---

Page 1 of 7 ADEQ Water Div NPDES 3282012 11 54 AM

A G L M N o P

Do 1111 nlpr rjAta In yellow lt111$ mill ~e(1 Resllrveo White rell~ rll~rked Reserved havE cQmR (Reserved) I CALCULATIONS OF ARKANSAS WATER QUALITY-BASED EFFLUENT LIMITATIONS

ThE spreadsi1ee1Io]lc will flinctlDll correcl ly when ALL vetinw reil~ With I hilVP Oiltj ntPrec I pound~~_~n Arkansas RiverIS~r~~_m t ~Tbullbull _ rpUT nviLmERcro

FOR r ORGIONI(UC FhQ -- - GC - shy - shy- -+----+shy

- - -

__ _ __ _ 1_ __1_ Is this a large river (see lisl at righl)(enter 1 if yes 0 if no make entry as a number)

~~~e_of~~~e1n~ ~tre~m l -_~~_~I __ ~ I-shy tshyIs~~ a lake or r~ser-oir (Tenter if yes 0 = no ma~e_e~tryf a number) ~~~erve~) l ____ J ____rshy_ __ I

I

Domtar AR0002968 001

5640 8714

Red River

0 1

o[ (Reserved) DO NOT INPUT DATA INTO CELL H22 H23 amp H24LEAVE BLANK

(Reserved) T -~

(R~-dLI

Ecoregion TSS (mgll) (For Large River EcoregionHardness (mgll)_rFCrli3rge Riv_e~ Ecoregion TSS and Hardness may not apply Enter 7010 (cfs) as the Critical Flow r(Reserved)i(Reserved) Long Term Ave I Harmonic Meari Fiow (cfs)

~~1~1v~~ffus~r~re_sN~ I 1 _ Percent () of Critical Flow for Chronic Criteria Percent (O~-of Critical Flowior Acute Criteria Water Effect Ratio (WER) L [ Ave Monthly Limit LTA Multiplier (Ref page 103 TSD for WO-Based Toxics Control) Max Daily LimltLfAfv-uitiplier(R-er-shy ----shy - shy - shy j

(Reserved) (Reserved) ___ (Reserved) (Reserved)

[ 3300

21100 99200 (Reserved 1White(SelOW GOnshy tfUencewiiti Black River)

297600 r(Reserv-edlt Reserved) no

797

025l 006 100 155 311

-I I

(Reserved)middot (Reserved) - I- shy(Reserved) (Reserved)

- - 1 See List to f3iQhl)

shy

_

Codes amp TSS for Ecoregions and Large Rivers Ouachita Mts EGO (OM) = 120 mgll Arkansas (FI Smith to Dardanelle Da 120 mgll Q~arkB~g~I~~~s Ecc) (OH) =125-nigil Arkansas (Dardanelle Dam to Terry L 10 5 mgll

83 mgll A~ ~iver_alley Eco (AV) =30 mgl A~kansas (LampD NO 5 to Mouth) Boston Mts Eco (BM) = 113 mgll Arkansas (Terry LampD to LampD No5)

90 mgll Gulf Coastal EGO (GC) = 55 mgll White (Above Beaver Lake) 25 mgll Delia Ecoregion (DL) = 180 mgll White (Below Bull Shoals to Black Riv) 33 mgll

I VVhite (From Black River to Mouth) 18 5 mgll I SI Francis River I 180 mgll Quach-ita (Above Caddo River) 20 mgll

Ouachiia- (Below Caddo River) 55 mgll 330 mgllRed River 1

Total Hardness for

Arkansas River = 125 mgll ~~~River = 211 mg~I~_ _ Ouachita River = 28 mgll St Francis River = 103 mgll White River =116 mg~- ~-- ~ -1~ - 1

]

Gulf Coastal = 31 mgll Ouachita Mount = 31 mgll --Ozark Highlands = 148 mgfl Ark River Valley = 25 mgll

~o~()O~ounJ = 5 mgll r Delta = 81 mgll

Large Rivers I MiSsissippi River Arkansas River Red River

Ouachita-(Below conflijence with Litile Miss River) r I I

Forinduslrial and federal facility use the highest monlhly average flow tor ~e pasl4 months -ForPOTWs use the design flow

___ _ J I I VALUE =gt No violation or Not Applicable 999999900 =gt No EPAfADEQGliideline

Page 2 of 7 ADEQ Water Div NPDES

LG K M Max Daily Limit LTA Multiplier for Human Health (Ref 2009 CPP Section 5272) STEP 2 IIfjPUT AM~EN-AND EFFL~~titD~tL_ 1 shy

J

J CALCULATE IN-STREAM WASTE CONCENTRATIONS

_ L~ J _ __ _ _ ___ For less than 20 data points enter geometric mean concentration as micro-gram per liter (ugl or ppb) IFor 20 or more data pOints in set enter highest concenirationasmicro-gram per liier (ugi or ppb)

---1 1 _ I __ I J Effluent value reported as lt detection level (DL) but the DL is greater than MQL the 112 DL is used Effluent value reported as lt deiection level (DL) and the DL is smaller than MQL 0 is used

If afir~~ue ~eportel even Iessi an MQL th~ rePt rted value it used 1 The following formulae is used to calculate the Instream Waste Concentration (IWC) (leaj~~ reie~--o_cP-P- for eJEitaiIL ___ 1 --- -- IWC = [(FQaCb) + (Qemiddot2 13middotCe)) I (FQa + Qe)

t~lnst~a~Waste on~nt~ationI F = Fraction of stream allowed for mixing Ce = Reported concentration in effluent CtJ = Ambient stream conceniraiiori upstream of discharge Qe = Plant effluent flow I Qb = Critical low flow of stream at discharge point expressed as the 7Q10 or harmonic mean flow for human health critena

Upstream J IOW (Qb)= (0100~7Q10) X 7Q10 for Chronic tnd Acute I The following formulae convert metals reported in total form to dissolved form if criteria are in dissolved form

1 1 r 1 I 1 Kp = Kpo bull (TSSa) Kp = Linear partition coeffiCient Kpo and a can be found in table below GCt = 11 (1 + KpTSS 10A-6) I TSS = Total suspended solids concentration found in receJving stream (or in effluent for intermittent stream)

Total Metal Criteria (Ct) = CII (CC) I _ CICt = Fraction ofmetal dissor ed and crrDissolved criteria value _ _ _1_ 1 Stream Linear Partition Coefficient (Insert Dissolved Cone in Column B to convert to Total) I ILake Linear Partition Coefficient Dissolved

Value in Stream Kpo alpha (a) Kp CICt Total Value ~P~ alpha (a) I Kp

4000000 -113 769377071 028~~~0141 000 _~_20000~~~ -=-O~~_ 14109442 3360000 -093 130053281 0188973106 000 217000000 -027 84423037 1cf40600shy -074 782227399 0279224282 o~60 285000000 09 12251304 2800000 -0-8 170744561 0150725657 000 204000000 -053 319755f2 2900000 -114 53863f945 0360037894 000 1970000~60 - --(17 329461T 490000 -057 661794956 0312136814 000 221000000 -076 15499642 1250000 -0 7 i131609 0-218898693 000 334000000 -068 30985391 2400000 -1 03 654850078 0316355057 000 240000000 -103 If548501

Note Use thiS section to conver1lab concentrations shown as dissolved to total

3282012 11 54 AM

N o P

CICt ITotal Value

01767998 1 0 00346505 0 01982974 0~0865K57 0-4791054 01635355 00890854 03163551

Page 2 of 7 ADEQ Water Div NPDES

LG K M Max Daily Limit LTA Multiplier for Human Health (Ref 2009 CPP Section 5272) STEP 2 IIfjPUT AM~EN-AND EFFL~~titD~tL_ 1 shy

J

J CALCULATE IN-STREAM WASTE CONCENTRATIONS

_ L~ J _ __ _ _ ___ For less than 20 data points enter geometric mean concentration as micro-gram per liter (ugl or ppb) IFor 20 or more data pOints in set enter highest concenirationasmicro-gram per liier (ugi or ppb)

---1 1 _ I __ I J Effluent value reported as lt detection level (DL) but the DL is greater than MQL the 112 DL is used Effluent value reported as lt deiection level (DL) and the DL is smaller than MQL 0 is used

If afir~~ue ~eportel even Iessi an MQL th~ rePt rted value it used 1 The following formulae is used to calculate the Instream Waste Concentration (IWC) (leaj~~ reie~--o_cP-P- for eJEitaiIL ___ 1 --- -- IWC = [(FQaCb) + (Qemiddot2 13middotCe)) I (FQa + Qe)

t~lnst~a~Waste on~nt~ationI F = Fraction of stream allowed for mixing Ce = Reported concentration in effluent CtJ = Ambient stream conceniraiiori upstream of discharge Qe = Plant effluent flow I Qb = Critical low flow of stream at discharge point expressed as the 7Q10 or harmonic mean flow for human health critena

Upstream J IOW (Qb)= (0100~7Q10) X 7Q10 for Chronic tnd Acute I The following formulae convert metals reported in total form to dissolved form if criteria are in dissolved form

1 1 r 1 I 1 Kp = Kpo bull (TSSa) Kp = Linear partition coeffiCient Kpo and a can be found in table below GCt = 11 (1 + KpTSS 10A-6) I TSS = Total suspended solids concentration found in receJving stream (or in effluent for intermittent stream)

Total Metal Criteria (Ct) = CII (CC) I _ CICt = Fraction ofmetal dissor ed and crrDissolved criteria value _ _ _1_ 1 Stream Linear Partition Coefficient (Insert Dissolved Cone in Column B to convert to Total) I ILake Linear Partition Coefficient Dissolved

Value in Stream Kpo alpha (a) Kp CICt Total Value ~P~ alpha (a) I Kp

4000000 -113 769377071 028~~~0141 000 _~_20000~~~ -=-O~~_ 14109442 3360000 -093 130053281 0188973106 000 217000000 -027 84423037 1cf40600shy -074 782227399 0279224282 o~60 285000000 09 12251304 2800000 -0-8 170744561 0150725657 000 204000000 -053 319755f2 2900000 -114 53863f945 0360037894 000 1970000~60 - --(17 329461T 490000 -057 661794956 0312136814 000 221000000 -076 15499642 1250000 -0 7 i131609 0-218898693 000 334000000 -068 30985391 2400000 -1 03 654850078 0316355057 000 240000000 -103 If548501

Note Use thiS section to conver1lab concentrations shown as dissolved to total

3282012 11 54 AM

N o P

CICt ITotal Value

01767998 1 0 00346505 0 01982974 0~0865K57 0-4791054 01635355 00890854 03163551

Page 3 of 7 ADEQ Water Div NPDES 3282012 11 54 AM

PG J K L M N o Dissolved Total

The following formulas ani used to caiculate water quciTIty criteria based onRegulationNo 2- (Act4i2ofArk 1949) WOC (ugI) WOC(ugI) ---shy 831

179Cadmiumshy - r - T - - 1~h~~iC- r I - --1~~-~~ middotg~rr~~f~~~~f~~d~~)U~~6) CF1 = 1136672 [0041838ln(hardness)] CF2 = 1101672 1[0041838ln(hardness)]

Acute Chronic

Acute Chronic

Acute Chronic

1 1 1 WER X 0316 X e(0819[n(hardness)]+3688 WER X 086 X e(0819[ln(hardness)]+1561

WERX 0982)16--= [ ~ WER X 11 X 0962r -

101147 3-2811 1

__1 ~ ~ 1 1058

WER X 096 X e(09422[ln(hardness)]middot1464) 3439 WER X 096 X e(08545[ln(hardness)]T465)shy 2148

1

Acute Chronic

==-- ~ - -= shy T=-=- __L_-WER X e(1273[ln(hardness)]middot~4f30)_CF3 14410

562

---1------- -shy - ~-------- --_ shy _ -CF3 = 146203 - [0145712ln(hardness)]

Acute Chronic

Acute C-hronic

Acute Chronic

Acute

Acuie chroniC

IfVERJ-et127[~(~~rcln~SlS)]AJQ5)lmiddotCF3 -WER X 085-X24 - -

WERXO012 ]

WER X 0998 Xe-c(-=shy0-=shy84=6770[ln(hardness)]+33612)

WERX Q997X e(O8460rfu-(hardness)j+11645)

___ _I_ ___J _ _ I WER X 0978 X e(08473[ln(hardness)]+0860) WER X 0986 X e(08473[ln(hardness)]+07614)_- - ~ J - -Lshy--_ ] - -WER 5(085 x_El(7i[lil(har~ness)]~652)

WER X 2236 - - --shy

WER X 52

204 ---shy 001

266210 29565

21546 196-7 5

1246

2236 520

Acute WER X 20 I 2000 Chronic WERX5-shy r 500 I I--shy

The following formulas are applicabl~to~hEl ~t tr~~~odel for a~calcLJIai~g ~ion Factor (DF) I I

J - l DF=((~8 D 314160 5) X) J Where DF is of effluent at distance X D is the diameter of the outfall pipe

_ ~nd X I~ aguatic life crlteria-=-25 feet for ZID_100 feet for illlxing zone human health criteria OO feet for mlxng zone

_ _ DF~_ - rVA=UEJ cule - l IAL lJ E l ~tlrOni_C_ _ 1~=UE Bioacc J The followingo~ulas are uecJ t~ cal~ute t~e-=st ie=arn_w~cE~~~) fCJr eac~ ~T~t~nt _ _ _ _____ I _ _ I

IWC =[(Frac X Critical Flow X Cb) + (213 X Ce X Od)] [Frac X Critical Flow + Od] where the critical flow is the 7010 except for lakes with the Jet Stream Model Use EPA Statistical Facto rot 2 13 for less than 20 Ce datailoints with the Geometric Mean of the Ces use 1 for more than 20data pOints with the maximum Ceo IWC = (DF X Ce) + Cbforlakes with JefStream Model II 1 - I [ I I

--

Page 4 of 7 ADEQ Water Div NPDES 3282012 11 54 AM

A B C D E F G H J K L M N 0 P Arkansas Arkansas

Number of Background Effluent Chronic Acute Chronic I ArkansasDom~~ AStatistical Conc Supply AquaticConc Aquatic Bioacc _ Aquatic Aquatic BioaccJMQL EPAIData points LUTANTS~ Ce shy- CO-shy -lWC-rweshylWC we fR-Ndl

ugl ugl ugl uglugl _ Factor u~l _ gl l91 ujll ugl

METALS AND CYANiDE 1 Antimony Total 60 213 0 0 000 000 000 9999999]0000 9999999 9999999 2 Arsenic Total 05 9999999 213 0 120 2064 15187 6646 727 999999900 9999999

213 0 0 6--00 shy3 Beryllium Total 05 O~OO 4000 000 99999990099999ff9 213 0 0 000 4 Cadmiuin-Total 1 000 000 2941 9999999060 9999999

- if3 0 00 shy 0-00 6 Chromium (Tri) 10 000 9999999 5352450 0 000 9999999 --16shy 006shy7 Chromium (hex) 213 0 0 000 000 1571 9999999000 9999999

-358shy 9999sect99 213 155 44 2fs 12315620 177 99999998 Copper Total 05 956629 Lead Total 05 213 0 0 000 000 006 000 9999999 9999999

10 Mercury Total 0005 213 0 00078 000 001 000 567000 99ll9999 9999999 12 Nickel T()tai[ 05 213 0 0 000 000 000 852863 9999999000 9999999

-213 0 0 00013 Selenium Total 5 O~OO 99sect9999 2000000 000 9999999 - 600shy 0]014 Silver Total 1_ 05 213 0 0 000 000 9999999 3939 9999999

15 Thallium Total 1 05 9sect99999213 0 0 000 000 000 000 999999900 9999999 6 Zinc ToiaI _ 567 97 - 21--90 12506 57 92 1139 f999999

823shy 360shy129 Phenols Total 0 65 112 -9999999039 99~sect3poundOO

Ijfj~~ f ~ IUU~~I~~p

iH~~

633 173628

1058 7694 3725 0012 94717

500 iii If i 4~ i i111 lIiI liN

I ~~~I iii - 0--60Tf Cyanide Total ~~-+-~ ~l 0 0 000 606 I-22-36 52 99-999-99000 9999999

bIOXIN _J --shy18 2-3-7-8-TCDD 1 000001 213 0 0 000 000 000 000 I 9999999 I 9999999 I 9999999 100E-06

VOLATILE COMPOUNDS I 1--- 1 19 Acrolein I 50 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999

213 0 0 000 000 000 000 99999sect9 9999999 9999999999999920 ACrylOnitrile l 20 21 Benzene 10 213 0 0 000 000 000 000 9999999 9999999 99999999999999 22 Bromoform 10 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999 23 Carbon Tetrach 2 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999

213 0 0 600 10 000 060 000 9999999 9999999 9999999 9999999 10 213 0 0 600 000 6~60 000 9999999 9999999 9999999 9999999

--0(566--0-6 shy50 213 0 0 000 000 9999999 9999999 9999999 9999999 27 -2Chloroethylvinyl ether 10 -600 - 000- 9999-999 9999999213 0 0 6~66 000 9999999 9999999 ~ ~h lorofegtriil l 10 000 000 000 9999999 sect999999213 0 0 660 9999999 9999999 29 Dichlorobromomethane 10 2~13 0 0 000 000 9999999000- 000 9999999 9999999 9999999 30 1-1-Dichloroethane 10 000 - 000 -9999999 9999-999 9999999 9999999 213 0 0 (foo 000

- 10 213- -0~06- - o~bo 000- 000 9999999 - sect9-99999 31 1-2-Dichloroethane 9999999 0 0 9999999 32 1-1-Dichlorethylene 10 999-9999213 0 0 000 000 000 000 9999999 9999999 9999999 33 12 Dichloropropane ~ 999-9999 l4 l3DichloropoPylen~ 10

213 0 0 000 000 000 000 9999999 999999if 9999999 213 0 0 000 000 000 0--00 9999999 9999999 9999999 9999999

- 000- 6-60shy213 0 0 -00035 Ethylbenzene 10 999-9999000 999f999 9999999 9999999 -000shy37 Methyl-Cflloride 50 -~ 0 0 000 000 000 9999999 9999999 9999999 9999999

- 213 36Methyl bromide 50 9999999 0000 0 -----000 000 9999999 9999999 9999999~~ --20 i 13 0 0 000 38 Meitiylene chloride 000 000 000 9999999 9999999 9999999 l f999999 -000 shy39 T1-2-2-Tetrachloroethal 10 - 9999999shy 9999999 213 0 0 O~OO 000 000 9999999 9999999

40Tetrachlroethylene 10 99999-99213 0 0 000 000 000 O~ 9999999 9999999 9999999 000shy41 Toluene 10 213 0 0 606shy 000 000 9999999 9999999 9999999 9999999l

213 42 1itrans-dichloroethyler 10 0 0 O~OO 000 000 000 9999999 ~l999999 9999999 9999999 44 1-1-2-Trichloroethaiie 10 213 0 0 000 000 - 0]0 0~60 9999999 9999999 9999999 9999999 43 1-1-1-Trichloroethane 10 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999 - -shy

45 Trichloroethylene 10 213 0 0 660 000 000 000 9999999 9999999 9999999 9999999 4S VInyi Chloride 10 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999

--

Page 4 of 7 ADEQ Water Div NPDES 3282012 11 54 AM

A B C D E F G H J K L M N 0 P Arkansas Arkansas

Number of Background Effluent Chronic Acute Chronic I ArkansasDom~~ AStatistical Conc Supply AquaticConc Aquatic Bioacc _ Aquatic Aquatic BioaccJMQL EPAIData points LUTANTS~ Ce shy- CO-shy -lWC-rweshylWC we fR-Ndl

ugl ugl ugl uglugl _ Factor u~l _ gl l91 ujll ugl

METALS AND CYANiDE 1 Antimony Total 60 213 0 0 000 000 000 9999999]0000 9999999 9999999 2 Arsenic Total 05 9999999 213 0 120 2064 15187 6646 727 999999900 9999999

213 0 0 6--00 shy3 Beryllium Total 05 O~OO 4000 000 99999990099999ff9 213 0 0 000 4 Cadmiuin-Total 1 000 000 2941 9999999060 9999999

- if3 0 00 shy 0-00 6 Chromium (Tri) 10 000 9999999 5352450 0 000 9999999 --16shy 006shy7 Chromium (hex) 213 0 0 000 000 1571 9999999000 9999999

-358shy 9999sect99 213 155 44 2fs 12315620 177 99999998 Copper Total 05 956629 Lead Total 05 213 0 0 000 000 006 000 9999999 9999999

10 Mercury Total 0005 213 0 00078 000 001 000 567000 99ll9999 9999999 12 Nickel T()tai[ 05 213 0 0 000 000 000 852863 9999999000 9999999

-213 0 0 00013 Selenium Total 5 O~OO 99sect9999 2000000 000 9999999 - 600shy 0]014 Silver Total 1_ 05 213 0 0 000 000 9999999 3939 9999999

15 Thallium Total 1 05 9sect99999213 0 0 000 000 000 000 999999900 9999999 6 Zinc ToiaI _ 567 97 - 21--90 12506 57 92 1139 f999999

823shy 360shy129 Phenols Total 0 65 112 -9999999039 99~sect3poundOO

Ijfj~~ f ~ IUU~~I~~p

iH~~

633 173628

1058 7694 3725 0012 94717

500 iii If i 4~ i i111 lIiI liN

I ~~~I iii - 0--60Tf Cyanide Total ~~-+-~ ~l 0 0 000 606 I-22-36 52 99-999-99000 9999999

bIOXIN _J --shy18 2-3-7-8-TCDD 1 000001 213 0 0 000 000 000 000 I 9999999 I 9999999 I 9999999 100E-06

VOLATILE COMPOUNDS I 1--- 1 19 Acrolein I 50 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999

213 0 0 000 000 000 000 99999sect9 9999999 9999999999999920 ACrylOnitrile l 20 21 Benzene 10 213 0 0 000 000 000 000 9999999 9999999 99999999999999 22 Bromoform 10 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999 23 Carbon Tetrach 2 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999

213 0 0 600 10 000 060 000 9999999 9999999 9999999 9999999 10 213 0 0 600 000 6~60 000 9999999 9999999 9999999 9999999

--0(566--0-6 shy50 213 0 0 000 000 9999999 9999999 9999999 9999999 27 -2Chloroethylvinyl ether 10 -600 - 000- 9999-999 9999999213 0 0 6~66 000 9999999 9999999 ~ ~h lorofegtriil l 10 000 000 000 9999999 sect999999213 0 0 660 9999999 9999999 29 Dichlorobromomethane 10 2~13 0 0 000 000 9999999000- 000 9999999 9999999 9999999 30 1-1-Dichloroethane 10 000 - 000 -9999999 9999-999 9999999 9999999 213 0 0 (foo 000

- 10 213- -0~06- - o~bo 000- 000 9999999 - sect9-99999 31 1-2-Dichloroethane 9999999 0 0 9999999 32 1-1-Dichlorethylene 10 999-9999213 0 0 000 000 000 000 9999999 9999999 9999999 33 12 Dichloropropane ~ 999-9999 l4 l3DichloropoPylen~ 10

213 0 0 000 000 000 000 9999999 999999if 9999999 213 0 0 000 000 000 0--00 9999999 9999999 9999999 9999999

- 000- 6-60shy213 0 0 -00035 Ethylbenzene 10 999-9999000 999f999 9999999 9999999 -000shy37 Methyl-Cflloride 50 -~ 0 0 000 000 000 9999999 9999999 9999999 9999999

- 213 36Methyl bromide 50 9999999 0000 0 -----000 000 9999999 9999999 9999999~~ --20 i 13 0 0 000 38 Meitiylene chloride 000 000 000 9999999 9999999 9999999 l f999999 -000 shy39 T1-2-2-Tetrachloroethal 10 - 9999999shy 9999999 213 0 0 O~OO 000 000 9999999 9999999

40Tetrachlroethylene 10 99999-99213 0 0 000 000 000 O~ 9999999 9999999 9999999 000shy41 Toluene 10 213 0 0 606shy 000 000 9999999 9999999 9999999 9999999l

213 42 1itrans-dichloroethyler 10 0 0 O~OO 000 000 000 9999999 ~l999999 9999999 9999999 44 1-1-2-Trichloroethaiie 10 213 0 0 000 000 - 0]0 0~60 9999999 9999999 9999999 9999999 43 1-1-1-Trichloroethane 10 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999 - -shy

45 Trichloroethylene 10 213 0 0 660 000 000 000 9999999 9999999 9999999 9999999 4S VInyi Chloride 10 213 0 0 000 000 000 000 9999999 9999999 9999999 9999999

--

Page 5 of 7 ADEQ Water Div NPDES 3282012 11 54 AM

A T B c T D E I F G H J K L M N Po ACID COMPOUNDS 1 I - I l _____ __ __ ____ _ _ _47 2-C_hlorophEH10I __ 1 10 213 0 o 000 000 000 000 9999999 9999999 9999999 9999999 48 2-4-Dichlorphenol 10 213 0 o 000 000 000 000 9999999 9999999 9999999 9999999 492-4 Dimethylphenol 10 213 0 o 000 000 000 -0609999999 9999999 9999999 9999999 504 6-Dinitro-o-Cresol 50 213 0 o ~ 000 000 000 ~9~~ 9999999 9999999 9999999

50 213- - 0 -99pound1999951 2~4-DinjirophenoT - o 000 000 000 000 9999999 9999999 9999999 52-53 Nitrophenols 20 2-13- 0 o 000 ~ 000 000 9999999 9999999 9999999 9999999 54 4 Ctiloro~3--methylpheno 1 10 213- 0 o 000 -000 000 -000 - 9999999 99999-99 9999999 9999999 55 PentachlorophenOl 1 5 2~ 0 o 000 000 000 000 9999999 9-999999

1 10 213 0 o 000 - - 0-00- 000 - - 0--00 - 9999999 2312 1774

9999999 9999999 9999999 1 10 213 0 o

h-i~5= tJenol =-16 9999999 9999999 9999999QsectO-QOsect - O~Qq _oQ~ f-9_~~~~9 t - --- shy

S7 2~-6ThrOOI l- Ambient Acute Chronic Human Background Effluent Domestic Acute Chronic Human Aquatic Aquatic Health

Conc Conc SUIlP~y Aqu~tic Aq_u_a~ic HEltlIt~ [Reserved] Criteria Criteria Criteria C-e BASENEUTRAL COMPOUNDS 213 Cb IWC IWC IWC IWC ugll ugll ugll1 r

shy

58 Acen~j)~~_nEl 10 213 0 o -000 QOO 6 Q0 OQQ ~9~~~~ ~j~9~99 9999999 9999999 59 Acenapthylene 1 10 213 0 o 000 000 000 000 9999999 9999999 9999999 9999999 60 Anthracene] 1 10 213 0 o 000-- 006 _ -000 O~OO -99999999999999 9999999 9999999 61 Benzidine 1 150- 2T3 - 0 o 0--00 0--0-0 C)OOmiddot -000 9999999 9999999 9999999 9999999 62 -~eriz~(aj anthracene 1 5 213 0 o 000000 000 -000 9999999 9999999 9999999 9999999 63 Benzo(a) pyrene 1 5 213 0 o 000 - 000- 000 f- 000 - ~99~~ 9999jl~~ 99~9_999 9999999 64 34-benzotiouranthene - 1-0 2 13 0 o 000 000 000 000 9999999 9999999 9999999 9999999 65 Benzo(ghi)perylene 120 - 213 0 o 000 000 000 000 9999999 if9-99999 9999999 9999999 66 Benzo(k) fluoranthene 1 -5- 213 0 o 000 000 006 1--- 0-60 9999999 9999999 9999999 9999999 67 Bjs(2~chloroethoxy)metli l - iO - 213 0 o 000 000 --000- - 000 ~999999999999 9999999 9999999 68--Sls(2-chloroethly)Ether 1 To 2T3 0 o 006-- 000 - - 000 000- 9999999 99999-99 9999999 9999999 69~Bis(~chTorolSOpropyl) e 1 -0 213 0 o 006 o~oo 000 000 999-9999 99~j9999 9-999999 9999999

- -10 - 2-13-- 070 Bis(2-ethylhexyl)phthala 20 344 2531 11 08 121 9999999 9999999 9~i99999 9999999 71 4-Bromophenyl phenyl e --0- 213 0 o 000 000 000 - -000- 9999999 9999999 9999999 9999999 72 Butylbenzy phthalate 1 To 2~13- 0 o 000--1--000 000 000 ~~~ _~J_9J999 ~~9~_~ ~~~~_ 73 2-chloronapthalene 1 fa 213 0 o 000 ~~_ 000 ~ 9999999 9999999 9999999 9999999 74 ~Iorophenyl phenyl el 1 10 213 0 o 000 000 000 000 9999999 9999999 9999999 9999999

1 - -5 - -~ 07~_~~rysene J o 000 000 000 000 1-999999 9999999 9999999 9999999 a7 - --h racene 1 ~ 0

7j79 Dictilorobenzene(1 ~i 110 213 0 o 000 - 000 000 000 9999999 999999-9 99-99999 9999999 76 Diben-zo-c(c- h7)ant-- 5 o 000 000 000 000 9999999 9999999 9999999 9999999

80 33DichlOrobenzidine 1 5- 213 0 o 000 000 000 000 999999-9 9999999 9999999 9999999 81middotDiethYiPhthalate - 1 -0 H3 0 o 000 ----000 000 000 9999-999 9999999 9999999 9999999 8-2~ Dimethyl phthalate 1 10 213 0 o 000 ----000 000 000 99999-99 -9999999 9999999 9999999 ~83 -~)GifB_utY--iilithafate 1 - -10 2T3- 0 o 660 600 000 000 9999999 99-999-99 9999999 9999999 84 2-4-Dinitrotoluene 1 TO 213 0 o 000 000 000600- 9999999 - 9999999 9999-999 9999999 8-5 2-6-Dinitrotoluene 110 -213 0 o 000 000 000 000 9999999 9999999 99999999999-999 86 Di-n-octyl phthalate 1 - 115 213 0 o Too O~OO -0-06- 000 9999999 9999999 9999999 9999999 87 12-diphenylhydrazine 1 20213 0 o 000 000 000 - 000 - ~999 9999999 9999999 999999988 Fluoranlhene shy 1 10 213 0 o ~ - t-oOO 000 __ Q9Q _~~_9~~~ f--9999_9~_9 9_9~f~9l ~999~999 ~~ FlugrEnEl I__ 110 213 0 o 000 000 000 000 9999999 9999999 9999999 9999999 90 Hexachlorobenzene 1 - 5- 213 0 o 000 000 000 000 9999999 99-99999 9999999 9999999 91 Hexachlorobutadiene ---0--2~~ 0 o 000 000- - -000 - - 000 9999999 9999999 9999999 9999999 n Hexachlorocyclopentadi 10 213 0 o 006 000 000 -000 9 999999 -9999999 9999999 9999999

~~9~3 Hexachloroethane- - 20 ~- 0 o 000 000 -000 000 9999999 9999999 9999999 999-9999 ~~exachlorocyclohexane 2~i3 0 o 000-- --000 -000 000 9999999 --2- 00800373

94 Indeno(123-cd)pyrene 5 213 0 o 000 000 000 000 9999999 ~99~ 999_99_9_9 i999-999 ~-lsoph9onEl I-___ 10- ~ 0 o 000 000 000 000 9999999 9999999 9999999 9999999 96 Naphthalene 10 o 000 - 000 -000 000 9999999 9999999999-9999 9999999

-~I 21 3 - 0 - -- - -_ -- -- __- -- - --- -shy9i-Nitrobenzene--- - 10 213 0 o 000 000 000 000 ~999 9999999 9999999 9999999 98 N-nitrosodimethylamine 50 213 0 o 000 000 000 - 000 9999999 99999999999999 9999999

- ---- -

Page 6 of 7 ADEQ Water Div NPDES 3282012 11 54 AM

c BI L N-nitrosodi-n-propylamir

-1Dei N-nitrosodiphenylaminE 1-101 Phenanthreneshy103 124-t~i~lilorotienzene

PESTICIDES I 104 Aldrin 105 Alpha-BHC 106 Beia~I3HCL 107 Gamma-BHC 108 Delta-S-Hc

11044-DOT 11 44-DOE 112 c~4-D120 shy

169 ChIO1

113 Dieldrin 114 Alpha-endosulfan 1-5 Beia-endosulian 116 Endosulfan sUlfate 1fL~ndriri - -r- 118 Endrin aldehyde D9~ Heptachlor-- shy120 Heptachlor epoxide

~ ~g~cr 123 PCB-1221 124 PCB-1232

~

c I 0 1 20 1 20 1 -10

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000 9999999-shy 060shy 9999999

000 9999999 000 9999999 000 9999-999 000 9999999 000 9999999 000 9999999 000 999999-9 000 9999999

M 9999999 99~f99-99 9999999 9999999

3 9999999 9999999 999-9999 9999999

24 11

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999999eshy9999999 -00019 0056 0056

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0014 0014 0014 0014 0014 0014 0014 00002 0041

0 P 9999999 9999999 9-9~f9999 9999999

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9999999

Page 7 of 7 ADEQ Water Div NPDES 3282012 1154AM

A B C 0 E F G H L M N 0 PplusmnAPPLICABLEWAt-ERQUALITY -BASEiSLIMifs I I LJ I l u ~ I I

ADEQ HUMAN HEALTH CRITERIA - ----- ----Permit Permit Permit Permit Permit Permit Permit Permit Daily Monthly Daily Monthly Daily Monthly Daily Monthly

Average MaximumMaximum Average Maximum Average Maximum Average ugii ugl IbdayI b(j ay _u_g~ ugl Ibday Ibday

-NO shy- NO NO NiT NONONO NO -NONO NO NO

NO NO NO NO NO NO NO NO

Pentachlorophenol NO NONO NO Aldrin I NO NO NO NO

NO NONO NO NO NO NO NO - NO

I I-NO NONO -NONO NO NO

NO NO NO NO NO Dieldrin NONO NO - NO I NO NO NOI NOshyNO NO NOAlpha-endos~fan

NO -shy NO Beta-endosulfan NO NO NO Endosulfan sulfate NONO NO

NO NO Endrin I NO NO - NOEndrin aldehyde NO NO NO

-N-ONOshyHElptachlor ~ NO NO - NOshy- NOHeptachlor epoxide NO NO

NO shy NO NO NO NO NO NO NO NO~~~~~~~I~S J-shy NO NO NO

NO-Cadmium Tota l NO NO NO NO ChromTum(hex NO NO NO

Copper Total NO NONO NO Lead Total 1 NO NO NO NO

NO NO NO NO NO NONO NO

Selenium Total I NO NO NO NO NO NO NO NO

NQshy -NO NONO N-Oshy --NOChromiumTri NO NOZI To i-

-NONO NO NO - ~- NO ~O-NO NO NO NO ~li~~~~~~~1 - No- NO NOshyNO NO NO NONO

NO shyN O NONO NO ~ ~ NO - -NO NO NO N ONO tJO NoNO

-~- NOshy - NO shyNO NO NONO NO -NONmiddoto NONO NO NO NO NO

- -NOshy- NO NONO NONO NO NO NO-shy-NO NOshyNO NO NONO NO

- NO - N(YNO NO NO NO NONO