Current Production Logging Tools

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Abraham Brooks
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1 - Current Production Logging Tools List of // : PM Sensors Current Production Logging Tools All of 's Tools digitize the sensor measurements downhole. This minimizes interference from varying wireline cable lengths, and other factors that can alter the data. All measurements from Tools are calibrated, and are recorded in engineering units. Click on the Model Number for more information Legend: S=Standard O=Optional Model Number 8 6" Normal S S 6" Normal S S 8 Acoustic Televiewer S Gyro Deviation S Magnetic Deviation O O O O S O S S Caliper S S S Casing Collar Locator S O O O Conductivity S Dipmeter S Compensated Density S High Resolution Density Near Density S Far Density S Fluid Resistivity S Guard Resistivity S S S Lateral Resistivity S S S Micro Resistivity S Flowmeter, Impeller S Flowmeter, Electro Magnetic Fluid Sampler S Magnetic Susceptibility Natural Gamma S S S O S O S S O S S O O S S S S O O Neutron - Neutron S S S Potassium Uranium Thorium Spontaneous Potential S S S 6 6 S S 8

2 - Current Production Logging Tools List of // : PM Single Point Resistance S S Temperature S S S S S Sonic Full Wave S S X - Y Caliper S S Sensors 8 8 Model Number Legend: S=Standard O=Optional Click on the Model Number for more information Phone: Fax: S. st E. Ave Tulsa Oklahoma,

WESTERN U.S. PRICE SCHEDULE Prices Effective: JAN, SERVICE RATE: $. FOOTAGE RATES:. STANDARD COAL DENSITY LOG $.6/ft (Gamma Ray, Caliper, Resistivity, Density). E LOG SUITE $.

3 WESTERN U.S. PRICE SCHEDULE Prices Effective: JAN, SERVICE RATE: $. FOOTAGE RATES:. STANDARD COAL DENSITY LOG $.6/ft (Gamma Ray, Caliper, Resistivity, Density). E LOG SUITE $.6/ft (Gamma Ray, 6/6 Inch Normal, SP, SPR, Deviation, Optional Neutron). FULL WAVE FORM SONIC VELOCITY $.8/ft (Gamma Ray, Delta Time, N/F Time, Sonic Variable Density). ARM CALIPER LOG $./ft. GYRO DEVIATION SURVEY $./ft (Through Rods Deviation) 6. ACOUSTIC TELEVIEWER LOG $./ft (Travel Time and Amplitude for Fracture Identification) ADDITIONAL CHARGES Foot Minimum Footage Charge per Tool Used. MILEAGE CHARGE (Each Way) STATE RADIATION FEE (For Density and Neutron logs) (Maximum per customer charge of $ 8 per year) $./mile $./day WIRELINE CHARGE (Un-logged Footage Interval) $./ft STANDBY CHARGE (Two Hours Free Standby per Day) (Based on a hour work day / hour port to port) EXTRA LOG PLOTS (Three Provided Free with Each Hole) PROCESSING TELEVIEWER IMAGE $./hr $./copy $./hr Dispatch Number: /6-88

4 SERVICES PER CENTURY TERMS AND CONDITIONS

5 - Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log Dipmeter Product Description The Dipmeter tool is a formation strike and dip directional probe primarily used in mining and environmental logging applications. Additionally, the tool also records natural gamma, X-Y calipers, and borehole deviation is computed from the slant angle and bearing measurements calculated from the inclinometer and magnetometer sensors. To ensure accurate strike and dip measurements in small-diameter holes, special care should be taken when calibrating the calipers to maximize their accuracy.. Natural Gamma:. x 8. cm (.8 x. in.) NaI (TI) Scintillation Offset: cm (. in.). Slant Angle Bearing: Offset: 6 cm (6. in.). Independent X-Y Calipers: Maximum cm ( in.) Hole Diameter Offset: cm ( in.). -pad Micro Resistance: Offset: cm ( in.) Length: cm ( in.) Temperature: 8 C (8 F) Diameter: mm (. in.) Pressure: kg/cm ( PSI) Weight:.6 kg (6 lb.) Logging Speed: Maximum:. m/min. (8 ft./min.) Minimum:. m/min. ( ft./min.) Tool Voltage Required: VDC Natural Gamma (NG) to, API units +/-% X & Y Caliper (XCAL & YCAL) 6. to. cm (. to in.) +/-. cm (. in.) Micro Resistance (MR) to, ua +/-% X-Y Inclinometers (XYI) to degrees +/-. degrees Azimuth (AZ) to 6 degrees +/- degrees Tool with NG, XCAL, YCAL, -MR, XYI, AZ Deviation Calibration Test Stand Phone: Fax: S. st E. Ave Tulsa Oklahoma,

6 - 8 Logging Tools of // : PM 8 Logging Tool Back Product Description User Guide Sample Log 8 Series Acoustic Televiewer Product Description The Acoustic Televiewer takes an oriented "picture" of the borehole using high-resolution sound waves. This acoustic picture is displayed in both amplitude and travel time. This information is used to detect bedding planes, fractures, and other hole anomalies without the need to have clear fluid filling the boreholes. The televiewer digitizes 6 measurements around the borehole at each high-resolution sample interval (. meters/. feet). This data is oriented to North and displayed real-time while logging using the Visual Compu-Log software. Analysis includes color adjustment, fracture dip and strike determination, and classification of anomaly. It allows information to be displayed on the graphical screen, plot, and in report format. Optionally, the tool can be equipped with a natural gamma sensor.. Natural Gamma: Offset:.8 cm ( in.) Scintillation (NG): to, API, Accuracy +/- percent. Deviometer: Offset: cm (6 in.) X-Y Inclinometer (XYI): to degrees, Accuracy +/-. degrees Azimuth (AZ): -axis magnetometer to 6 degrees, Accuracy +/- degrees. Acoustic Amplitude & Acousitic Travel Time: Offset: cm (6 in.), Accuracy +/-. mm (. in.) Outside Diameter.8 mm ( in.) Weight: kg ( lbs.) Length: cm (6. in.) Pressure: kg/cm ( psi) Temperature: 8 C (8 F) Scan Rate: revolutions/second Sample Rate: 6 samples/revolutions Borehole Size: to mm (. to in.) Logging Speed: m/min (6 ft/min.) Tool Voltage Required: VDC Tool with Acoustic Televiewer, XYI, AZ 88 B Tool with Acoustic Televiewer, XYI, AZ, and Natural Gamma 8 A Deviation calibration test stand Phone: Fax: S. st E. Ave Tulsa Oklahoma,

7 - 6 Logging Tools of // :8 PM 6 Logging Tool Back Product Description User Guide Sample Log 6 Series Magnetic Susceptibility (Deviation Option) Product Description The Magnetic Susceptibility tool is a slim hole mining tool primarily designed to measure the magnetic susceptibility of the formation. Additionally, optional natural gamma, inclinometer and magnetometer sensors.. Natural Gamma: (optional). x. cm (.8 x in.) Scintillation Crystal Offset:. cm (6 in.). Magnetic Susceptibility : Dual-focused coils,. khz operating frequency. cm ( in.) resolution vertically and horizontally Offset: 86 cm (. in.). Slant Angle and Azimuth Measurements: -axis magnetometer -axis inclinometer Offset:. cm (. in.) Natural Gamma (NG) Length: cm (8 in.) Temperature: C (8 F) Diameter:. cm (.6 in.) Pressure: kg/cm (6 PSI) Weight: 8 kg ( lb.) Logging Speed: m/min. ( ft./min.) Tool Voltage Required: 6 VDC to, api units to, cps +/-% Magnetic Susceptibility (MS) to, cgs +/-%; x - cgs temperature drift over range X-Y Inclinometers (XYI) to degrees +/-. degrees Azimuth (AZ) to 6 degrees +/- degrees Tool with MS 6 C Tool with NG, MS 86 B Tool with MG, MS, XYI, AZ 6 A Deviation Calibration Test Stand Calibration Fixture for Mag. Susceptibility 86 Phone: Fax: S. st E. Ave Tulsa Oklahoma,

8 Logging Tools of // : PM 8 Logging Tool Back Product Description User Guide Sample Log Natural Gamma, Neutron (Deviation Option) Product Description The Natural Gamma, Neutron logging tool is designed for open and cased hole use. In open holes the neutron log may be converted to porosity units based on a limestone, sandstone or dolomite matrix. The tools small diameter makes it useful for logging Natural Gamma and Neutron through drill rods in cases where the hole is to unstable to be logged open hole. Natural Gamma, X-Y Inclinometers and Azimuth are optional.. Natural Gamma:. x mm (.8 x. in.) NAI Scintillation Offset:. cm (. in.). Neutron-Neutron He Detector. mm x mm (in. x 6 in.) Offset:. cm (8.6 in.). Temperature Offset:. cm (86.8 in.). Slant Angle & Azimuth: -axis magnetimeter and -axis inclinometer Offset:. cm (8 in.) Length: cm (6 in.) Temperature: 8 C (6 F) Diameter: mm (.6 in.) Pressure: kg/cm ( PSI) Weight:. kg ( lb.) Logging Speed: m/min. ( ft./min.) Tool Voltage Required: 6 VDC Natural Gamma (NG) -, API units +/-% Temperature (TEMP) C to C ( to 6 F) +/-% Neutron, Neutron (NN) - API +/-% X - Y Inclination (XYI) to degrees +/-. degrees Azimuth (AZ) to 6 degrees +/- degrees CPS to API conversion =.6 Tool with NG, TEMP, NN 88 8 Add XYI, AZ 8 8 Source w/shield Am Be Source Handling Tool Deviation Calibration Test Stand Phone: Fax: S. st E. Ave Tulsa Oklahoma,

9 - Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log Dipmeter Product Description The Dipmeter tool is a formation strike and dip directional probe primarily used in mining and environmental logging applications. Additionally, the tool also records natural gamma, X-Y calipers, and borehole deviation is computed from the slant angle and bearing measurements calculated from the inclinometer and magnetometer sensors. To ensure accurate strike and dip measurements in small-diameter holes, special care should be taken when calibrating the calipers to maximize their accuracy.. Natural Gamma:. x 8. cm (.8 x. in.) NaI (TI) Scintillation Offset: cm (. in.). Slant Angle Bearing: Offset: 6 cm (6. in.). Independent X-Y Calipers: Maximum cm ( in.) Hole Diameter Offset: cm ( in.). -pad Micro Resistance: Offset: cm ( in.) Length: cm ( in.) Temperature: 8 C (8 F) Diameter: mm (. in.) Pressure: kg/cm ( PSI) Weight:.6 kg (6 lb.) Logging Speed: Maximum:. m/min. (8 ft./min.) Minimum:. m/min. ( ft./min.) Tool Voltage Required: VDC Natural Gamma (NG) to, API units +/-% X & Y Caliper (XCAL & YCAL) 6. to. cm (. to in.) +/-. cm (. in.) Micro Resistance (MR) to, ua +/-% X-Y Inclinometers (XYI) to degrees +/-. degrees Azimuth (AZ) to 6 degrees +/- degrees Tool with NG, XCAL, YCAL, -MR, XYI, AZ Deviation Calibration Test Stand Phone: Fax: S. st E. Ave Tulsa Oklahoma,

10 - Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log Series Full Wave Sonic Product Description The Full Wave Sonic tool contains a single transmitter and dual receiver to record formation travel times. The full wave form data is also recorded simultaneously, along with near and far travel times, borehole-compensated delta time, calculated sonic porosity, receiver gains, near/far amplitudes and natural gamma. The sonic or acoustic log uses the basic principle of sound waves traveling through a media. The sonic system uses a single transmitter and dual receiver system for recording the travel times of the formation. The receivers are spaced approximately and feet, from the transmitter. Therefore, a. m ( ft.) calculation can be made to measure this interval transit time. Additionally, the can be upgraded for cement bond logging, by adding a casing collar locator (see below for link).. Natural Gamma: Mechanical Centralizer. x. cm (. x. in.) NaI Scintillation Offset:. cm ( in.). Transmitter: khz. piezoelectric Offset:. cm (6 in.). Acoustic Isolator: Thermoplastic polyester Offset: N/A. Near Receiver: ( ft.) spacing Offset:. cm ( in.). Far Receiver: ( ft.) spacing Offset: 66. cm ( in.) Length: 8. cm (. in.) Temperature: 8 C (8 F) Diameter:.8 mm (. in.) Pressure: kg/cm ( PSI) Weight:. kg ( lb.) Logging Speed: m/min.@.6 SI ( ft. SI) Tool Voltage Required: 8 VDC Near Receiver (NR) to 6 usec +/-. usec Far Receiver (FR) to 6 usec +/-. usec Delta Time mv +/-% Sonic Porosity - to +/-% Amplitude (minimum) +/- 6 gain +/-% Amplitude (maximum) +/-. gain +/-% Gains to 6 +/-% Natural Gamma (NG) to, api +/-% Full Wave Sonic without NG 8 A Full Wave Sonic with NG B Full Wave Sonic with NG and CCL A Phone: Fax: S. st E. Ave Tulsa Oklahoma, sales@century-geo.com /index.html

11 - Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log E-M Flowmeter Product Description The E-M Flowmeter tool is used in the environmental and hydrology industries to measure fluid movement in a borehole. It incorporates Quantum Engineering s "EBF" electromagnetic sensor, The instrument measures flow rates using the principal of Faraday's Law of Induction. The downhole probe consists of an electromagnet and two electrodes located 8 degrees apart and degrees to the magnetic field inside of a hollow cylinder. The voltage induced by a conductor moving at right angles through the magnetic field is directly proportional to the velocity of the conductor (water) through the field. The tool is capable of measuring low velocity flow rates down to less than ml/min and increased flow rates to liters/min, through the tool's inch inside diameter sensor. When using the tool to measure low velocity flow rates a rubber skirt is attached to the outside of the sensor to block off the bore hole and force the fluid to pass through the inch diameter opening inside the sensor coil. The Compu-View Software program is designed to allow the automatic collection of data at selected static stations in the borehole. When measuring faster flow rates the rubber skirt is typically removed and the tool is run in either the static station or dynamic mode. The tool has no moving parts.. Flowmeter: Electromechanical Offset:. cm (. in.). Fluid Resistivity: Offset:. cm (. in.). Temperature & Delta Temperature : Offset:. cm (. in.) Length: cm (6. in.) Temperature: 6 C ( F) Diameter:. mm (.6 in.) Sensor Housing:.8 mm (. in.) Weight: (. lbs.) Tool Voltage Required: 6 VDC Flowmeter (EMF) ml./min. to liters./min. +/- ml/min. (High Gain) Temperature (TEMP) C to 6 C ( to F) +/-% Fluid Resistivity (FR) - ohm meters +/-% Tool Informaiton Tool with EMF, TEMP, FR (included) 6. in. Diameter Flow Diverter Skirt (modifiable for use in hole from. in. to 6. in. diameter) (included) Centralizer (included) Weighted Section Phone: Fax: S. st E. Ave Tulsa Oklahoma,

12 - Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log E-M Flowmeter Product Description The E-M Flowmeter tool is used in the environmental and hydrology industries to measure fluid movement in a borehole. It incorporates Quantum Engineering s "EBF" electromagnetic sensor, The instrument measures flow rates using the principal of Faraday's Law of Induction. The downhole probe consists of an electromagnet and two electrodes located 8 degrees apart and degrees to the magnetic field inside of a hollow cylinder. The voltage induced by a conductor moving at right angles through the magnetic field is directly proportional to the velocity of the conductor (water) through the field. The tool is capable of measuring low velocity flow rates down to less than ml/min and increased flow rates to liters/min, through the tool's inch inside diameter sensor. When using the tool to measure low velocity flow rates a rubber skirt is attached to the outside of the sensor to block off the bore hole and force the fluid to pass through the inch diameter opening inside the sensor coil. The Compu-View Software program is designed to allow the automatic collection of data at selected static stations in the borehole. When measuring faster flow rates the rubber skirt is typically removed and the tool is run in either the static station or dynamic mode. The tool has no moving parts.. Flowmeter: Electromechanical Offset:. cm (. in.). Fluid Resistivity: Offset:. cm (. in.). Temperature & Delta Temperature : Offset:. cm (. in.) Length: cm (6. in.) Temperature: 6 C ( F) Diameter:. mm (.6 in.) Sensor Housing:.8 mm (. in.) Weight: (. lbs.) Tool Voltage Required: 6 VDC Flowmeter (EMF) ml./min. to liters./min. +/- ml/min. (High Gain) Temperature (TEMP) C to 6 C ( to F) +/-% Fluid Resistivity (FR) - ohm meters +/-% Tool Informaiton Tool with EMF, TEMP, FR (included) 6. in. Diameter Flow Diverter Skirt (modifiable for use in hole from. in. to 6. in. diameter) (included) Centralizer (included) Weighted Section Phone: Fax: S. st E. Ave Tulsa Oklahoma,

13 - Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log Series Three Arm Caliper Product Description The, 8, and 6 Three Arm Caliper logging tools, are a three-arm caliper configuration used to measure the diameter of the borehole. They can be used in both open and cased holes. Natural Gamma and the casing collar locator are optionally available. However, when configured with both the natural gamma and casing collar locator the tool is slightly longer. a. Natural Gamma: (optional). x.6 cm (.8 x. in.) NaI Scintillation Offset:.6 cm (.6 in.) b. Casing Collar Locator: (optional) Dual magnet and coil assembly Offset:.6 cm (.6 in.). Three Arm Caliper: Short- or Long- arm configuration, motor operated Sensor Offset: Short-arm:. cm (86.8 in.) Long-arm:. cm (. in.) Tool Length: With Short-arms: 6 cm (8 in.) With Long-arms: 6 cm ( in.) Temperature: 8 C (8 F) Diameter:.8 mm (. in.) Pressure: 8 kg/cm ( PSI) Weight: Short-arm: 8. kg (8 lbs.) Long-arm.8 kg ( lbs.) Logging Speed: m/min. ( ft./min.) Tool Voltage Required: 6 VDC Natural Gamma (NG) -, API units +/-% Casing Collar Locator (CCL) +/-, CPS NA Short-Arm Caliper. to 6. cm ( to in) +/-.8 cm (. in) Long-Arm Caliper. to cm ( to. in) +/-.6 cm (. in) Three Arm Caliper, with NG & Short Arms, without CCL Three Arm Caliper, with Short Arms, without NG and CCL Three Arm Caliper with CCL & Short Arms, without NG Three Arm Caliper with CCL & Short Arms, with NG 8A 8 8B A 6 8A Extensions to Long Arms All 8 ( Req.) Long Arm Center Shaft Extension All 8 Caliper Tip Balls All Calibrator, Rings, All 8 Phone: Fax: S. st E. Ave Tulsa Oklahoma,

14 - Logging Tools of // :6 PM Logging Tool Back Product Description User Guide Sample Log Multi-Parameter E-Log, Neutron (Deviation Option) Product Description The Multi-Parameter E-Log, Neutron logging tool was developed to replace the which was historically s most popular tool. The tool duplicates all parameters on the while adding the 6 inch normal, 6 inch normal, and lateral resistivities. The natural gamma circuit features a low dead time and the ability to measure very high count rates making it a favorite for uranium logging. The tool records ten different parameters simultaneously in one pass of the borehole. The ten parameters are the following: natural gamma, spontaneous potential, single point resistance, 6 in. normal resistivity, 6 in. normal resistivity, 8 in. lateral resistivity, neutronneutron, temperature, delta temperature, slant angle (tilt) and azimuth (bearing). Slant angle, azimuth, and natural gamma are optional.. Natural Gamma:. x.6 cm (.8 x. in.) NaI Scintillation Offset:. cm (.8 in.). 6 in. Normal Resistivity: Offset:. cm ( in.). 6 in. Normal Resistivity: Offset:. cm (6 in.). Neutron-Neutron: He Detector. cm x. cm ( in. x 6 in.) Offset:. cm ( in.). Lateral Resistivity 8 in. Offset:. cm ( in.) 6. Spontaneous Potential: +/-. mv resolution Offset:. cm (. in.). Single Point Resistance: +/-. ohm resolution Offset:. cm ( in.) 8. Temperature & Delta Temperature:. C (. F) resolution Offset:. cm (86.8 in.). Slant Angle & Azimuth: -axis magnetometer and -axis inclinometer Offset:. cm ( in.) Length: cm (.6 in.) Temperature: 8 C (6 F) Diameter: mm (. in.) Pressure: 8 kg/cm ( PSI) Weight: kg ( lb.) Logging Speed: m/min. ( ft./min.) Tool Voltage Required: 6 VDC Natural Gamma (NG) -, API units +/-% 6 in. (6N) & 6 in. Normal (6N) -, ohm/meters +/-% & Lateral Resistivity (LR) Spontaneous Potential (SP) mv +/-% Temperature (TEMP) C- C ( - 6 F) +/-% Single Point Resistance (SPR) -, ohms +/-% Neutron-Neutron (NN) -, API +/-% X - Y Inclination (XYI) - degrees +/-. degrees Azimuth (AZ) -6 degrees +/- degrees Tool with 6N, 6N, LR, SP, SPR, NN, TEMP (No Natural Gamma) 66C Tool with NG, 6N, 6N, LR, SP, SPR, NN, TEMP 8 66A Magnetic Deviation Option and Same Parameters as 8 66B Source w/shield Am Be Source Handling Tool Deviation Calibration Test Stand

15 - Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log Spectral Gamma Product Description The Spectral Gamma tool is a three-channel analysis of the gross gamma ray spectrum as it relates to potassium, uranium, and thorium content. An internal energy source of less than micro-curries of Cs is used to excite the crystal and to stabilize the electronics prior to logging. The spectral window is recorded via a 6 channel spectrum board so that the different energy levels from the formation can be analyzed.. Potassium (K) Percent Offset:.6 cm (.in.). Uranium (U): Parts Per Million Offset:.6 cm (.in.). Thorium (T) Offset:.6 cm (.in.) Length: 6 cm (6.in.) Temperature: 6 C ( F) Diameter: 6.6 mm (. in.) Pressure: kg/cm ( PSI) Weight: 6.8 kg ( lb.) Logging Speed:. m/min. ( ft./min.) Tool Voltage Required: 6 VDC Sensor K, percent +/-% U, PPM +/- PPM T, PPM +/- PPM Accuracy Item Part # Part # Spectral Gamma Logging Tool Phone: Fax: S. st E. Ave Tulsa Oklahoma,

16 Logging Tools of // : PM Logging Tool Back Product Description User Guide Sample Log Series Compensated Density Product Description The Series, Compensated Density logging tool uses the two focused density detectors to compute borehole compensated density real time while logging. No post processing required to produce CDL bulk density. Additionally, the tool also records natural gamma, caliper, and focused guard resistivity.. Natural Gamma:. x.6 cm (.8 x. in.) NAI Scintillation Offset: cm (8. in.). -Element Guard Resistivity:.6 mm (. in.) guard electrode Offset: 6. cm ( in.). Caliper: Motorized, uphole actuated.6 cm ( in.) or. cm (8 in.) Offset:.8 cm (8 in.). Far Density:. x.6 cm (.8 x. in.).8 cm (. in.) spacing Offset:. cm (.8 in.), Near Density:. x. cm (.8 x. in.) cm (. in.) spacing Offset:. cm (. in.) 6. Radioactive source: - mci Cesium in bullplug Offset:. cm (8. in.) Length:8. cm (. in.) Temperature: 8 C (8 F) Diameter: 6 mm (. in.) Pressure: kg/cm ( PSI) Weight:. kg ( lb.) Logging Speed: m/min. ( ft./min.) Tool Voltage Required: 6 VDC Natural Gamma (NG) -, API units +/-% Short or Long Arm Caliper (CAL) to.6 cm ( in.) +/-.6 cm (. in.) Near Density (ND). to. g/cc (. to. lbs/ci) +/-. g/cc (. lbs/ci) Far Density (FD). to. g/cc (. to. lbs/ci) +/-. g/cc (. lbs/ci) Guard Resistivity (MG) to, ohm meters +/-% Tool with NG, CAL, ND, FD, MG - mci Source w/shield Cesium please inquire Source Handling Tool Calibration Gauge Guard Resistivity Calibration Box Phone: Fax: S. st E. Ave Tulsa Oklahoma,

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