HL-P tachl oh Heptachlor epoxide Hexiichl orobenzene Hexach1 orobutadienc He:: aehl oroethcine Isophorone Naphthalene Ni trobensene M-Ni trosodi-n-propylamine PCO-1016 PCD-1221 PCB-1232 PCB-1242 PCO-124a PCD-1254 PCD-1260 Phenanthrene Pyrene Toxaphenif Trichlorobenzene-l,2,4 Benzidine alpha DHC tjamma BHC Endosulfan t Endosulfan II Endrin Hexachlorocyclopentadiene N-ni trosodimethyl ariiinc N-ni trosodiphenylamine
Cone. (ppli)
NO NO NO ND MO ND NO ND NO MD .HO ND NO NO ND ND NI) ND NO ND NO ND NO NO ND NO ND NO NO NO NO ND NO ND NO ND ND ND
- I -
2;
w o
o < w (=: ?o o w
s: M
O i-i
M
^ l-H o 2: en
>
ha w
M
x w
00 O O »
5 " i.6. St t t I Cap Mmimum 9 Incn»»
Vtn«»S PVC CDP
•4 t e 5»»ti ^ r s t i : i , « t t c u n ^
i i
C«mf n« - str.tsr.-.tt Srz . ; £ ; : ; t :
Bf io t ' i t t r t \ \ x ; \
•»vtli £;reen
. •C*« j f c i i ^ .—S ' - . - ' ' ^
• fc-
• 2 i.d. Mir«imwm PvC Pip« T n r t o o i d , Flusn Joint , NSF Aeprov»d
•Cement - Btntprt i t t - CoD Grout
2 f t .
fc;-.? St.,i'l f
• ' « r / ; ' ^ i/r/:
- •h i - ' : . ! * : . • • > > . . - , . T D « i » ••
^
- lOf t . » 2 " »VC Well Screen Wi.rr.BsTtoririus
OVERBURDEN WELL Figure \
300fi66
APPENDIX F
.STAGE I
PROJECT SCHEDULE AND CRITICAL PATH DIAGRAM
soos^i
MILESTONE CHART
DIVISION: F a n n i n g . P h i l l i p s & Molf tar
PROJECT/ pgrypnsAi NO R. . I . & J .
PREPARED ftv.Kurtis S tokes p^^E 1 1 1 2 1 ^ ^
APPROVED BY; DATE
TITIE: i,
CLIENT:
PAGE J: OF A
S.J. & J. RI/FS Sampling Plan
S.J. & J.
ADDRESS: Farmingdale . New York
NO TASK SUBTASK TITLE
1.
2.
3,
4.
5.
7.
8.
00 CD €30
Prepare lab and drilling specs
Monitoring Well Installation
Test boring/Monitoring Well in leach,pit, test boring at drum storage area
Geophysical Survey
Former Wastewater Treatment and Background Area borings & analysis
Leach Pool Sampling and Analysis
Monitoring Well Sampling & Analysis
Site Geohydrology
Report Completion
IN9n4U.-rfr«>T0«KIN«/w»U IH rr<-iK«ff-»<»?iN<« j tKAAB. A f f tA
iAmTm4Jvti4rY iA,a Aov^cv*' An*ift>)'>
« /BUAl - r r t \
t&«M<r)rM>i<. <i/^i.i-rr'
n k - T * . <s»«PHr<>ie<ii. 6 i«n»T ' I(>l»«.|? Mt f lEtMTE- i ; AfTEM frtfu. QUALITY'
M S .AHAl.Y'M't*
i > » pfeUvCRf
fliAHPL*- t fc4«H /%»X* • i / A t r r y 2
'2»y2 i»o
-n«* i«M^»Qua ^ J t v ^ ^ f^ iQ*"*^ >m»mtiv>A MUiA. 1 «guit.i»«it;M •a t j .oV
N»A6U«».He.tfT«>
(»Ji£A,>PirU. « N » < N ' 2///
'»He.t4
^ $ g Am-onro^»t.oA* (MOK*. - n r n u J i ^ ^
JN •«n»««-nt.*>)
i-Ag /*>v«i.y4>it> 'p»''->ti^
I HcnttH
« 2 / < *
" / T«>TAi. WCIfKlrWi'pAy'!) A T A H V P e o J A i i r f i C I N T
to •puifA'DON <?r NE~«T/ i t r iwTV
CD CO cr c-en
^ HOhrHb
4g//»KEfygr^^l^*-no.4 Q ^y ^ ^ ^
27 HPHTHi)
S J « J CRITICAL PATH METHOD ANALYSIS