What’s new at Probe?

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Engineering, Facilities & New Product Development

Product Description

iSet™

Intervention

Non-explosive, simple-to-operate setting tool used to set

plugs/packers.

iSet™ Miniature Downhole Hydraulic Pump

Component

Proprietary design for miniature hydraulic pump for use in

downhole tools. Pump was designed for the iSet project.

HPHT/Multi-Fire IntelleX™ Trigger

Perforation

Multiple firing and/or HPHT version of the industry-leading

perforation trigger.

Non-Radioactive Fluid Density

Production Logging

Module of the production logging suite to measure fluid density

without relying on a radioactive source.

Large OD RADII™ bond tool

Cased Hole

3 ½in cement bond tool with new16-channels transducer

design and higher efficiency.

40-Arm Multi-Finger Caliper

Cased Hole

Next generation MAC, with new patent-pending mechanical /

electronics design and simplified maintenance.

Spectral Gamma Ray

Open Hole

Advanced gamma ray logging tool which allows the user to identify

the origin of gamma rays (K, U, Th) and hence, the lithology

Spectral Gamma Ray

Cased Hole

Same as Open Hole, but for cased hole logging. SGR will be

compatible with Probe’s existing cased hole strings

UniTool Memory Logger

Cased Hole

A single platform to run Probe’s cased hole tools in memory

mode.

Litho-Density

Open Hole

Advanced OH density measurement able to provide Pe

measurement from which lithology can be derived

Probe understands the level of investment required to remain at the forefront of Engineering excellence. Key milestones over the last twelve months include:

“48% in engineering headcount in 2014; 34 Engineers. 15% increase in 2015; 39 engineers after a 45% increase in 2014.”

“New VP of Engineering with 30+ years of relevant industry experience.”

“New Company-wide ERP system.”

“New Open Hole Test Well, 3,000ft total depth, cased to 1,200ft. 17,000ft of 0.474in multi-conductor cable.”

“New 15,000+sq.ft Manufacturing Facility in Fort Worth.”

“New Combined Pressure/Temperature (15kpsi/200degC) Test Facility in Aberdeen.”

“New Cased Hole Test Well, 3,000ft total depth.”

Key new product introductions in the course of 2015

“ISO 9001 certification.”

Rev. 3

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iSet™ iSet is an Electro-Hydraulic Safe Setting tool designed to be conveyed on Slickline with batteries or on E-Line in Surface Read Out mode.

iSet uses a state of the art brushless DC Motor to drive a compact high pressure pump and is controlled by using a Sapphire glass touchscreen sensor on the tool body (patented). This removes the requirement to disassemble the tool after each run. After extracting the tool from the well, the iSet is reset by simply opening a bleed screw on the tool body. Within seconds, the tool will automatically reset.

The power source for the iSet is contained within the tool electronics power unit or EPU. The power unit also contains Alkaline batteries in addition to all of the control electronics. Changing control modules will allow use of the setting tool in E-Line operations.

The iSet contains multiple sensors; temperature, pressure, motion, voltage and current. All sensor information is logged to memory which can be retrieved and presented after each operation.

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O.D. O.A.L. Maximum Hydraulic Pressure Temperature Stroke

length Load Connection Type (Standard)

2.165 in

(55.00mm)

114.0 in

(2.89m)

15,000 psi

(103.4 MPa)

23°F to 302°F *

(-5°C to 150°C)

10.0 in

(254mm)

30,000 lbs

(13,607 kgs)

0.6875 in

UN– 2B 16 TPI-STR & RH

3.600 in

(91.44mm)

108.0 in

(2.74m)

15,000 psi

(103.4 MPa)

23°F to 302°F *

(-5°C to 150°C)

10.0 in

(254mm)

60,000 lbs

(27,215 kgs)

2.000 in Reg

ACME– 2G 6TPI– STR & RH

One Tool...4 Power Options

Alkaline Battery (Standard)

Alkaline Battery (Flasked)

E-Line Surface Read Out

Lithium battery

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ProTherma PTS - GR/CCL The Kuster ProTherma PTS-Gamma Ray/CCL is a subsurface high temperature tool that consists of five PL sensors — Flow, Pressure, Temperature, Gamma Ray and CCL.

The tool can operate downhole in real-time for up to 6 hours at 300°C (572°F) or 4 hours at 350°C (662°F) in memory. Accurate depth and geologic correlation is achieved using an integral scintillation based gamma ray detector and casing collar locator (CCL).

The ProTherma PTS-GR/CCL provides accurate geologic and tubing/casing depth correlation for pressure, temperature and flow measurements made with the tool.

The electronics section of the tool is encased in a pressure housing, which thermally protects it from the high external temperatures. The pressure transducer senses wellbore pressure through a capillary tube, while the RTD temperature sensor remains exposed to the wellbore to enable for fast and accurate responses to temperature variations in the well bore.

Interchangeable flow meters and impellers allow you to choose the optimum settings for the well conditions.

Pressure/Temperature

Maximum Pressure 18,000 psi (124.1 MPa)

Pressure sensor Quartz (Quartzdyne)

Accuracy 0.02% F.S.

Resolution 0.00006% F.S.

Maximum Temp 1.83in 662°F (4 hrs) 350°C

572°F (6 hrs) 300°C

Maximum Temp 1.69in 482°F (6 hrs) 250°C

Accuracy 0.15% F.S.

Resolution 0.002% F.S.

Flowmeter/Spinner

Outside Diameter 1.69in and 1.83in

Continuous 1-1/16in, 2-1/8in & 3in

Fullbore 4-1/2in & 7-1/2in

Resolution 1 RPS

Data Flow with directional sensing

Gamma Ray/CCL

Detector Type Scintillation

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I-Wheel™ The I-Wheel™ is a patent protected advanced conveyance technology designed to overcome deployment difficulties by delivering highly efficient performance. Our unique roller technology offers a level performance that consistently surpasses all other roller designs.

The I-Wheel™ creates reduced contact areas that keep the logging tool body or perforating gun off the low side of the pipe wall, creating a gap to pass upsets or bridges. They are efficient, consistent and reliable tools that have been used in highly deviated wells up to 87 degrees.

Installing I-Wheels offers improved log data by enabling consistent wireline speeds and the stand-off created by the efficient wheels decreases passenger toolstring wear. Utilising I-Wheels offers risk mitigation by reducing well interventions.

The I-Wheel™ can reduce the entire gun or tool string modelled friction by up to 60%.

New developments:

I-Wheel Pro-Connect - a radical new design that completely eliminates all downhole fasteners

I-Wheel Integrated - a new design that provides increased swivelling rotation

I-Wheel Micro - a new design for small ID interventions

Self orienting to maximise tubing contact

Wheel retention design ensures no loss of wheels

Superior bearings guarantees minimal friction

Robust design maximises field longevity

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Electronic Firing Head (EFH) The IntelleX™ HPHT Electronic Firing Head is a high integrity memory based tool suitable for any remote explosive or non‐explosive operation where the operator requires a reduction in running costs while maintaining the highest possible degree of safety and control for a memory based tool.

A complete log of time, status, pressure, external fluid temperature, axial and radial acceleration (tilt and shock) and output voltage is stored to the EFH flash memory for post‐job analysis. A low‐cost passive CCL can also be added to collect data during the drift run, eliminating the need for an additional correlation tool.

The tool is activated or de‐activated using a pre‐programmed sequence of time, pressure/temperature safe windows and if required a series of pressure pulses and/or acceleration movements.

EFH Standard - Single Fire tool, 15,000psi and 165°C (329°F)

EFH Multi-Fire - Multi-Fire tool, can be activated up to 20 times, 15,000psi and 175°C (347°F)

EFH Multi-Fire HPHT - Multi-Fire tool, can be activated up to 20 times, 25,000psi and 250°C (482°F)

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IntelleX™ PLT The Probe IntelleX™ Core PLT is a production logging tool with Piezo Pressure, Fluid Temperature and CCL as standard (Quartz PT available as an additional module). The IntelleX™ Core PLT has fully modular interconnections allowing additional sensors to be added with no change to the Core Modules.

Available sensors include Pressure, Fluid Temperature, Gamma Ray, Casing Collar Locator, Capacitance Water Hold-up, Fluid Density (Inertial and Radioactive), XY Caliper and Flow*. An optional SRO cartridge for Warrior 8 compatibility is also available.

The tool can be programmed to sample any or all channels at 32 samples/second to 1 sample/10 minutes. The large 16MB non-volatile Flash memory can store up to 8 million data points.

Features:

Short tool length, low maintenance, ‘AA’ internal battery (optional) reduces overall length and allows memory back-up during real-time logging. Tool power options include Lithium and Alkaline battery packs.

Toolstring example: CCL-P&T-GR-Flow = 8.28ft (2.52m)

Standard Pressure & Temperature: 15,000 psi & 175°C (347°F)

*Options available on Inline, Continuous and Fullbore Flowmeters.

Applications

Continuous Well Pressure, Temperature and Flow rate profiling

Pressure build-up analysis

Interference studies

Water injection profiling

Zonal fluid production

Well treatment verification

Behind casing flow

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RADII™ Probe has been delivering the best Cement Bond Logging tool on the market for many years. Probe’s RADII™ platform encompasses multiple patented technologies that have allowed our customers to obtain superior quality cement evaluation logs twice as quickly as the tools provided by our competitors.

Some of the key features of RADII™ that allow such performance are related to how we are able to provide a harmonics free 18KHz transmitter frequency and our patented downhole signal processing techniques.

Typically our cement evaluation suite came in two sizes:

1-11/16in for both standard 177°C (350°F) and high temperature 237°C (460°F)

2-3/4in for both standard 177°C (350°F) and high temperature 237°C (460°F)

Probe has now introduced the 3-1/2in RADII tool with 16 segment cement mapping capability. This tool was developed to cater for larger casing sizes ranging from 9-5/8in to 16in. The 3-1/2in RADII™ includes all the differentiating technologies of the 1-11/16in and 2-3/4in RADII but also has additional features such as modular connector types to allow for backward combinability with tools from our previous generation.

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Second Generation Multi-Arm Caliper (MAC) At Probe we are continually seeing more and more emphasis being placed on better evaluation of the well integrity and corrosion monitoring. For many years this challenge has been met using services offered by Multi Arm Caliper tools which provide accurate internal measurement of the casing internal diameter.

However all caliper tools in the market are constrained by the same physical limitations. These limitations are related to the physical properties of sensors such as LVDT (Linear Variable Differential Transformer); temperature variations in the downhole environment create change to the characteristics of the LVDT therefore all LVDT’s have to be characterized for temperature variation.

Also, there are limitations related to the complicated mechanical set up to convert a radial movement at the caliper tip to a vertical movement at the LVDT level. This has been reflected as inaccuracies in measurement - until now. Probe’s revolutionary and patented technology which includes newly designed LVDT’s, addresses both of the challenges associated with caliper type measurements. Probe’s second generation Caliper tool is able to offer electronics which are completely stable throughout the temperature range of the tool. This is achieved through our patented ratiometric design and years of know-how in the design of down hole electronics.

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Constant Force Centralizer There are known limitations of existing products, and because of interest from clients, it was decided that Probe should design and manufacture a new constant force centralizer.

To address customer needs and in order to offer a truly innovative solution, we have designed and released a new centralizer.

In general, for wireline tools, shorter is always better. With this in mind, several design “innovations” were employed to minimize the tool length. As a result, Probe’s new centralizer has a makeup length of just 26.8 inches. This is significantly shorter than other centralisers on the market. The relatively short tool length of Probe’s design is a result of its overlapping arms and telescopic backup arms.

The wheels of the constant force centralizer are free to rotate even when the tool is completely closed to its 3.5 in OD. The tool is designed to open to 12.7 in which is the I.D. of 13-3/8 in, 48 lb-ft casing. Approximately 40 lb of centralizing force is active across that entire range.

Several features of the constant force centralizer are intended to minimize rolling friction. The wheels for the centralizer which are based on the patented I-Wheel™ technology, were designed to be as large as possible (1.3 in diameter) without violating the 3.5in tool OD specification. Maximizing the wheel diameter allows the wheel to last longer and roll more smoothly across irregularities in the casing. Each arm has two wheels that roll independently on ball bearings.

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Spectral Gamma Ray Potassium, Thorium, and Uranium: Gamma ray…Understanding the formation composition.

For many years the ability to gain a better understanding of the mineral composition of the formation was only reserved for the larger service companies. Probe is now introducing its Spectral Gamma Ray tool which provides a reliable means to gain an insight into formation composition. The gamma ray spectrum measured is resolved into the three most common elements of naturally occurring radiation in sands and shales—Potassium, Thorium, and Uranium (K, Th, and U).

The data is used to distinguish important features of the clay or sand around the wellbore. The clay type can be determined, and sand can be identified as radioactive. The deposition of radioactive salts behind the casing by the movement of water can also be identified. The gamma spectrum is dissected into 256 channels internally in the electronics and can be configured to transmit data to the surface computer as raw spectral data.

The Probe Spectral Gamma Ray can be configured to be used with the Probe platform of Open Hole or Cased Hole tool strings.

*Test results only, tool currently in field testing

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Open Hole Tools Probe manufactures a complete portfolio of downhole tools that are used to assess the potential productivity of hydrocarbon reservoirs. These tools are used in combination to better understand fluid distribution and predict movement to monitor fluid fronts, identify bypassed pay, and optimize reservoir simulation.

Litho-Density Tool - The Litho-density Tool measures the density and lithology of open-hole rock formations. These measurements are performed by bombarding the formation adjacent to the wellbore with gamma rays from a cesium radioactive source embedded inside the tool; the resulting scattering being analysed from two detectors mounted on a skid pressed against the borehole wall. The two detectors compensate for the effects of hole rugosity and mud-cake thickness while the bulk density and Pe (photoelectric) measurement is made.

Compensated Neutron Tools - The Compensated Neutron Tool (CNT) measures the hydrogen index of the formation. Measurements are converted to porosity values, in combination with density tool measurements these provide an indication of lithology and the presence of oil and gas in the zones of interest. The CNT contains an AmBe neutron source that bombards the formation with fast neutrons. These neutrons are slowed and then captured, primarily by hydrogen atoms inside the fluid contained within the pores of the formation (water, oil or gas). The slowed neutrons deflected back to the tool are counted by dual ruggedized, high temperature proportional He3 detectors and a rock porosity is derived.

Dual Induction Laterlog - (DIL) tools provide measurements of the formation resistivity at three different depths, including a deep and medium induction curve and a shallow laterlog resistivity curve, to deliver an accurate profile of borehole invasion and formation resistivity. Resistivity is a direct indicator of the nature of the fluid inside the rock formation as oil or gas presents high resistivity whereas water conducts current and therefore has a low resistivity profile.

Litho-Density Tool

Compensated Neutron Tools

Dual Induction Laterlog Tools

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DataTrap 3D The DataTrap™ has been field tested and proven as a rugged, dependable, and versatile well head logger for over 10 years. The next generation DataTrap™ 3D (DT3D) continues to improve reliability while providing many new features and options for enhanced user operation.

The new DT3D is not simply an improved version of the last generation of DataTrap™. We literally redesigned the DataTrap™ from the ground up. Building upon the core functionality and feature-set that has made the data trap the industry standard, we focused on end-user interaction, scalability and customization. Our development has achieved three industry exclusives: Modular sensor exchange system, Advanced wireless communication and Wireless integration with the iPro™ wireless architecture.

Applications:

DFIT

Mini-frac reservoir tests

Build-up tests

Draw down tests

Injection step rate tests

Extended post-frac monitoring

Offset well monitoring

Leak testing

Calculated downhole pressure measurement

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iProMonitor Wireless Remote Monitoring of Oilfield Assets using Browser Based Technology, including Kuster permanent monitoring products.

The iProMonitor allows the user to view snapshots of the assets in the field and the health of the communication link to the iPro Base Radio Logger in the field. The user can also use the software to expand individual points on the “Summary Screen” for trend view of data as well as a quick reference of the last hour, day or weeks worth of data.

Date and time preferences can be set for the data being viewed with preferences set for each particular interval.

Reports are generated in a trend format that the user may download with the data exported as either a .csv file, .pdf, or other industry standard formats.

iProMonitor enables users to take ownership of their assets in the field and manage polling frequency, alarming, and movement from one location to another with menu driven configuration screens.

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Technical Centers

Fort Worth Technical Center, TX, USA

1132 Everman Parkway, #100

Forth Worth, TX 76140

T +1 817 568 8528

Email: techsupport.fortworth@probe1.com

Long Beach Technical Center,

CA, USA 2900 E. 29th Street

Long Beach, CA 90806

T +1 562 595 0661

Email: techsupport.longbeach@probe1.com

Denver Technical Center, CO, USA

196 Inverness Drive E.

Englewood, CO 80112

T +1 303 290 6479

Email: techsupport.denver@probe1.com

Aberdeen Technical Centre,

UK Unit 9, Energy Development Centre

Aberdeen Science and Energy Park

Claymore Drive, Bridge of Don

Aberdeen, AB23 8GD, UK

T +44 1224 708470

Email: techsupport.aberdeen@probe1.com

GEO Centers

North America

6824 North Sam Houston Parkway W.

Houston, TX 77064

T +1 281 987 2244

Mexico & South America

Paseo Usumacinta

1507 Tabasco 2000

Villahermosa, Mexico

T +52 993 317 6004

Europe & West Africa

Unit 9, Energy Development Centre

Aberdeen Science and Energy Park

Claymore Drive Bridge of Don

Aberdeen AB23 8GD UK

T +44 1224 708470

Middle East & Asia

Light Industrial Warehouse A-03

P.O. Box 341163

Dubai Silicon Oasis Free Zone

Dubai, United Arab Emirates

T +971 4 3922365

www.probe1.com

Probe is committed to delivering first class

Product Quality and Customer Service.