New Wireline Technologies

iLearn

HRAD 01898 Somnath Banerjee Regional Technical Manager

11th Sep 2012

Agenda

Ultra-Slim Quad combo.... Smart Deployment system

Reservoir Monitoring Tool (RMT) … new application in Shale plays

Halliburton Free Pipe Tool (HFPT)

Circumferential Acoustic Scanning Tool – Monocable version (CAST-M)

© 2011 HALLIBURTON. ALL RIGHTS RESERVED.

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ULTRA-Slim Quad Combo

Logging through Drill Pipe

HAL OH Wireline Technologies

Standard Tools (LOGIQ®)

– 3,625” OD, 350 degF, 20,000 psi

– Hi Speed Telemetry, Full set of capabilities

Hostile Tools (HEAT®)

– 2.75” OD, 500 degF, 25,000 psi

– 3.125” OD, 500 degF, 30,000 psi

Ultra-Slim Tools

– 2.35” OD, 300 degF, 14,000 psi

– Quad Combo available

© 2011 HALLIBURTON. ALL RIGHTS RESERVED.

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Ultra-Slim Quad Combo

Smart deployment system

Quad Combo

– Induction Resistivity

– Density (& Pe)

– Neutron

– Monopole Array Acoustic

– Cable-head

– Telemetry

– Battery/Inverter

– Cen/offset/Swivel

Log Quality as good as

standard tools

© 2011 HALLIBURTON. ALL RIGHTS RESERVED.

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Application & Value

Thru Pipe operations in Slim and

Sticky holes

Can be deployed on Wireline or

Slickline (Battery & Memory)

Lower cost, Lower risk, smaller

footprint, easier alternative to

traditional Pipe conveyed Logging

Horizontal Shale Well applications.

Pump Down operations

Response almost as good as

Standard Tool…can be a low cost,

slimmer alternative in some areas

© 2011 HALLIBURTON. ALL RIGHTS RESERVED.

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Specification Overview

14,000 psi

300 degF

2.35-in. maximum diameter

68 ft length Quad Combo

Resistivity 18 ft

Density 12 ft

Neutron 8 ft

Sonic 15 ft

Accelerometer,

Memory, GR,

Telemetry 11 ft

Cable head 4 ft

Additional subs

In-line Bowspring 5 ft

Knuckles

Flex-joint

Swivels

Weights

Accuracy and precision are on-par with the

standard-sized logging suite.

Slim tool

in

8-1/2-in

borehole

Standard

tool in 8-

1/2-in

borehole

UltraSlim Qualification vs Conventional LOGIQ Tools

GR

0 200

Neutron

45 -15

Density

1.95 2.95

PE

0 10

Deep Res.

0.2 200

DTC

140 40

SACRt log overlays with ACRt

Tool response compared

to LOGIQ ACRt tool

Agrees well in full range of resistivity

0 to 500 ohm-m

SP and gamma API also agree well

SACRt – Dark Curves ACRt – Light Curves

60 in Resistivity

90 in Resistivity

30 in Resistivity

20 in Resistivity

10 in Resistivity

SP

Gamma Ray

SDNT log overlays with DNT

and HDNT logs

Density and Neutron

response agrees well in full range of the measurements

SDNT – Dark Curve HDNT– Light Curves

Gamma Ray

Caliper

PE

Density

Porosity

Neutron Porosity

Density

Correction

Tension

UltraSlim – Conveyance

Running Sub Fishing Neck Motor Sub Shock Absorber

Release mechanism uses the same concept of the Slick Line Smart Release Tool

Field testing completed successfully.

Specially designed Smart deployment system enables Reaming, Circulation, Bridge Intervention

Smart Self Diagnostic Test down-hole assures confidence before the Tools are released

Landing Sub

Run

Landed

Released

Pulsed Neutron Unconventional App

RMT

CHI

ShaleXpert

RMT- Reservoir Monitoring Tool

Technology (2-1/8” OD)

– RMT Detector : Uses the Largest BGO detector in thru tubing class resulting in much higher counts, faster speeds

– HTHP operation : 400 degF operations possible now

Simultaneous Measurements – Sigma (capture)

– Carbon Oxygen (inelastic)

– Activation

Elemental Yields for Lithology

Unconventional Applications

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Fee

t

Un-conventional application Service Solution

Bad or Missing Openhole Data CHI (Pseudo TC)

Shale Gas CHI-ShaleLog, Mineralogy, KUTh

Tight Gas CHI (Pseudo TC) CHI-StimLog

CBM CHI (Pseudo TC)CHI-CoalLOG

Features (Detector Comparison 1:1 aspect ratio) Size & Weight Matters

** conservative estimate aired on the larger size considering the Hydroscopic

nature of NaI requiring Hermetic packaging

1 11/16”

RPM

(NaI)

1.1”x6”** 296g

2 1/8”

RMT

(BGO)

1.4”x6”

1080g

RMT

~1.6X Volume

~3.6X Mass

1.71” / 2.51”

RST

(GSO)

1.1”x4” 418g

RMT

~2X Volume

~2X Mass

Cased Hole Services – RMT – CHI Modeling

Black lines are the actual triple-combo logged at the well.

Colored lines are the pseudo curves created in CHI Modeling.

– Search For By-Passed Oil

– Reconstruction for Missing and/or Bad Data

– Need For Accurate Porosity & Resistivity

– Costs Consideration (Logging / Rig Time)

– Cycle Time Reduction (Hole Conditioning).

Intrinsic near/far ratio - RIN

Intrinsic Sigma - SGIN

Gamma Ray - GR

Capture near/far ratio - RTMD

Near detector count rate - NTMD

Far detector count rate -FTMD

Near sigma borehole - SGBN

Input

(Original

)

CHI

ModelingTM

Output

(Synthetic)

NPHI

RHOB

DEEP RT

Interconnection

(Common to all)

Intrinsic near/far ratio - RIN

Intrinsic Sigma - SGIN

Gamma Ray - GR

Capture near/far ratio - RTMD

Near detector count rate - NTMD

Far detector count rate -FTMD

Near sigma borehole - SGBN

Input

(Original

)

CHI

ModelingTM

Output

(Synthetic)

NPHI

RHOB

DEEP RT

Interconnection

(Common to all)

Unconventional Applications Pulsed Neutron

(Cased Hole Formation Evaluation)

Case 1 Case 3 Case 2

Lower LIH and well loss risk

Can reach higher Inclinations

Similar Lithology and reservoir characteristics

Reality Check –

NA Horizontal Completions LWD GR Steered

33% of clusters make 75% of production

33% of clusters make 25% of production

33% of clusters, no production

Statistical Analysis of all available horizontal Production flow data in

North America from equal spaced plug/perf stage frac’s

© 2010 Halliburton. All Rights Reserved. 20

Full Core, Rotary Core Plugs, & Backup Percussion Cores for XRD, XRF, TOC, & Shale P&P calibration. Cuttings for Chemostratigraphy Analysis

Use geochem multimineral logs calibrated to XRD to get the best estimate of total porosity & kerogen volume

Use NMR T1-T2 for water and invaded fluids distribution analysis (claybound, BVI, FFI). Potential direct measurement of effective porosity.

Utilize Dielectric Analysis in addition to NMR in oil shale plays

Use X-Y Dipole Shear & Z axis Stonely Shear to obtain gas pressure corrected measurements of DTC, DTSX, DTSY, & DTSZ for 3-D mechanical properties

Borehole Image Logs for fracture identification & orientation in fresh mud holes, bedding orientation & potential laminated sand count only in oil base mud holes.

DFIT for Coates Shale Perm calibration using NMR BVI & FFI. Also obtains closure stress & reservoir pressure

Shale Complete Vertical Evaluation Solution

Horizontal Evaluation – Options

Geosteering Options

LWD Cross Dipole (X-BAT) or rotating Single Dipole (BAT) for real time

steering. Direct measurement of horizontal anisotropy effects.

LaserStrat sample analysis for relative brittleness & mechanical proxy.

LWD imaging for hard fractured plays (like Barnett or Bakken)

Cased Hole ShaleXpertTM

Log an RMT-E pulsed neutron log (flasked if over 265F) by pump down, or

wireline tractor. Compute a CHI Modeled Triple Combo with lithology from

gain stabilized capture spectra for Silica and Calcite yields. Use CHI Triple

and lithology data in ShaleXpert.

If quality cement, Hostile Wavesonic X-Y Dipole can be run for DTC, DTSX,

& DTSY using wireline tractor conveyance. Use for horizontal anisotropy

measurement.

© 2010 Halliburton. All Rights Reserved. 22

RMTTM

CHI TM

ShaleXpert logTM

Calibrated to Vertical Open Hole X-Y Dipole Wavesonic & GEM

Vertical PNS CHI vs OH Triple Combo

© 2010 Halliburton. All Rights Reserved. 24

Horizontal PNL CHI Model Shalelog – Haynesville

Shale

Brittleness Index, Fracture Ease, Effective Porosity, Free Gas, & TOC

Horizontal In & Out of Primary

Target Interval Free Gas

Stress

Fracture

Ease

Brittleness Index

Lithology Effective

Porosity

CHI Model Triple Combo Data

RMT Gamma Spectrometry – Direct Measurements;

Basic Elemental Yields (Mineralogy) and KUTh

RMT mineralogy

comparison with Open-

hole

RMT KUTh compared

to Open-hole

CAST-M (Monocable CAST)

CAST-M

CAST-M (mono conductor CAST)

Same Ultrasonic measurements, same Sensor Physics as CAST

2 ¾” OD tool – with 3 1/8” transducer head

Real time Telemetry Data is optimized for Log Quality Control but full Wave form data recorded in Internal Memory

Measurements

– Internal Radius

– Pipe Thickness

– Cement Acoustic Impedance

CAST-M Advantages

Ultrasonic Cement and Pipe Evaluation from 4.5” to 9.625” Casing

Combinable with CBL… no separate run, no wasted time. CBL + CAST provide the complete Cement Evaluation solution

Ability to run ACE and CASE advanced software for special applications

Rigless Operations, using MAST / Crane possible

Jobs can be done with well under pressure using PCE..

Run on any company’s Logging Unit with most standard electrical wirelines (with portable Surface System)

© 2011 HALLIBURTON. ALL RIGHTS RESERVED.

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CAST-M produces similar equivalent data quality as CAST

Several CAST-M jobs performed in the field

prove tool produces same quality data as

CAST-F Tool.

HFPT (HAL Free Pipe Tool)

Conventional Free Pipe Indicator Basics

When a Pipe is stretched or Torqued there is an approximate uniform Stretch or Angular

Deflection for any Unit length throughout the entire length of Free Pipe

RH

Torque

Stretch

Stretch

RH

Torque

Free Pipe

Stuck Pipe

Free Pipe

Stuck Pipe

RH

Torque

Stretch

Free Pipe

Stuck Pipe

FPI Tool

A

B

C

D

T S

Game Changing Technology

Entirely New Method for Determination of Free Point

Comparison of two logging passes recorded at 60 to 120 ft/min

– First pass with pipe in neutral weight

– Second pass after stretch (or torque) applied to the pipe and

then the pipe returned to a neutral weight condition

Real Time Operations 24/7 satellite communications allows remote

based operator and service company pipe recovery experts to be

involved with well site decisions

No NPT waiting on Pipe Recovery expert with extensive hands on

experience to arrive on location

Halliburton Free Point Tool

96”

18” 18” 31” 26” 3

Tool Size 1.69” (4.69cm) OD

(Slim enough to go thru all Pipes)

Length 96” (243.84 cm)

(w/ centralizers)

Temperature Rating 350oF (176.67° C)

Pressure Rating 20,000 psi (1379.3 bars)

No moving parts

Actual Log Example – Logging sequence

Log Down with pipe weight neutral and zero torque

Stop the down logging pass +/- 200 ft below the estimated pipe stuck point

With the HFPT tool stationary

– Request the driller/tool pusher work the pipe from a neutral weight to stretch the drill string

– Request the driller/tool pusher to stop working the pipe and put it back in a neutral weight position

Record an up logging pass at the same logging speed as the down logging pass, stopping +/- 200 feet above the estimated stuck point

Merge the two logging passes down log neutral weight, up log neutral weight (after the pipe was stretched).

Determine Free Pipe

Summary

Ultra-Slim tools have log response as good as standard Tools

Ultra-Slim conveyance is SMART, employs downhole Tool

diagnostics, giving more confidence

RMT (Pulsed Neutron Tool) has BGO detectors

RMT + CHI (Cased Hole Interpretation) Neural Network

modeling can provide Pseudo OH Logs

RMT + CHI + ShaleXpert can provide low cost alternative

solution in Horizontal sections of Shale Evaluation. Works with

standard Wireline or LWD Logs

HFPT (Free Pipe Tool) is the fastest, safest and surest way to

resolve Stuck Pipe and Pipe recovery issues

CAST-M (along with CBL-M) provides a complete low cost &

versatile solution to Cement Evaluation and Pipe Inspection

© 2011 HALLIBURTON. ALL RIGHTS RESERVED.

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