PR O D U C T CA T A L OG - Tucker Energy Services Brochures/TTI_ToolCatalog.pdf · 2 Gamma Ray/Telemetry ... (IDNP-AA) 12 Lithology Density Pad (ILDP-DA) 14 ... Part numbers for the

P R O D U C T C A T A L O G T u c k e r T e c h n o l o g i e s , I n c H e a d q u a r t e r s 1 2 6 0 7 E . 6 0 t h S t r e e t S . Tulsa, Oklahoma 74146 USA

V o i c e ( 9 1 8 ) 2 5 2 - 5 4 1 6 Fax (918) 252-4496

h t t p : / / w w w . t u c k e r e n e r g y . c o m

P r o d u c i n g E x c e l l e n c e b y D e s i g n

T u c k e r T e c h n o l o g i e s , I n c .

Goal Our goal is to supply the energy industry with products, equipment, and people that provide the best in Quality, Service and Value to our Customers! Mission We are an integrated service company providing solutions, services, and products to the energy industry. We are committed to continuously creating value for our Customers, Employees and Shareholders. Vision Our vision is to be the multi-service provider of choice by our Customers and employer of choice by our employees, balanced with long-term growth and profitable results.

Tucker Technologies, Inc. (TTI) is committed to meeting and where possible, exceeding our client expectations through design, development, testing and manufacturing of leading edge technology. We will achieve this through teamwork and by striving for continual improvement of our products, services and customer satisfaction processes. Furthermore, we will work with our clients to define requirements and clarify expectations, including cost and time constraints. We will recruit, foster and retain highly qualified and motivated personnel. We will strive to maintain a safe and healthful workplace and have a positive impact on the environment. TTI has been in the business of proprietary designing open hole logging tools and logging software for over 34 years to TES companies and international clients.

Energy Services, Inc.


TTI Tool Catalog

This document and all material contained in it are considered confidential and may not be

reproduced in any form without written consent from Tucker Technologies, Inc.

Open Hole Tool Catalog 1-

3

The Tucker Technologies (TTI) Advantage:

TTI has been designing and building Open Hole Logging tools for Tucker Energy Services and International customers for 34 years. Our first toolstring was designed with digital telemetry that was introduced in 1980, the first fully digital tool string in the industry. TTI designed tools have always been modeled and designed in-house, not copies of competitors. TTI uses theoretical modeling, extensive verification and field-testing of all of its designs. All Nuclear tools have been rigorously modeled using Monte Carlo Nuclear Processing (MCNP) program and verified in TTI’s Modeling facility

Final Production Testing Capabilities Include;

Heat Testing of individual board assemblies and completely assembled tools

Heat Testing and Characterization of Induction type tools in a non-conductive environment.

Vibration testing of fully assembled tools

Pressure testing, Pressure Chamber can handle 6 inch diameter, 30 foot length tool assemblies to 25,000 psi.

TTI has a open hole test well for verification of prototype tools, final production tools and field personnel training. The test well has multiple limestone and sandstone zones.


TTI High Speed Integra Logging Suite:

All of the HSI tools have their respective serial numbers and their last 3 calibrates stored in each tool.

When the Logging Engineer applies to power to the tool string, the tool string is queried from the surface system. The Tool String responds with the tool type, serial number, calibrate and tool position in the string, a “smart” stack. The Logging Engineer does not define the “stack” of any “smart” tools. The Logging Engineer will drag and drop any non-electronic tools, knuckle joint, swivel or centralizer etc., into the “smart” stack.

Independent opening and closing of any caliper tools in the tool string.

Speed (X, Y and Z) Axis correction applied to all individual sensors in all tools in the Integra Logging Tool Suite.

TTI’s proprietary logging software constantly updated and maintained by the experienced staff of TTI with input from TES Wireline operations and TTI international customers.

Updates of firmware to the downhole tools can be performed from the Integra Logging surface system. No need for laboratory programming.

Remote viewing of real time logging from the customers location to anywhere in the world via internet connection. Even remote logging is possible. The Integra logging truck needs a satellite or other internet connection.

One run logging capability of all of the tools in the Integra Logging Suite, including the new High Resolution Borehole Imaging tool.


TTI Tool Catalog

This document and all material contained in it are considered confidential and may not be

reproduced in any form without written consent from Tucker Technologies, Inc.

Open Hole Tool Catalog 1-

5


CONTENTS 1 Surface Logging Systems

Integra Logging System (ILS-AB) 1

2 Gamma Ray/Telemetry

Spectral Gamma Ray High Speed Telemetry \Rm Tool (ISGRT-AA) 3

3 Resistivity

Phased Induction SFL Tool (PIT-CB) 4

Dual Laterolog Tool (IDLT-AB) 7

Micro Spherical/Micro Log Tool (IMST-DB) 9

4 Nuclear

Dual Neutron / Epithermal Neutron Pad (IDNP-AA) 12

Lithology Density Pad (ILDP-DA) 14

Pad Deployment Tool (IPDT-GA) 16

5 Acoustic

Compensated Sonic Tool (CST-AD) 18

6 Borehole Measurement

High Resolution Borehole Imaging Tool (IHRBIT) 20

Centralizer/Caliper Tool (CCT-AA) 22

Six Arm Caliper Tool (ISACT-AB) 24

Six Arm Dipmeter Tool (ISDT-BA) 26

Well-Bore Orientation Tool (IWOT-AE) 28

Four-Arm X-Y Caliper Tool (IXYT-AB) 30

7 Auxiliary

Auxiliary Measurement Tool (AMT-AC) 32

Inline Centralizer Tool (CEN-AA) 33

Dual Laterolog Rigid Bridle (DBA-BA) 34

Cable Head (CBH-AA) 35

Swivel Joint Tool (SJT-AA) 36

8 Addendum

Measure Point Values 37

Tool Combinations 38

9 Future Products

Future Products 39

Induction Array Resistivity Tool 40

Array Laterolog Tool 42

© 2014 Tucker Technologies, Inc. Product Catalog Version 3.3.A April 15, 2014

1 S u r f a c e L o g g i n g S y s t e m

Tucker Technologies, Inc. Product Catalog

This document and the information within are considered confidential and may not be reproduced in any form without the express written consent of Tucker Technologies, Inc. This document is subject to change without notice. Page 1

Integra Logging System (ILS-AB)

PART NUMBER ……….… 53000 – 4403

The Integra Logging System is a powerful data acquisition and field processing logging unit. When coupled with Tucker Technologies digital downhole tools, the Integra system provides the quality downhole logging information for which Tucker is known.

Intel® architecture and a Linux® operating system support the Integra Logging System providing real-time data acquisition using proprietary hardware and software.

The Integra Logging System accepts measurement parameters from a variety of tool types, records depth measurements, and records and monitors cable tension. Remote communications (where available) provide data transmission to a client’s office or a central base.

Part numbers for the Integra Logging System hardware, Integra Software, and software licensing is dependant upon many factors. Please discuss your requirements with your Tucker Technologies Sales Representative.

2 G a m m a / T e l e m e t r y



ISGRT-AA Spectral Gamma Ray High Speed Telemetry \Rm Tool

Part Number………………………….… 12000 – 4607

DESCRIPTION

The ISGRT-AA measures total natural gamma ray response and volumetric concentrations of potassium, uranium, and thorium. The tool acts as a downhole telemetry controller for all TTI tools. The SGRT utilizes TTI’s new High Speed Telemetry system that enables the addition of TTI’s advanced Integra Tool string. This tool must be at the top of the tool stack unless you are using an Auxiliary Measurement Tool (AMT- page 32), in which case the AMT must be at the top of the tool stack. Real-time mud resistivity and borehole temperature measurements provide improved borehole environment corrections. Three axis accelerometers also provide Z-axis correction for all sensors in the TTI tool string.

SPECIFICATIONS

Parameters English Metric

Pressure 20,000 PSI 1,379 bar

Temperature 350° F 177° C

Weight 89 lbs 40.4 kg

Tool Length with RM 7.60 ft. 2.32 m

Transport Length1 with RM

9.42 ft. 2.87 m

Tool OD 3.625 in 9.2 cm

1 From end of top thread protector to end of bottom thread protector.

COMBINABLE WITH

The ISGRT-AA works as a downhole controller for all tools as part of the Integra Logging System.

REMARKS

The SGRT-AA uses a 50-microcurie (µCi) Americium 241 stabilization source for spectrum and High Voltage stabilization.

2 G a m m a / T e l e m e t r y



ISGRT-AA Spectral Gamma Ray/ Telemetry w/ Rm Tool Presentation

Typical Presentation

LOGGING PARAMETERS

Parameter English Metric

Vertical Resolution 1 ft 30.48 cm

Depth of Investigation 6-12 in 15-30 cm

Measurement Range:

Low 0 API

High 400 API

Maximum Logging Speed

45 ft/min 14 m/min

Maximum Logging Speed Spectral Mode

15 ft/min 4.6 m/min

Repeatability 5% at 100 API

Borehole Ranges:

Minimum 5.5 in 14 cm

Maximum 22 in 56 cm

BOREHOLE ENVIRONMENT

Open-hole, cased-hole, fluid-filled, or air filled.

Master calibration for this tool is completed with reference to the API test pits in Houston, Texas, USA.

Field verification uses an optional thorium blanket for calibration. For information on see Parts, Test, Calibration and Accessory equipment, contact your Tucker Technologies Technical Sales Representative for correction charts.

3 R e s i s t i v i t y



PIT-CB Phased Induction /SFL

PART NO…………………………… 20000 – 4414

DESCRIPTION

The PIT measures both R and X induction signals for deep and medium induction. Spontaneous potential (SP), temperature and spherically focused resistivity (SFL) are also measured. This tool improves the temperature stability of the sonde. Improved sensitivity of electronics provides a much greater count to mmho ratio. By measuring the R and X signals, processing will provide thin-bed enhancements and better “skin effect” correction.

SPECIFICATIONS




Weight 249 lbs 113 kg

Tool Length 21.48 ft. 6.55 m

Transport Length1 22.65 ft. 6.90 m



COMBINABLE WITH

The PIT is combinable with all TTI open hole tools. The PIT must be the bottom tool in a string.

For information on Parts, Test, Calibration and Accessory equipment available for the PIT-CA, contact your Tucker Technologies Technical Sales Representative




PIT-CB Phased Induction/SFL Presentation


LOGGING PARAMETERS


Vertical Resolution

ILD 60 in 152 cm

ILM 24 in 61 cm

SFL 18 in 46 cm

Enhanced Vertical Resolution

ILD 30 in 76 cm

ILM 30 in 76 cm

SFL 30 in 76 cm

Depth of Investigation

ILD 62 in 158 cm

ILM 27 in 69 cm

SFL 13 in 33 cm

Measurement Range

ILD 0.1-1000 mmhos

ILM 0.1-1000 mmhos

SFL 0.1-2K

SP 1.0V

Maximum Logging Speed 120 ft/min 36 m/min

Repeatability

ILD the larger of 7% or ±1.5 mmhos

ILM the larger of 7% or ±1.5 mmhos

SFL 5% 1-100m, 10% 0.1 to 1m + 100-2k

SP 2 mV

Borehole Range

Minimum 5.5 in 14 cm

Maximum 22 in 56 cm


Open hole, water-filled, fresh mud, and oil-based muds. The SFL and SP cannot be run in non-conductive fluids such as oil-based mud or air-filled holes.




35

30

25

20

15

10

5

01 10

Rmf/Rw

Po

rosity (

%)

Laterolog

preferred

* Rmf = Mud Filtrate Resistivity Rw = Formation Water Resistivity

* Use both Logs

below appropriate

Rw Curve

Induction Log preferred

above appropriate

Rw Curve

Rw = - M

Rw = - M

Rw = - M

Dual Laterolog/Induction Preferred Application




IDLT-AB Dual Laterolog Tool

PART NO…………………………… 31000 – 4403

DESCRIPTION

The DLT provides the deep resistivity measurement (LLD) and the shallow resistivity measurement (LLS). Under normal conditions, the LLS will be the resultant of the flushed, invaded and transition zones. The LLD, although affected by the previous zones, will respond to mainly the virgin zone. The accuracy of the measurement requires that the undisturbed formation have the largest contribution on the reading. Therefore, the mud resistivity must be low relative to the formation resistivity.

SPECIFICATIONS





Length 14.85 ft 4.562 m

Transport Length1 16.67 ft. 5.08 m



COMBINABLE WITH

It is combinable with all TTI down hole equipment.

REMARKS

When run in combination, the Micro Spherical Tool (MST), page 9, replaces the DLE as the bottom electrode. This tool must be run in combination with a Dual Laterolog Bridle Adapter (DBA-BA), page 34, to ensure correct readings.

For information on Parts, Test, Calibration and Accessory equipment available for the DLT-AB, contact your Tucker Technologies Technical Sales Representative




IDLT-AB Dual Laterolog Presentation


LOGGING PARAMETERS


Vertical Resolution

LLS 26 in 66 cm

LLD 26 in 66 cm


LLS 30 in 67 cm

LLD 72 in 183 cm

Measurement Range LLS & LLD 0.2-40 K

Maximum Logging Speed 60 ft/min 18.2 m/min

Repeatability:

LLS & LLD 20%<1 , 5%1-1000 ,

10%>1000

Borehole Range

Minimum 6.0 in 15.24 cm

Maximum 16.0 in 40.64 cm


Open hole and fluid filled. The Dual Laterolog Tool (DLT) cannot run in non-conductive mud such as oil-based mud. In a large-diameter hole, it is recommended the DLT be run centralized.

If the mud is conductive relative to formation water, i.e., Rmf/Rw<2, the DLT should be used. Because the DLT is accurate at higher resistivities, it is ideal when fresh mud with resistivity readings above 200 ohms is encountered. Use the DLT in borderline cases of large boreholes (>12 in) or deep invasion (>40 in).

35

30

25

20

15

10

5

01 10

Rmf/Rw

Po

rosity (

%)

Laterolog

preferred

* Rmf = Mud Filtrate Resistivity Rw = Formation Water Resistivity

* Use both Logs

below appropriate

Rw Curve

Induction Log preferred

above appropriate

Rw Curve

Rw = - M

Rw = - M

Rw = - M

Dual Laterolog/Induction Preferred Application

An expanded view of this chart is shown on page 6.




IMST-DB Micro Spherical Tool

PART NO……………………………… 32000 – 4404

DESCRIPTION

The Micro Spherical tool provides a resistivity measurement in the invaded zone. This is useful in distinguishing moveable hydrocarbons. When used in combination with a deep and medium reading resistivity tool, the MST can help estimate Rt (Resistivity of the Virgin Zone). This tool also records a MicroLog with the appropriate pad attached to the backup arm. The MicroLog provides two shallow Depth-of-Investigation (DOI) resistivity values. At 1 inch DOI, the shallower INV is mostly influenced by mud cake. Normal (NOR) at 4 inches DOI is influenced by the flushed formation making this an excellent permeability indicator device.

SPECIFICATIONS





Tool Length 9.66 ft 2.94 m

Transport Length 11.47 ft 3.50 m

Tool OD (MSFL Pad) 5.25 in 13.3 cm

Max. OD (MSFL/Micro pads) 5.75 in 14.6 cm

Tool OD (Micro pad) 4.50 in 11.4 cm


COMBINABLE WITH

The MST is combinable with all TTI open hole tools. Place anywhere below the Gamma Ray/Spectral Gamma Ray tools (GRT), but above the Phased Induction Tool (PIT).

REMARKS

When run in combination with the Dual Laterolog (DLT), page 7, the MST replaces the Dual Laterolog Electrode (DLE) to complete the DLT array. This tool can be configured to run in the eccentric mode to prevent caliper collapse in deviated wells. For information on Parts, Test, Calibration and Accessory equipment available for the MST-DB, contact your Tucker Technologies Technical Sales Representative.




IMST-DB Micro Spherical Focused Presentation


LOGGING PARAMETERS


Vertical Resolution

MSFL 2 in 2.54 cm


MSFL 4 in 10.2 cm

Measurement Range

MSFL 0.2 – 2000 Ω-m

Caliper 4.5 in to 18 in (11.4 cm to 45.72 cm)

Maximum Logging Speed 45 ft/Min 13.7 m/Min

Repeatability

MSFL 5% 0.2-200-m, 10% 200-

2000-m

Caliper 0.2 in 5.1 mm

Borehole Range


Maximum 22 in 55.8 cm


Open hole, fluid filled.

The MST cannot be run in non-conductive fluids such as oil-based muds or air-filled holes.




IMST-DB Micro Log Presentation


LOGGING PARAMETERS


Vertical Resolution

NOR 2.0 in 2.54 cm

INV 1.0 in 2.54 cm


NOR 4.0 in 10.2 cm

INV 1.5 in 3.8 cm

Measurement Range

NOR 0.2 – 200 Ω-m

INV 0.2 – 200 Ω-m

Caliper 4.5 in to 22 in (11.4 cm to 55.8 cm)


Repeatability

NOR 5%

INV 5%

Caliper 0.2 in, 5.1 mm

Borehole Range



LIMITS

Borehole Environment: open hole, fresh mud, water filled.

The MST cannot be run in non-conductive fluids such as oil-based muds or air-filled holes.

The MLT pad, Inverse-Normal, is a non-focused device; consequently, results maybe hampered in high salinity muds.

4 N u c l e a r



IDNP-AB Dual Neutron - Compensated Thermal Neutron & Epithermal Neutron Pad

Part Number………………………….… 22006 – 4404

DESCRIPTION

The Dual Neutron Pad is a Compensated Neutron with Epithermal Neutron Pad (DNP) assembles to the Pad Deployment Tool (PDT) mandrel section (see page 16) for logging operations. The Pad Deployment Tool includes the caliper assembly. The thermal section of the DNP uses Helium 3 detectors to measure the ratio of thermal neutrons at each detector. The ratio is corrected for hole size and a porosity is computed for a selected lithology. In addition, a caliper signal is recorded and used for the borehole size correction. The Epithermal section measures fast neutrons for porosity calculations in air-drilled holes. The Epithermal response has been modeled for fluid filled holes. The state of the art design enables excellent Epithermal porosity results in a fluid filled hole. In addition, a caliper signal is recorded and used for the borehole size correction. All measurements are done simultaneously.

SPECIFICATIONS




Weight 41.89 lbs 19.0 kg


Tool OD 4.75 in 12.06 cm 1 From end of top thread protector to end of bottom thread protector. Tool O.D includes PDT

COMBINABLE WITH

The DNP-AB is combinable with all TTI open hole tools. Place anywhere below the Gamma Ray/Spectral Gamma Ray (GRT) tools, but above the Phased Induction Tool (PIT).

REMARKS

The mandrel can be run in the eccentric mode to prevent caliper collapse in deviated wells.

4 N u c l e a r



IDNP-AA Dual Thermal / Epithermal Neutron Pad


LOGGING PARAMETERS


Vertical Resolution

PHIN 10 in 25.4 cm

DNP-EPI 10 in 25.4 cm


PHIN 6 – 12 in 15 – 31 cm

DNP-EPI 6 – 12 in 15 – 31 cm

Measurement Range

PHIN 0 PU – 65 PU (LS)

DNP – EPI 0 PU – 65 PU (LS)

Maximum Logging Speed 45 ft/Min 14 m/Min

Borehole Range


Maximum (PDT-GA) 18 in 45.72 cm


Open, Cased, Air or fluid-filled holes; fresh or salt muds.

DEFINITIONS

PHIN = Porosity – Neutron

DNP-EPI = Porosity - Neutron

4 N u c l e a r



ILDP-DA Lithology Density Pad

Part No……………….……………….. 14000 – 4401

DESCRIPTION

The Lithology Density Pad (LDP) assembles to the Pad

Deployment Tool (PDT) mandrel section (see page 16) for logging

operations. The LDP uses two gamma detectors to record bulk

density and the photoelectric effect of the formation. The difference

between the measurements of the two detectors is used to correct

the bulk density of the formation for mud cake and hole rugosity

effects. Bulk density, density correction, photoelectric effect, and

caliper are also measured with this tool. Bulk density is related to

porosity and the photoelectric effect is related to lithology. Two 1

microcurie Cs-137 pilot sources stabilize the high voltage and

spectrum.

SPECIFICATIONS




Weight 66.14 lbs 30 kg

Length 2.33 ft 0.71 m

Tool OD 5.1 in 12.95 cm 1 From end of top thread protector to end of bottom thread protector. Tool O.D. includes PDT

COMBINABLE WITH

The LDP-DA is combinable with all TTI open hole tools. Place anywhere below the Gamma Ray/Spectral Gamma Ray tools (GRT), but above the Phased Induction Tool (PIT).

REMARKS

The mandrel can be run in the eccentric mode to prevent caliper collapse in deviated wells.

For information on Parts, Test, Calibration and Accessory equipment available for the LDP-DA, contact your Tucker Technologies Technical Sales Representative,.

4 N u c l e a r



ILDP-DA Lithology Density Presentation


LOGGING PARAMETERS


Vertical Resolution

LDEN 8 in 20.3 cm

PES 4 in 10.2 cm

PEL 8 in 20.3 cm


LDEN 6 – 12 in 15 – 31 cm

PES 3 in 7.6 cm

PEL 6 in 15 cm

Measurement Range

LDEN 1.0 g/cc – 3.5 g/cc

PES, PEL 0.1 – 10 B/E

Caliper PDT-GA 4.8 in, 12.2 cm – 22 in, 56 cm

Maximum Logging Speed 45 ft/Min 14 m/Min

Repeatability

LDEN 0.015 g/cc@ 1.8g/cc; 0.03 g/cc@ 2.7g/cc

PES, PEL 5%

Borehole Range


Maximum (PDT-GA) 18 in 45.72 cm


Open, fluid- or air-filled holes; fresh or salt muds.

DEFINITIONS

LDEN = Litho Density

PES = Photo-Electric Short Spacing Detector

PEL = Photo-Electric Long Spacing Detector

4 N u c l e a r



IPDT-GA Pad Deployment Tool

PART NO………………………………10252 – 4410

DESCRIPTION

The PDT-GA is the mandrel used to deploy the Dual Neutron Pad (DNP), page Error! Bookmark not defined. or Lithology Density Pad (LDP), page 14. The PDT can be configured to run in the eccentric mode to prevent caliper collapse in deviated wells. Caliper assembly is included.

SPECIFICATIONS









COMBINABLE WITH

The PDT-GA is used to deploy the Compensated Neutron Pad or Lithology Density Pad. The combined tools are placed anywhere below the Gamma Ray/Spectral Gamma Ray (GRT), but above the Phased Induction (PIT).

REMARKS

Use jigs with known inside diameters of 6 and 12 inches to calibrate the calipers.

For information on Parts, Test, Calibration and Accessory equipment available for the PDT-GA, contact your Tucker Technologies Technical Sales Representative,

4 N u c l e a r



IPDT-GA Pad Deployment Presentation


LOGGING PARAMETERS


Vertical Resolution – Caliper

0.2 in 0.5 cm

Measurement Range:

Caliper (PDT) 4.8 in to 22 in (12.2 cm to 56 cm)

Maximum Logging Speed 60 ft/min 18.3m/min

Repeatability

Caliper

0.2 in, 5.1 mm

Borehole Ranges:


Maximum (PDT) 22 in 55.88 cm


Open, cased, fluid- or air-filled holes; oil or salt-based muds.

5 A c o u s t i c



CST-AD Compensated Sonic Tool

PART NO……………………………… 22000 – 4404

DESCRIPTION

The CST is a two-transmitter, two-receiver design with 3' - 5' spacing. The tool provides borehole compensated travel time, sonic amplitude and integrated transit time. Digital recording of the waveform is also available.

SPECIFICATIONS







Tool OD (MSFL Pad) 3.625 in 9.2 cm


COMBINABLE WITH

The CST is combinable with all TTI open hole tools. It may be placed anywhere below the Gamma Ray/Spectral Gamma Ray (GRT) tools and above the Phased Induction Tool (PIT).

REMARKS

It is recommended that centralizers be run above and below the CST. Inline and slipover centralizers are both available. For information on Parts, Test, Calibration and Accessory equipment available for the CST-AD, contact your Tucker Technologies Technical Sales Representative

5 A c o u s t i c



CST-AD Compensated Sonic Presentation


LOGGING PARAMETERS


Vertical Resolution

CST 2 ft 61 cm


CST 1.5 in 3.81 cm

Measurement Range

CST 40-220s/ft, 131-722s/m

Caliper (PDT-GA) 4.8 in to 22 in (12.2 cm to 56 cm)


Repeatability

CST 2 s/ft, 6.5 s/m

Amplitude 5%


Borehole Range


Maximum (PDT-GA) 22 in 56 cm


Open, cased or fluid-filled holes.

6 B o r e h o l e M e a s u r e m e n t



IHBIT-AA High Resolution

Borehole Imaging Tool

Part Number ………………………… 21000-4603

DESCRIPTION

The High Resolution Borehole Imaging Tool (HRBIT) uses the latest available electronic technology to acquire high resolution borehole imaging with an extended dynamic range data acquisition system designed inside the pads. The HRBIT acquires resistivity measurements from 36 buttons per pad on a six-arm mandrel.

SPECIFICATIONS




Weight 220 lbs 100Kg

Tool Length 10.5 ft. 3.2 M

Transport Length1 12.3 ft. 3.8 M

Tool OD – Standard Pads

5.250 in 13.35 cm

Borehole Ranges:



Tool OD – Slim Pads ( in progress)

4.250 in 10.8 cm

Borehole Ranges:



Sampling Rate 125 Samples per Foot, 30ft/min 410 Samples per Meter, 9m/min

High Resolution Sampling Rate

250 Samples per Foot, 15ft/min 820 Samples per Meter, 4.5 m/min

Borehole Coverage Standard Pads

8 inch Borehole

85%

Borehole Coverage Slim Pads

6 inch Borehole

60%


COMBINABLE WITH

The HRBIT is combinable with all TTI Integra open hole tools.

REMARKS

The HRBIT must be used with TTI’s IWOT and ISGRT, the ISGRT incorporates TTI”S Integra High Speed Telemetry.




Below is a expanded view of a section from the TTI test well where a rotary coring

tool was tested, note the donut features and the scale on the left where the difference

between depth grid lines equals 0.375 inches.




CCT-AA Centralizer / Caliper Tool

PART NO………………………………..10710 – 4602

DESCRIPTION

The four-arm CCT provides tool centralization and borehole diameter values.

SPECIFICATIONS




Weight 105 lbs 48 kg



Tool OD

Housing Diameter 3.11 in 7.90 cm

Expanded Bow String 16 in 40.64 cm


COMBINABLE WITH

The CCT is combinable with all TTI open hole tools. It may be placed anywhere below the Gamma Ray/Spectral Gamma Ray tools (GRT) and above the Phased Induction Tool (PIT).

REMARKS

The CCT is calibrated using a using a set of rings with inside diameters of 8" and 14". Typical application for the CCT is to run in combination with the Compensated Sonic Tool (CST), page 18.

For information on Parts, Test, Calibration and Accessory equipment available for the CCT-AA, contact your Tucker Technologies Technical Sales Representative




CCT-AA Centralizer / Caliper Presentation


LOGGING PARAMETERS



8 in 20.32 cm

Measurement Range:

Caliper (PDT) 3.625 in to 16 in (9.2 cm to 40.6 cm)

Maximum Logging Speed 120 ft/min 37 m/min

Repeatability

Caliper

0.2 in, 5.1 mm

Borehole Ranges:




Open, cased, fluid- or air-filled holes.




ISACT-AB Six Arm Caliper Tool

PART NO…………………………………10880 – 4601

DESCRIPTION

Six articulated arms measure an electrical signal directly proportional to the expansion of the caliper arms to measure borehole size. All six arms are completely independent resulting in six radii readings. Produce diameter results by adding opposite radii values.

SPECIFICATIONS





Length 7.84 ft 2.39 m

Transport Length1 9.66 ft 2.94 m

Tool OD (arms closed) 4.27 in 10.85 cm


COMBINABLE WITH

The SACT is combinable with all TTI open hole tools. The SACT is placed anywhere below the Gamma Ray/Spectral Gamma Ray (GRT) tools, but above the Phased Induction Tool (PIT).

REMARKS

The SACT should be run with inline centralizers; see page 33 for more information.

For information on Parts, Test, Calibration and Accessory equipment available for the SACT-AB, contact your Tucker Technologies Technical Sales Representative




ISACT-AB Six-Arm Caliper Tool Presentation


LOGGING PARAMETERS



5.5 in 13.97 cm

Measurement Range:

Caliper Radius 2.2in to 11 in (5.59cm to 28cm)

Caliper Diameter 4.4in to 22 in (11.2cm to 56cm)

Maximum Logging Speed 60 ft/min 18.3m/min

Repeatability - Caliper 0.05in, 1.25mm

Borehole Ranges:

Minimum 6 in 15.2 cm

Maximum 22 in 56 cm






ISDT-BA Six Arm Dipmeter Tool

PART NO……………………………… 36000 – 4602

DESCRIPTION

The Six Arm Dipmeter provides the ability to measure structural and strata graphic dips when run with the Well-Bore Orientation Tool (WOT). The SDT measures six independent caliper radii and six micro-focused resistivities spaced 60 degrees apart with a vertical resolution of 0.25 inches and a depth of investigation of 0.8 inch.

SPECIFICATIONS




Weight 212 lb. 96.2 kg

Length 10.5 ft. 3.2 M

Transport Length 12.3 ft. 3.8 M

Tool OD (arms closed) 4.27 in 10.85 cm


COMBINABLE WITH

The SDT must be run with a Well-Bore Orientation Tool and is then combinable with all TTI open hole tools. A recommended tool string includes centralizers.

REMARKS

Dipmeter processing while acquiring data is available on the Integra Logging System. A borehole geometry presentation is available with the SDT when combined with the Well-Bore Orientation Tool (WOT), page 29.

For information on Parts, Test, Calibration and Accessory equipment available for the SDT-BA, contact your Tucker Technologies Technical Sales Representative




ISDT-BA Six Arm Dipmeter Presentation


LOGGING PARAMETERS


Vertical Resolution

Resistivity 0.25 in 6.35 mm

Caliper N/A N/A


Resistivity 0.8 in 20.3 mm

Measurement Range

Resistivity 0.5-200

Caliper 4.4 in to 22 in (11.2 cm to 56 cm)


10 ft/Min 3 m/Min

Repeatability

Resistivity 5%


Borehole Range


Maximum 22 in 56 cm


Open hole and fluid-filled. For fresh mud, use the normal button. In non-conductive fluids, or salt-based mud, use the “scratcher” button.




IWOT-AE Well-Bore Orientation Tool

PART NO………………………… 37010 – 4603

DESCRIPTION

The Well-Bore Orientation Tool provides the necessary positioning information for Dipmeter processing. Run alone to obtain a deviation or drift survey. Hole deviations to 90° are measured with a high resolution, solid state, 3-axis inclinometer package with ± 2 % accuracy. Azimuth and relative bearing are measured with a 3-axis flux gate magnetometer to within ± 3 %.

SPECIFICATIONS









COMBINABLE WITH

The Well-Bore Orientation Tool is combinable with all TTI open hole tools. The WOT may be placed anywhere below the Gamma Ray/Spectral Gamma Ray (GRT) tools and above the Phased Induction Tool (PIT). If run with the Six Arm Dipmeter (SDT), the WOT must be placed directly below the Six Arm Dipmeter Tool.

REMARKS

If the Well-Bore Orientation Tool is run alone, it must be run with centralizers.

For information on Parts, Test, Calibration and Accessory equipment available for the WOT-AD, contact your Tucker Technologies Technical Sales Representative




IWOT-AE Well-Bore Orientation Presentation


LOGGING PARAMETERS


Vertical Resolution 0.12 in 3.1 cm

Depth of Investigation N/A

Measurement Range

Inclination 0 – 90°

Azimuth 0 – 360°

Relative Bearing 0 – 360°


30 ft/min 9 m/min

Repeatability

Inclination 5%

Azimuth 3%

Relative Bearing 3%

Borehole Range



Open, fluid- or air-filled holes.




IXYT-AB Four Arm X-Y Caliper Tool

PART NO………………………… 10820 – 4402

DESCRIPTION

Four articulated arms measure an electrical signal directly proportional to the expansion of the caliper arms to measure borehole size. All four arms are completely independent enabling the capture of four radii readings.

SPECIFICATIONS









COMBINABLE WITH

The XYT is combinable with all TTI open hole tools. Place anywhere below the Gamma Ray/Spectral Gamma Ray (GRT) tools, but above the Phased Induction Tool (PIT).

REMARKS

Calibrate the XYT using Centralizer Check rings with inside diameters of 8 inches and 14 inches. Part numbers for ordering check rings is in Appendix A.

For information on Parts, Test, Calibration and Accessory equipment available for the XYT-AB, contact your Tucker Technologies Technical Sales Representative




IXYT-AB Four X-Y Caliper Tool Presentation


LOGGING PARAMETERS



4 in 10.16 cm

Measurement Range:

Caliper Radius 2.2in to 11 in (5.59cm to 28cm)

Caliper Diameter

4.4in to 22 in (11.2cm to 56cm)


60 ft/min 18.3m/min

Repeatability - Caliper 0.02 in, 5.1 mm

Borehole Ranges:


Maximum 22 in 56 cm


Open, cased, fluid and air filled holes.

7 A u x i l i a r y



AMT-AC Auxiliary Measurement Tool

PART NO……………………………16000 – 4603

DESCRIPTION

A tension and compression sensor for standard tool strings and for pipe assisted logging. This tool can also provide a reading for well bore hydrostatic pressure. AMT measurements can be displayed to a laptop on the rig floor via wireless.

SPECIFICATIONS





Tool Length 3.39 ft 1.03 cm




COMBINABLE WITH

The AMT-AC must be stacked above the Gamma Ray/Spectral Gamma Ray (GRT) tools.

For information on Parts, Test, Calibration and Accessory equipment available for the AMT-AC, contact your Tucker Technologies Technical Sales Representative.

LOGGING PARAMETERS


Measurement Range:

Pressure 0 – 20K PSI

Tension 0 – 10,000 lbs

Compression 0 – 10,000 lbs


60 ft/min 18.3 m/min

Borehole Ranges:


Maximum 22 in 56 cm



7 A u x i l i a r y



CEN-AA Inline Centralizer Tool

PART NO………………………… 20140 – 4403

DESCRIPTION

This is a three-arm conducting tool-string inline centralizer. In vertical holes with a full stack of tools, the Inline Centralizer provides proper centralization in a well bore of 4.5-inch to 16-inch diameter.

SPECIFICATIONS









COMBINABLE WITH

The CEN is combinable with all TTI open hole tools. For information on Parts, Test, Calibration and Accessory equipment available for the CEN-AA, contact your Tucker Technologies Technical Sales Representativepage.

LOGGING PARAMETERS


Borehole Ranges:





7 A u x i l i a r y



DBA-BA Dual Laterolog Rigid Bridle Adapter

PART NO…………………………13000 – 4603

DESCRIPTION

The Rigid Bridle Adapter is used as an isolation current return for the Dual Laterolog (DLT). Constructed of four 16-foot sections, the top section has an electrode for voltage measurement and the bottom section contains the SP electrode. The middle two sections provide additional isolation.

SPECIFICATIONS





Length of one section* 16.15 ft 4.92 m

Transport Length of one section1

17.96 ft 5.47 m



COMBINABLE WITH

The DBA is used in combination with the Dual Laterolog Tool (DLT); for more information see page 7.

REMARKS

The number of sections required for log quality is determined by the make up of the tool string and borehole salinity. *The DBA part number includes all four sections; the length of each section is 16.15 ft. For more information, contact your TTI service representative. For information on Parts, Test, Calibration and Accessory equipment available for the DBA-BA, contact your Tucker Technologies Technical Sales Representative.

7 A u x i l i a r y



CBH-AA Cable Head

Cable Head with Thermometer…… 13080-4402 Cable Head without Thermometer 13080-4403

DESCRIPTION

The cable head supports the tool string and transfers the electrical and mechanical interfaces from the line/truck to the tool string.

SPECIFICATIONS







Tool OD 3.625 in 9.2 cm 1 From end of top thread protector to end of bottom thread protector.

COMBINABLE WITH

The Cable Head is compatible with all TTI tools. Range is dependent upon the tensile bar and line size.

REMARKS

Tensile Bar and Cable Diameter must be specified when ordering this tool. The standard tensile bar delivered with the tool is 5000 lbs. For other options, see Parts, Test, Calibration and Accessory equipment, contact your Tucker Technologies Technical Sales Representative.

7 A u x i l i a r y



SJT-AA Swivel Joint Tool

PART NO…………………………13200 – 4601

DESCRIPTION

The Swivel Joint Tool (SJT) allows free rotation between the upper and lower head while maintaining an electrical connection with the surface logging system. The unit is pressure balanced and oil-filled to avoid increases in seal friction at high pressures and temperatures.

The SJT top and bottom sub-assemblies connect via a shaft free to rotate on bearings that support both vertical and lateral forces. Rotating low resistance contacts maintain electrical continuity of both conductor and armor. A sliding sleeve relieves internal pressure changes caused by well pressure or expansion of filling oil due to rising temperature. This prevents seal friction increases and minimizes rotational resistance.

The SJT is normally mounted at the cable head, but can be placed elsewhere in the tool string.

SPECIFICATIONS









COMBINABLE WITH

The SJT is run below the Cable Head and above the AMT and GRT.

REMARKS

For information on Parts, Test, Calibration and Accessory equipment available for the SJT-AA, contact your Tucker Technologies Technical Sales Representative.

8 A d d e n d u m



Measure Points

The values given represent the distance off bottom for the first valid tool reading for tool combinations listed. These first readings are based on the longest model of each tool.

8 A d d e n d u m



1

9 F u t u r e P r o d u c t s


This and the information within are considered confidential and may not be reproduced in any form without the express written consent of Tucker Technologies, Inc. This document is subject to change without notice. Page 39

Future Products

The following pages display ongoing tool development projects. The Integra tool string utilizes the latest in digital technology to improve reliability of all of TTI down hole tool developments. The Integra tools utilizes a high speed internal tool bus that is controlled by the Spectral Gamma Ray Tool, ISGRT.

Development: Array Induction Tool

Array Laterolog Tool

Cased Hole System TTI can add required Cased Hole capabilities to the Integra Logging system.




Induction Array Resistivity Tool

Part Number ………………………… 20600-4401

DESCRIPTION

The Induction Array Resistivity Tool is a multiple array induction tool operating at multiple frequencies. Resultant depth of investigations from the induction arrays are 10”, 20”, 30”, 60” and 90” resistivity curves. Presentations are in 1 foot, 2 foot and 4 foot bed resolutions.

SPECIFICATIONS




Weight TBD TBD

Tool Length ~17 ft ~ 5.5 m

Transport Length1 TBD TBD



COMBINABLE WITH

The IAR is combinable with all TTI Integra open hole tools. The IAR must be the bottom tool in a string.

REMARKS

The IART must be used with TTI’s ISGRT, the ISGRT incorporates TTI”S Integra High Speed Telemetry.




Example plot of the IAR tool response through the “Oklahoma Log”. The “Oklahoma Log” is an industry standard for bed boundary contrasts to model array induction tools.




Array Laterolog Resistivity Tool

Part Number ………………………… 34000-4401

DESCRIPTION

The Array Laterolog Resistivity Tool is a multiple array Laterolog tool operating at multiple frequencies. Resultant depth of investigations from the induction arrays are 10”, 20”, 30”, and 45” resistivity curves. Presentations are in 1 foot bed resolutions.

SPECIFICATIONS




Weight TBD TBD

Tool Length ~14 ft ~ 4.6 m

Transport Length1 TBD TBD



COMBINABLE WITH

The ALRT is combinable with all TTI Integra open hole tools. If the ALRT is operated as a sole logging tool, electrodes must be attached to the bottom. In normal operations the MSFL would be the lower electrode.

REMARKS

The ALRT must be used with TTI’s ISGRT, the ISGRT incorporates TTI”S Integra High Speed Telemetry.

A p p e n d i x A



Tucker Technologies Research & Development Manufacturing Tech Support & Training Center



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