ANTARES Cased Hole Instruments-2017 Hole GmbH Logging Instruments than of experience

Cased Hole

Logging Instruments

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www.antares-geo.de

More than

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experience

ANTARES Datensysteme GmbH

Rudolf-Diesel-Str. 6

28816 Stuhr

Germany

Phone: +49 (0) 421 87194-0

Fax: +49 (0) 421 87194-25

Email: [email protected]

Web: www.antares-geo.de

The specifications contained in this document can be modified without previous announce-ment. No part of this document may be duplicated or transmitted without explicit writtenpermission of ANTARES Datensysteme GmbH.

(C) 1997-2017 ANTARES Datensysteme GmbH. All rights reserved

Dear Prospective Client

Over the last 20 years ANTARES has grown from a single small office

in Germany to an international company with offices in Houston and

Cairo serving customers in over 30 countries. Close collaboration

with our customers has been key to expanding our business. Our

customers see ANTARES as a partner not only for leading edge

technology but also for training, maintenance and Research &

Development.

Our clients appreciate the individual and comprehensive support

provided by ANTARES and the reliability of the tools and surface

system. The combinability of our instruments (see next page) helps

them to reduce rig time dramatically. ANTARES tools are accepted by

State and International Oil Companies because the response and the

accuracy of the tools provide logs comparable to those of major

service companies, as demonstrated in test runs.

Therefore I'm happy to present you our latest catalogue featuring a

wide range of logging tools and accessories. Together with my team, I

hope we will become partners in the future. Discover the 'German

Engineering' difference!

Conrad Blumhagen

Business Development Director


© ANTARES 2017 1

Free Pipe

Instrument(1 / ")11 16

Stand Alone

Portable System

ANTARES Free PipeInstruments are fullydigital and are ratedfor 160° C (320° F) and100 MPa, (14,000 psi).The tool is equippedwith a highly sensitivesensor measuringdown to 0.01 degreetwist and an axialmovement of 0.001mm.

ANTARES Interface Panel

TelemetryGR/CCL(2 / ")1 2

MultifingerCaliper40 fingers(2 / ")7 8



PulsedDecayNeutron(1 / ")11 16


Cased Hole Product Line

RadialSegmentedBond Tool(2 3/4")


QuartzPressureConductivityTemperature(1 / ")11 16

Combinability

Mono-Conductor Cable1 / "Telemetry11 16

Multi-Conductor Cable2 / " Telemetry1 2

InlineRollerCentralizer(2 / ")1 2

Spectral GR(2 / ")1 2

CompensatedNeutron(2 / ")1 2

DoubleKnuckleJoint(2 / ")1 2

CBL(2 / ")1 2


RadialSegmentedBond Tool(2 / ")3 4

DoubleKnuckleJoint(2 / ")1 2

CompensatedNeutron(2 / ")1 2





ANTARES tools of

several product

lines can be

combined as

shown with these

examples of tool

combinations

2 © ANTARES 2017

TABLE CONTENT

Preface 1Combinability 2

Telemetry / GR /CCL ( 0929 4

Radial Segmented Bond Tool (2 / ") 0928 or 0929 16

Contacts 25

Telemetries with Gamma Ray

Caliper Instruments OD Telemetry required

Radiactive Instruments

Stand Alone Instruments

1 / ")Telemetry / GR /CCL (2 / ") 0928 5Telemetry / GR (3 / ") 0930 6

Multi-Finger Caliper / 24 Finger (1 / ") 0929 7Multi-Finger Caliper / 40 Finger (2 / ") 0929 or 0928 8

3-Arm/6-Arm Caliper (2 / ") 0928 or 0930 106-Arm Caliper (3 / ") 0928 or 0930 11

Cement Bond Log (2 / ") 0929 12Compensated Acoustic /CBL (2 / ") 0929 13Compensated Acoustic /CBL (2 / ") 0928 or 0930 14Compensated Acoustic /CBL (3 / ") 0928 or 0930 15

Pulsed Decay Neutron Instrument (1 / ") 0929 17Spectrum Gamma Ray (2 / ") 0928 or 0930 18Spectrum Gamma Ray (3 / ") 0928 or 0930 19Compensated Neutron (2 / ") 0928 or 0930 20Compensated Neutron (3 / ") 0928 or 0930 21

Bottom Temperature (1 / ") 0929 22Quartz-Pressure / Temperature / Fluid Conductivity (1 / ") 0929 23

(1 / ") none 24

OD Telemetry type

Acoustic Instruments

Pressure / Temperature Subs

11 16

1 2

3 8

11 16

7 8

1 2

3 8

1 2

1 2

1 2

3 8

11 16

1 2

3 8

1 2

3 8

11 16

11 16

11 16

3 4

Free Pipe Instrument

Multi-Finger Caliper / 60 Finger (4") 0929 or 0928 9


© ANTARES 2017 3

Specifications

Logging Parameters

Measuring Parameters

Displayed Standard Curves

Combinability

With all ANTARES C/H Instruments

RecommendedMin. Hole Diameter: 70 mm (2.75“)Max Hole Diameter:

Recommended

depending on toolstring configuration-decentralized for largediameters

Logging SpeedGR: 9 m/min

(1800 ft/hour)Sample Rate: selectable

Measuring Range: Accuracy:GR: 0 to 3000 gAPI GR: 5 % of measured values*CCL: can be adjusted

+

Diameter: 43

Weight: 8 kg (18 lbs)

mm (1.69")Length: 1,470 mm (58")

Max. Temp: 175°C (350°F)Max. Pressure: 100 MPa (15,000 psi)

Top Connector: GO1Bottom Connector: ANTARES Toolbus CH

Sensors: GR (NaI scintillationcrystal)CCLCable Head VoltageElectronics Temp

Measure Points (from bottom):GR: 226 mm (9“)CL: 1210 mm (47.6")

The ANTARES 0929 Digital Telemetry instrument handles the communication between the ALADINsurface system and ANTARES digital downhole instruments in both directions. It also monitors thetemperature of the telemetry electronics and the cable head voltage. The tool includes a Casing CollarLocator and a Gamma Ray scintillation detector, measuring the total gamma rays emitted by thesurrounding formation. The Gamma Ray Log and the CCL can be run in open and cased holes, in allmud systems and in dry holes.

1 / " Telemetry / GR / CCL11 16

ANTARES is continually updating and improving its high performance and quality logging system and for this reason the specificationsare subject to change without prior notice.

* Gamma Ray measurements are radioactive measurements and hence subject to statistical variations.These variations depend inter alia on logging speed and filter strength.

GR in API Gamma RayCHV in V Cable Head VoltageTEMP in °C/°F Electronics TemperatureCCL Casing Collar Locator


4 © ANTARES 2017

Specifications

Logging parameters

Combinability

With ANTARES SHARP family of 2 ½" open hole tools.

Diameter: 63.5

Weight: 22 kg (48.5 lbs)

mm (2.5")Length: 1,080 mm (42.5")


Top Connector: ANTARESBottom Connector: ANTARES Toolbus

GR NaI scintillation crystalCCL coil and magnet

Measure Points (from bottom):GR : 220 mm (8.7“)CCL: 880 mm (34.6”)

The ANTARES 0928 Digital Telemetry instrument handles the communication between the ALADINsurface system and ANTARES digital downhole instruments in both directions. It also monitors thetemperature of the telemetry electronics and the cable head voltage.The tool includes a Gamma Ray scintillation detector, measuring the total gamma rays emitted by thesurrounding formation and a Casing Collar Locator. The Gamma Ray Log (GR) can be ran in open andcased holes, in all mud systems and in dry holes. For cased hole operations, a CCL is also part of thetool.


GR in API Gamma RayCCL in mV Casing Collar LocatorCHV in V Cable Head VoltageTEMP in °C Electronics Temperature


Measuring Range: Accuracy*:GR: 0 to 3000 gAPICCL: single casing string

GR: 5 % of measured values*+

Telemetry / GR / CCL


Recommended:Min. Hole Diameter: 100 mm (4")Max Hole Diameter: NA

Recommended:Logging Speed GR: 9 m/min

(1800 ft/hour)Sample Rate: selectable

* Gamma Ray measurements are radioactive measurements and hence subject to statistical variations.On a log, these variations between other factors depend on logging speed and filter strength.

2 / " Product Line1 2

© ANTARES 2017 5

Specifications

Logging Parameters



Combinability

RecommendedMin. Hole Diameter: 125 mm (4.92“)Max. Hole Diameter: 550 mm (21.7")

to be decentralized inhole sizes above550 mm

RecommendedLogging Speed

GR: 9 m/min(1800 ft/hour)

Sample Rate: selectable

Measuring Range: Accuracy:GR: 0 to 3000 gAPI GR: 5 % of measured values*+

Diameter: 86


mm (3.39")Length: 1,310 mm (52")


Top Connector: ANTARES Toolbusadaptable to GO7

Bottom Connector: ANTARES Toolbus

Sensors: GR (NaI ScintillationCrystalCable Head VoltageElectronics Temp

Measure Points (from bottom):GR: 403 mm (16“)ACC: Single Axis ACC

The ANTARES 0930 Digital Telemetry instrument handles the communication between the ALADINsurface system and ANTARES digital downhole instruments in both directions. It also monitors thetemperature of the telemetry electronics and the cable head voltage.The tool includes a Gamma Ray scintillation detector, measuring the total gamma rays emitted by thesurrounding formation. The Gamma Ray Log can be run in open and cased holes, in all mud systemsand in dry holes.

Telemetry / GR


GR in API Gamma RayCHV in V Cable Head VoltageTEMP in °C/°F Electronics Temperature

With all 3 / " ANTARES O/H Instruments3 8

Separate 3 / " CCL available3 8

ANTARES is continually updating and improving its high performance and quality logging system and instruments. For this reason thespecifications are subject to change without prior notice.


6 © ANTARES 2017

Specifications

Logging Parameters



Combinability

With ANTARES C/H Instruments

RecommendedMin. Inner Pipe Diameter: 70 mm (2.8 )Max. Inner Pipe Diameter:

114 mm (4.5")178 mm (7.0 )

Recommended"

w/ 4.5" fingersw/ 7" fingers "

Logging Speed:w/ 929 Telemetry up to 6.5 m/min*

(up to 1280 ft/hour)


*depending on sample rate and cable type

Measuring Range: +Diameter w/4.5" fingers:50 mm to 114 mm

(1.97" - 4.5")Diameter w/ 7" fingers 50 mm to 178 mm

(1.97" to 7.0")

0.89 mm (+/- 0.035")Accuracy:

0.1 mm (0.0039")Resolution:

Tool Deviation

Diameter: 45

Weight: 15 kg (ca.)(33 lbs)

mm (1.77")Length: 1,285 mm (ca.)

Max. Temp: 175°C (350°F)Max. Pressure: 100 MPa (15 kpsi)

Sensors: 24-Finger (LVDT)Sensor TemperatureAccelerometer (x, y)

(2.6")

Telemetry required: yes (929)Top Connector: ANTARES ToolbusBottom Connector: ANTARES Toolbus

1 / "11 16 Multifinger Caliper - 24


RAD1 to RAD24 in mm 24 RadiiMinRAD in mm Minimum RadiusMax RAD in mm Maximum RadiusAverageRAD in mm Average RadiusDeviation in deg Inclination of the BoreholeSTemp in °C/°F Sensor TemperatureCHT in V Cable Head VoltageBHT in °C/°F Borehole temperature


The 1512 Multifinger Caliper (MFC24) is used to sense deposits like scale, but also holes and corrosionor mechanical damage inside pipe. 24 motorized fingers measure accurately pipes of up to 7" indiameter. Two centralizers above and below support the tool during logging. Multifinger calipers areespecially useful when acoustic measurements cannot be run like in gas wells or in heavy mud.The ANTARES GeoBase 3D-Log View visualizes the measurements. The software is interactive so thecustomer can easily detect potential areas for repair work.

© ANTARES 2017 7

Specifications



Combinability

With ANTARES C/H Instruments or with ANTARES SHARP family of 2 ½" open hole tools

RecommendedMin. Inner Pipe Diameter: 98 mm ( )Max. Inner Pipe Diameter:

178 mm (7.0")254 mm ( )

Recommended3.9"

w/ 7" fingersw/10" fingers 10.0"

Logging Speed:w/ 929 Telemetry up to 4.5 m/min *

(up to 885 ft/hour)w/ 928 Telemetry up to 15 m/min *




Measuring Range: +Diameter w/ 7" fingers: 80 mm to 178 mm

(3.15" - 7.0")Diameter w/10" fingers: 80 mm to 254 mm

(3.15" to 10.0")

0.89 mm (+/- 0.035")Accuracy:

0.1 mm (0.0039")Resolution:

Tool DeviationMeasuring Range: 0-180°

Diameter: 73

Weight: 44

mm (2.88")Length: 1534 mm (ca.) (60")

kg (ca.) (97 lbs)

Max. Temp: 175 °C (350°F)Max. Pressure: 100 MPa (15 kpsi)

Sensors: 40-Finger (LVDT)

Telemetry required: yes (929, opt. 928)Top Connector: ANTARES ToolbusBottom Connector: ANTARES Toolbus

Sensor TemperatureAccelerometer (x, y)

The 1513 Multifinger Caliper Instrument (MFC40) is used to gauge accuratly the inside of a pipe fordeposits, holes and potential evidence of corrosion. 40 fingers can sense pipes up to a maximum of 10"inside diameter. Six arms above and below the measuring fingers centralize the tool for optimalresults.The ANTARES GeoBase 3D-Log View visualizes the measurements. The software is inter-active so thecustomer can easily detect potential zones for workover.

2 / "78 Multifinger Caliper - 40


RAD1 to RAD40 in mm 40 RadiiMinRAD in mm Minimum RadiusMaxRAD in mm Maximum RadiusAverageRAD in mm Average RadiusDeviation in deg Inclination of the boreholeSTemp in °C/°F Sensor TemperatureCHT in V Cable Head Voltage


Logging Parameters

8 © ANTARES 2017

Specifications

Logging Parameters



Combinability

With ANTARES C/H Instruments or with ANTARES SHARP family of 2 ½" open hole tools

RecommendedMin. Inner Pipe Diameter:

127 mm (5.0 )Max. Inner Pipe Diameter:

254 mm (10.0")356 mm ( )

Recommended

"

w/ 10" fingersw/ 14" fingers 14.0"

Logging Speed:w/ 929 Telemetry up to 4.5 m/min *

(up to 885 ft/hour)w/ 928 Telemetry up to 25 m/min *




Measuring Range: Accuracy:w/10" fingers:102 mm to 254 mm

(4.0" - 10.0")w/14" fingers: 102 mm to 356 mm

Diameter

Diameter(4.0" to 14.0")

+/- 0.70 mm (+/- 0.027")

Resolution: 0.1 mm (0.0039")

Tool Deviation

Diameter: 102

Weight: 44 kg (ca.) (96lbs)

mm (4")Length: 1530 mm (ca.)

Max. Temp: 175°C (350°F)Max. Pressure: 100 MPa (15 kpsi)

Sensors: 60-Finger (LVDT)Accelerometer (x, y)Sensor Temperatur

(60")

Telemetry required: yes (929, opt. 928)Top Connector: ANTARES ToolbusBottom Connector: ANTARES Toolbus

The 1514 Multifinger Caliper Instrument (MFC60) is used to sense the inside of a pipe with its 60fingers. They indicate the shape as well as holes and potential evidence of corrosion . Thefingers are opened and closed by a motor. Two sizes of fingers are available to measure insidediameters up to 14".The ANTARES GeoBase 3D-Log View visualizes the measurements. The software is interactive so thecustomer can easily detect potential areas for repair work.

of the pipe

Centralizers above and below support the tool.

4" Multifinger Caliper - 60


RAD1 to RAD60 in mm 60 RadiiMinRAD in mm Minimum RadiusMax RAD in mm Maximum RadiusAverageRAD in mm Average RadiusDeviation in deg Inclination of the BoreholeSTemp in °C/°F Sensor TemperatureCHT in V Cable Head Voltage


© ANTARES 2017 9

The ANTARES 1027 and 1028 Caliper tools are non-motorized 3-arm instruments. The caliper signalsare generated by using high-resolution precision magnetic sensors and cover a range between 100and 330 mm (4" and 13"). The ANTARES 1027 tool can be run on its own as a 3-Arm Caliper or incombination (with 60 degrees offset) with the 1028 tool to become a 6-Arm Caliper.

3-Arm Caliper / 6-Arm Caliper


Specifications

Logging parameters

Combinability


Diameter: 63.5


mm (2.5")Length: 1335 mm (52.5")


Top Connector: ANTARES ToolbusBottom Connector: ANTARES Toolbus

Sensors:

Measure Points (from bottom):529 mm (20.8“)

Magneto ResistivityAngle Sensors

1027 3-Arm Caliper 1028 3-Arm CaliperRad1 in mm or in Radii 120 degRad3 in mm or inRad5 in mm or inCAL in mm or inch Caliper/calculated

borehole diameter(average Rad1- 3 - 5)

Rad2 in mm or in Radii 120 degRad4 in mm or inRad6 in mm or inCAL in mm or inch Caliper/calculated

borehole diameter(average Rad2- 4 - 6)

Measuring Range:Accuracy:100 - 330 mm

(4"-13") 1 % of Measured Value 5 mm ( 0.2")+ +CAL:

Recommended:Min. Hole Diameter: 100 mm (3.94")Max Hole Diameter: 330 mm (13")

Recommended:Logging Speed: max. 30 m/min

5900 ft/hrSample Rate: selectable

Measuring Parameters:

6-Arm-Caliper / Displayed Standard Curves

Measurement with both tools, 1027 3-Arm Caliper and 1028 3-Arm Caliper.

CAL14 in mm or in Caliper in 3 directions (120°deg)CAL25 in mm or inCAL36 in mm or in

6-Arm CaliperDisplayed Standard Curves



10 © ANTARES 2017

Specifications

Logging Parameters

RecommendedMin. Hole Diameter: 150 mm (5.9“)Max. Hole Diameter: 786 mm (30.96“)

w/extension arms: 1,094 mm (43.06")

RecommendedLogging Speed: 30 m/min max.

5900 ft/hr max.Sample Rate: selectable

Measuring Range: Accuracy:+Cal: 101-786 mm (4-30.96")

127-1,094 mm(5-43.06")

1% of Measured Value 5 mm (0.2")w/extension arms:

* with a data distance of 50 mm (2")

Diameter: 86/92w/extension arms: 127 mm (5")


mm (3.39/3.62")

Length: 2,478 mm (98”)


Telemetry required: yesTop Connector: ANTARES ToolbusBottom Connector: ANTARES Toolbus

Sensors: Magneto ResistivityAngle Sensors

Measure Point (from bottom):608 mm (23.9")

The ANTARES 1029 6-Arm Caliper tool is a motorized instrument. All six arms provide individualmeasurements. The six caliper signals are generated by using high-resolution precision magneticsensors and cover a range between 101 and 786 mm (4 and 31 inch). An extension arm kit allows formeasuring borehole diameters up to 1,094 mm (43 inch). From the six independent radii measure-ments, an average borehole diameter and X - Y - Z average diameters can be calculated.

Displayed CurvesStandard

Combinability

Rad1, Rad2, Rad3, Measured radii in six directionsRad4, Rad5, Rad6

in mm or inCal14, Cal25, Cal36 3-axis Caliper in mm or inch from six independent radii

in mm or inCaliper in mm or in Average Borehole DiameterImage Caliper

AZ in deg Azimuth - Caliper offset from magnetic northRB in deg Relative bearing - Rotation of Rad1 from high side

Used in combination with 1211 Orientation additional:

6-Arm Caliper





© ANTARES 2017 11

Diameter: 63.5


mm (2.5")Length: 2,760 mm (108”)

Max. Temp: 150°C (300°F)opt. 175°C (350°F)

Max. Pressure: 100 MPa (14,000 psi)

Telemetry required:0929 TelemetryTop Connector: ANTARES Toolbus CHBottom Connector: ANTARES Toolbus CH

Transmitter Type: Ceramic, monopoleSensors: Ceramic Transducer

Array

Transmitter-Receiver Spacing:T1-R1 : 915 mm (3 ft)R1-R2: 610 mm (2 ft)

The ANTARES 1331 Monoconductor CBL instrument is used for acquiring high-resolution, full-waveacoustic data in cased holes. One ceramic monopole transmitter and two ceramic receivers are usedto produce the waves. On the recorded data, it is possible to identify the Cement Bond and a BondIndex. The log requires a fluid filled borehole but is independent of the mud type.

Specifications

Logging parameters

Standard Displayed Curves

Combinability

Cement Bond LogSRTN (μs) Single Receiver Travel, Time from near receiverAmpN Amplitude of first arrival from near receiver, measured

at casing travel timeTrace F (mV) Trace Information from Far Receiver.BI Bond Index

RecommendedMin. Hole Diameter:100 mm (4“)Max Hole Diameter:400 mm (16“)

RecommendedLogging Speed: 6-15 m/min

1200- 3000 ft/hr

Slim Cement Bond Log / CBL


Measuring Range: Accuracy++

DT: 100-800 μs/m(35-250 μs/ft)

DT*: 3 μs/m( 1μs/ft)

borehole* centralized tool in a 100 mm diameter




12 © ANTARES 2017

Diameter: 63.5


mm (2.5")Length: 3,940 mm (156”)

Max. Temp: 150°C (300°F)

Max. Pressure: 100 MPa (14,000 psi)

Telemetry required:0929 TelemetryTop Connector: ANTARES Toolbus CHBottom Connector: ANTARES Toolbus CH


Array

Transmitter-Receiver Spacing:T1-R1 : 915 mm (3 ft)R1-R2: 610 mm (2 ft)T2-R2: 915 mm (3 ft)

Delta T Measure Point (from bottom):1,950 mm (77”)

opt.: 175 °C (350°F)

The ANTARES 1330 Borehole Compensated Acoustic instrument has been designed for acquiringhigh-resolution, full-wave acoustic data. Two ceramic monopole transmitters emit the acousticsignal which is recorded by two ceramic receivers. During one logging run, the formation travellingtime in the open-hole interval and the cement bond log in the cased-hole section can be recorded. Thelog requires a fluid-filled borehole but is independent of the mud type. Without the lower section thetool is identical to the 1331 CBL Instrument.

Specifications

Logging parameters


Combinability

Open Hole Cement Bond LogDT (μs/m) Delta TimeRuntime T1R1 (μs)Runtime T1R2 (μs)Runtime T2R1 (μs)Runtime T2R1 (μs)TTI Integrated Travel TimeTraceT1R1 TraceTraceT1R2 informationTraceT2R1TraceT2R2

SRTN (μs) Single Receiver Travel Timefrom near receiver

AmpN Amplitude of first arrival fromnear receiver, measured atcasing travel time

Trace F (mV) Trace Information from FarReceiver

BI Bond Index

Acoustic Travel Times



1200- 3000 ft/hr

Slim Compensated Acoustic / CBL


Measuring Range: Accuracy++

DT: 100-800 μs/m(35-250 μs/ft)

DT*: 3 μs/m( 1μs/ft)

borehole* centralized tool in a 100 mm diameter


If the tool is used in CBL Mode, the length can be reduced by the lower transducer section.



© ANTARES 2017 13

Diameter: 63.5


mm (2.5")Length: 3,940 mm (156”)


Telemetry required:0928 TelemetryTop Connector: ANTARES ToolbusBottom Connector: ANTARES Toolbus


Array

Transmitter-Receiver Spacing:T1-R1 : 915 mm (3 ft)R1-R2: 610 mm (2 ft)T2-R2: 915 mm (3 ft)

Delta T Measure Point (from bottom):1,950 mm (77”)

The ANTARES 1335 Borehole Compensated Acoustic instrument has been designed for acquiringhigh-resolution, full-wave acoustic data. Two ceramic monopole transmitters emit the acousticsignal, which is recorded by two ceramic receivers. During one logging run, the formation travel timein the open-hole interval and the cement bond log in the cased-hole section can be recorded.The logrequires a fluid-filled borehole but is independent of the mud type.

Specifications

Logging parameters


Combinability


Open Hole Cement Bond LogDT in μs/m ot μs/ft Delta TimeRuntimeT1R1 in μsRuntimeT1R2 in μsRuntimeT2R1 in μsRuntimeT2R1 in μs

TTI Integrated Travel Time

TraceT1R1 in mVTraceT1R2 in mVTraceT2R1 in mVTraceT2R2 in mV

SRTN (μs) Single Receiver Travel nearreceiver

AmpN Amplitude of first arrivalfrom near receiver,measured at casing traveltime

Trace F (mV) Trace Information from farreceiver

BI Bond Index

Acoustic Travel

Trace

Times

information



1200- 3000 ft/hr

Compensated Acoustic / CBL


Measuring Range: Accuracy+ +DT: 100-800 μs/m

(35-250 μs/ft)Traces up to 4000 μs

DT*: 3 μs/m ( 1μs/ft)

borehole* centralized tool in a 100 mm (4") diameter



14 © ANTARES 2017

Specifications


Combinability

Diameter: 86


mm (3.39")Length: 4,416 mm (173.9")




Array

Transmitter-Receiver Spacing:T1-R1 : 914 mm (3 ft)R1-R2: 610 mm (2 ft)R2-T2: 914 mm (3 ft)

Measure Point (from bottom):Sonic Mode: 1,353 mm (53.3")CBL Mode: 2,115 mm (83.3")

The ANTARES 1322 Borehole Compensated Acoustic instrument has been designed for acquiringhigh-resolution, full-wave acoustic data. Two ceramic monopole transmitters emit the acousticsignal, which is recorded by two ceramic receivers. During one logging run, the formation travel timein the open-hole interval and the cement bond log in the cased-hole section can be recorded.The logrequires a fluid-filled borehole but is independent of the mud type.

Compensated Acoustic / CBL

Measuring Range: Accuracy:+ +DT: 50-800 μs/m

(15-250 μs/ft)Traces: up to 4000 μs

DT*: 3 μs/m ( 1μs/ft)

* centralized tool in a 200 mm (8") diameterborehole


Logging Parameters

RecommendedMin. Hole Diameter: 125 mm (4.92“)Max. Hole Diameter: 550 mm (21.65“)


1180- 2360 ft/hrSample Rate: selectable

Standard CurvesDisplayed

Open Hole Cement Bond LogDT in μs/m (μs/ft) Delta Time for 2' spacing

RuntimeT1R1 in μsRuntimeT1R2 in μsRuntimeT2R1 in μsRuntimeT2R2 in μs

TTI in μs Integrated Travel Time

TraceT1R1 in mV TTraceT1R2 in mVTraceT2R1 in mVTraceT2R2 in mV

SRTN in μs Single Receiver Travel fromNear Receiver

AmpN Amplitude of first arrival fromNear Receiver, measured atcasing travel time

Trace F in mV Trace Information from FarReceiver

BI Bond Index

Acoustic Travel Times

race information




© ANTARES 2017 15

1333/1337 Radial Segmented Bond Tool


Specifications

Recorded Curves

Combinability

With most tools working under ANTARES CH 0929 Telemetry system (1333 RSBT) orANTARES SH 0928 Telemetry system (1337 RSBT)

Full waveforms of each segment for all monopole and multipole data.

Diameter: 688Length: 2,980 mm (117.32")



Telemetry required:yes 929 or 928Top Connector: ANTARES ToolbusBottom Connector: none

Transmitter-Receiver- Spacing:Near @ 3 ft 914 mmFar @ 5 ft 1524 mmRadial @ 2 ft 610 mm

mm (2.75”)

The Radial Segmented Bond Tool (RSBT) evaluates the cement bond quality and integrity toboth pipe and formation by providing the measurements of the cement bond amplitude (CBL)through near receiver (3-ft crystal ), and variable density log (VDL) through far receiver (5-ftCrystal). The RSBL tool also provides a cement map through eight segmented receivers, eachsegment covers 45° section of the pipe.

Additional Equipment

Inline Roller Centralizer

Logging parameters

RecommendedMin. Hole Diameter:114 mm (4.5“)Max Hole Diameter:264 mm (10“)

RecommendedLogging Speed: 12 m/min 2350 ft/hr ** depending on telemetry type


16 © ANTARES 2017

1 / "11 16 Pulsed Decay Neutron

Diameter: 43 mm ( )1.69"Length: 5742 mm (226”)Transport Length: 2450 mm (97")

3 sectionsWeight: 39 kg (86 lbs)

Max. Temp: 150° C (300°F)Max. Pressure: 100 MPa (14,500 psi)

Telemetry required: yes (type 0929)Top Connector: ANTARES ToolbusBottom Connector: none

optional: ANTARES Toolbus

Source Type:

Detector Type: NaINo of Detectors: 2

Measure Points (from bottom):

Neutron Deuterium withTritium Target

Firing frequency: 1kHzNeutron output: 1x10 n/sNeutron energy: 14 MeV

SS Detector: 2.43 mLS Detector: 2.72 m

8

The ANTARES 1471 Pulsed Decay Instrument (PDN) is a so called ‘Neutron-Gamma’ tool, i.e. itemits neutrons and detects gamma rays. The instrument measures the thermal neutron capture cross-section ( ) and provides realtime Borehole Sigma and Formation Sigma readings. The tool works inreservoirs with medium and high porosities and water salinities of around 40,000 ppm NaCl and above.

�

Neutron

Specifications

Logging parameters

Available Curves

Combinability

With ANTARES C/H instruments, e.g. Multifinger Caliper, CBL

SSpectrum 96 channels of 10.42 s lengthLSpectrum 96 channels of 10.42 s length

SS Total Long Space Count RateLS Total Short Space Count Rate

SBkgnd Short Space Background(Count Rate after switchinggenerator off)

LBkgnd Long Space Background(Count Rate after switchinggenerator off)

μμ

Sigma in cu Formation Sigma correctedfor Salinity

BHSigma in cu Borehole SigmaBH Salinity calculated from BHSigmaPorosity in % Calibrated Porosity from

ratio LS/SS

SSIn Total Inelastic Short SpaceCount Rate (0 -100 s)

LSIn Total Inelastic Long SpaceCount Rate (0 -100 s)

MSD in cu Mean standard deviation ofSigma

Ratio LS/SSRatIn Ratio "SSIn" "LSIn”

μ

μ

RecommendedMin. Hole Diameter: 70 mm (2.8“)Max. Hole Diameter: 300 mm (12“)

RecommendedLogging Speed: 6 m/min

(1200 ft/hr)*with data distance 100 mm

Measuring Range: Accuracy:Sigma: 0 - 200 Sigma: + 2% of the reading


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© ANTARES 2017 17

Specifications

Logging Parameters


Combinability

GR in gAPI Gamma RadiationK in % Potassium ContentTh in ppm Thorium ContentU in ppm Uranium ContentK/Th Potassium plus Thorium ContentChiSqr Chi-Square - a measurement for the quality of the spectrum fittingRThK Ration between Thorium and Potassium ContentRThU Ration between Thorium and Uranium ContentRUK Ration between Uranium and Potassium ContentFlaskTemp °C / °F Flask Temperature

RecommendedMin. Hole Diameter:100 mm (4“)Max Hole Diameter: NA


(590 - 1200 ft/hr )Sample Rate: selectable

Measuring Range: Accuracy*:GR 0...3000 APiK 0...50 %U 0...500 ppmTh 0...500 ppm

GR 3 % of measured values*++K, U, Th 4 % of measured values*

Diameter: 63.5


mm (2.5")Length: 1,700 mm (66.9”)



Detector Type: CsI scintillation crystal

Measure Point (from bottom):336 mm (13’’)

Spectrum: 0...3000 keV,256 Channels

The ANTARES 1484 Spectrum Gamma Ray (SGR) is an instrument logging the natural gammaradiation. The tool measures the entire gamma ray spectrum from 0 to 3000 keV. It records the totalamount of gamma rays and provides quantitative measurements of the Potassium, Thorium and

Uranium contents of the formation. The Spectrum Gamma Ray Log can be run in open and casedholes with all mud systems and also in dry boreholes.

40 232

238

Spectrum Gamma Ray





18 © ANTARES 2017

Specifications

Logging Parameters

Standard CurvesDisplayed

Combinability


GR in API (gAPI) Gamma RadiationK in % Potassium ContentTh in ppm Thorium ContentU in ppm Uranium ContentK/Th Potassium plus Thorium ContentChiSqr Chi-Square - a measurement for the quality of the spectrum fittingRThK Ratio between Thorium and Potassium ContentRThU Ratio between Thorium and Uranium ContentRUK Ratio between Uranium and Potassium ContentFlaskTemp °C or °F Flask Temperature

RecommendedMin. Hole Diameter: 125 mm (4.92“)Max. Hole Diameter: NA


(590 - 1200 ft/hr)Sample Rate: selectable

Measuring Range: Accuracy:GR 0...3000 APiK 0...50 %U 0...500 ppmTh 0...500 ppm

GR 3 % of measured values*++K, U, Th 4 % of measured values*

Diameter: 86


mm (3.39")Length: 2,026 mm (79.92”)



Detector Type: CsI Scintillation Crystal

Measure Point (from bottom):610 mm (24’’)

Spectrum: 0...3000 keV,256 Channels

The ANTARES 1450 Spectrum Gamma Ray (SGR) is an instrument logging the natural gammaradiation. The tool measures the entire gamma ray spectrum from 0 to 3000 keV. It records the totalamount of gamma rays and provides quantitative measurements of the Potassium, Thorium and

Uranium contents of the formation. The Spectrum Gamma Ray Log can be run in open and casedholes with all mud systems and also in dry boreholes.

40 232

238

Spectrum Gamma Ray





© ANTARES 2017 19

Specifications

Logging parameters


Combinability


CN in pu Uncorrected Porosity (1 pu = 1 %) in limestone matrixCNCM in pu CN Porosity, corrected for caliper, salinity, mud weight and

matrix

RecommendedMin. Hole Diameter: 100 mm (4“)Max. Hole Diameter:380 mm (15“)

RecommendedLogging Speed: 6 m/min

(1200 ft/hr)

Diameter: 63.5 mm (2.5")Length: 2,390 mm (94”)Weight: 30 kg (66 lbs)


Telemetry required:0928Top Connector: ANTARES ToolbusBottom Connector: ANTARES Toolbus

Source Type: AmBeDetector Type: He-3Number of Detectors: 2

Measure Point (from bottom):CN: 1,257 mm (49.5”)

241

The Compensated Neutron instrument works with an Americium Beryllium sourceand two detectors. The source emits high energy neutrons, which undergo scattering in the forma-tion, lose energy and produce gamma rays. The thermal neutrons are measured by the two detectorsin the tool. The tool can be run in both open and cased holes and in most types of mud. In order tominimize the borehole effects, the tool is run decentralized.

ANTARES 1483

Compensated Neutron


Measuring Range: Accuracy:+

0 - 100 pu7% of recorded value

(above 10 pu)

+ 1 pu (for 0-10 pu)



20 © ANTARES 2017

Specifications

Logging Parameters


Combinability

RecommendedMin. Hole Diameter: 125 mm (4.9“)Max. Hole Diameter: 410 mm (16“)

RecommendedLogging Speed: 6 m/min*

(1200 ft/hr)Sample Rate: selectable

Diameter: 92 mm (3.62")Length: 2,301 mm (90.6”)




Source Type: AmBe241

Detector Type: He3No of Detectors: 2

Measure Point (from bottom):Short Space: 854 mm (33.6”)Long Space: 1,111 mm (43.7”)

The Compensated Neutron instrument works with an Americium Beryllium sourceand two detectors. The source emits high-energy neutrons, which undergo scattering in the forma-tion, lose energy and produce gamma rays. The thermal neutrons are measured by the two detectorsin the tool. The tool can be run in both open and cased holes and in most types of mud. In order tominimize the borehole effects, the tool is run decentralized.

ANTARES 1468

Compensated Neutron

CN in pu Uncorrected Porosity (1 pu = 1 %) in limestone matrixCNCM in pu CN Porosity, corrected for caliper, salinity, mud weight and matrix

Measuring Range: Accuracy:+

0 - 100 pu7% of recorded value

(above 10 pu)

+ 1 pu (between 0 -10 pu)





© ANTARES 2017 21

Specifications

Logging Parameters



Combinability

With all ANTARES C/H InstrumentsThis instrument must be the bottom tool within a string.

RecommendedMin. Hole Diameter: 65 mm (2.75“)Max Hole Diameter: NA

RecommendedLogging Speed

25 m/min (4900 ft/hour)Sample Rate: selectable

TemperatureMeasuring range: 0 - 175° CAccuracy: 0.1 °CResolution: 0.01 °C

Diameter: 43

Weight: 4.5 kg (10 lbs)Temperature 500 mm (19.68")

Temperature: PT1000mm (1.69")

Length: 654 mm (25.74")


Top Connector: ANTARES Toolbus CHBottom Connector: ANTARES Toolbus CH

Sensors:

Measure Point (from bottom):

1632 ANTARES Bottom Temperature Instrument is manufactured for performing high precisiontemperature measurements in boreholes.

Bottom Temperature


BHT in °C or °F Borehole TemperaturedTemp in °C or °F Differential Borehole Temperature


22 © ANTARES 2017

Specifications

Logging Parameters



Combinability

With all ANTARES C/H Instruments

RecommendedMin. Hole Diameter: 65 mm (2.75“)Max Hole Diameter: 4

Recommended

00 mm (15.75")Logging Speed

6 m/min (1200 ft/hour)Sample Rate: selectable

Temperature

Pressure

OptionalConductivityMeasuring range: 0 - 175° C

Accuracy: 0.1 °CResolution: 0.01 °C

Measuring range: 0-100 MPaAccuracy: 1.25 psiResolution: 0.004 psi

Measuring range: 0 mS/cm...250mS/cmResolution: 0.01 mS/cmAccuracy: 2 %

Diameter: 43

Weight: 7.6 kg (17 lbs)Weight w/Cond.: 15 kg (33 lbs)

Conductivity: 403 mm (15.87")Temperature: 904 mm (35.59")Pressure: 1168 mm(45.98")

Temperature: PT1000Pressure Gauge: Quartzopt. Conductivity: 4 electrode array

mm (1.69")Length: 1,187 mm (46.73")Length w/Cond: 2,575 mm (101.38")


Top Connector: ANTARES Toolbus CHBottom Connector: ANTARES Toolbus CH

Sensors:

Measure Points (from bottom):

1624 ANTARES Quartz-Pressure / Temperature / Fluid Conductivity and the 1630 ANTARES Quartz-Pressure / Temperature Instruments are designed to investigate exact borehole fluid parameters.

Quartz-Pressure / Temperature / Salinity


BHT Borehole TemperaturedTempQPress Quartz Pressure

FCon Conductivity in μS/cmOptional

in °C or °Fin °C or °F Differential Borehole temperaturein MPa

in μS/cm


The figure shows the1630 instrument

© ANTARES 2017 23

The ANTARES1503 Digital Free Pipe Instrument detects the movement of a pipe string asthe pipe is stretched, compressed or torqued. No movement is an indication of stuckpipe.The digital system is calibrated in order to obtain an indication of the percent of freepipe. Motorized arm assemblies retract in order to allow the instrument to pass throughrestrictions. These arms extend to hold the instrument securely in place duringmeasurement time. The precise positioning of the instrument inside the borehole isassisted by using a CCL.

none

Combinability

ANTARES is continually updating and improving its high performance and quality Logging system and for this reason the specifications

are subject to change without prior notice.

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arm

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ics

Measuring Range:Rotation +/- 9°Axial movement: +/-2.5 mm

Resolution:Rotation: 0.01°Axial movement: 0.001 mm



Torque: Sin (-2500 mV to 2500 mV)Cos (-2500 mV to 2500 mV)Angle (-9 to 9°)

Tension: Sin (-2500 mV to 2500 mV)Cos (-2500 mV to 2500 mV)Tension -2.5 mm to 2.5 mm

Cable head voltage CHV (V)Electronics temperature (°C)CCL

Logging parameters

Rec. pipe diameter:up to 5 1/2” pipe (standard)5” to 9 5/8” pipe (extended 1)8 5/8” to 13 3/8” pipe (extended 2)

RecommendedLogging Speed: NA

Specifications

Diameter: 35

Weight: 15.5 kg (34 lbs)

1.38”incl. tube protection 43 mm ( )

Transport length: three sections

Data transmission:

TorqueTensionCCL

Torque: 360 mmTension: 360 mmCCL: 1350 mm

mm )

Length : 3550 mm (140")

(


Telemetry Required: no

Top Connector: GO1Bottom Connector: none

Sensor:

Measure Points from bottom:

(

digital

1.69"

Free Pipe Instrument


24 © ANTARES 2017


ContactsContacts

Headquarters

ANTARES Datensysteme GmbHRudolf-Diesel-Str. 628816 StuhrGermany

Phone +49 (0) 421 87194 0Email [email protected]

Conrad BlumhagenBusiness Development DirectorEmail [email protected]

Dr. Martina BachmannBusiness Development ManagerEmail [email protected]

North America and Mexico

Middle East and Africa

ANTARES USA4503 Spring Cypress Road,77388 SpringUnited States

Phone +1 281 288 0658Email [email protected]

Steve MichellPresidentEmail [email protected]

Suite C-5


Phone +202 2634 1137Email [email protected]

Amr MorsyBusiness Development ManagerEmail [email protected]

Bayoumi Nassar StreetHeliopolis 11351Cairo, Egypt

Friedrich W. Bauer

CEO

Dr. Martina Bachmann Amr Morsy Steve MichellConrad Blumhagen

© ANTARES 2017 25

One System - One Supplier - One Contact

Don‘t forget to visit our website.There, you will find several other products to complete your borehole logging equipment.

www.antares-geo.de

Logging Units Logging Software

GeoBase

ANTARES Panel

System

Downhole

Instruments

© ANTARES 2017


Rudolf-Diesel-Str. 6

28816 Stuhr

Germany

Phone: +49 (0) 421 87194-0

Fax: +49 (0) 421 87194-25

Email: [email protected]

Web: www.antares-geo.deVersion1/2017

Documents

ANTARES Cased Hole Instruments-2017 Hole GmbH Logging Instruments than of experience