CORE TECHNOLOGY AND EXPERTISE
North Side provides innovative solutions for well and reservoir performance evaluation through “tailored to clients’ needs” cased hole wireline technologies and downhole tools.
STREAM (FIND, TFT, T-FLOW), FLOWJET, MBTT technologies, and cased hole logging tools to unlock the well potential or resolve integrity challenges.
FIND
FLOW IDENTIFYING NOISE DETECTOR
Flow Identifying Noise Detector (FIND) is a complex technology solution comprised of the high-fidelity multi-sensor split channels spectral noise logging tool with the most advanced algorithms in data processing and analysis software. FIND is developed to assess well integrity and provide detailed profiles of well-reservoir flow.
- Response from active leak interval at various frequencies and amplitude against well completion
- Processes behind casing/liner
- Reservoir performance evaluation
T-FLOW
HIGH RESOLUTION TEMPERATURE MODELING
T-FLOW is an advanced numerical temperature simulation technology enabling comprehensive evaluation of reservoir flow profile behind the casing and open-hole wells. The technology is based on high-resolution temperature data acquisition and subsequent processing in in-house software.
Quantitative reservoir performance evaluation
Through-casing technology
100% data acquisition assurance
TFT
THERMAL FLOW TECHNOLOGY
Thermal Flow Technology (TFT) is an advanced solution for the accurate assessment of wellbore flow profile. This comprehensive system combines a high-sensitivity and wide-range flow logging tool with cutting-edge data processing software. The Thermal Flow Technology (TFT) offers the unique advantage of determining fluid velocity without the need for spinners, even in challenging logging conditions typically encountered in horizontal oil producers and polymer injectors.
STREAM
SPINNERLESS TECHNOLOGIES FOR RELIABLE EVALUATION, ANALYSIS AND MODELING OF WELL-RESERVOIR FLOW
Spinnerless Technologies for Reliable Evaluation, Analysis and Modeling of well-reservoir flow (STREAM) is a powerful suite of tools and technologies that provide high-resolution and accurate logging capabilities. STREAM is an integration of FIND, TFT AND T-FLOW technologies, working in perfect harmony to unlock unparalleled insights into the processes occurring inside and beyond the wellbore.
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FIND
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T-FLOW
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TFT
Horizontal Oil Producer
MBTT
MULTIBARRIER THICKNESS TECHNOLOGY
Multi Barrier Thickness Technology (MBTT), an EM-based solution for accurate evaluation of metal loss of the well tubulars, pipe-by-pipe, up to 4 barriers even with scale deposition. MBTT technology utilizes autonomous corrosion logging tools and specialized in-house software for processing and analysis of acquired data.
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Slickline conveyed
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4-barrier memory mode tool
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Azimuthal distribution of EM sensors
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Accurate depth control (GR)
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T and P additional sensors in the tool
FLOWJET
WELL-RESERVOIR PERFORMANCE EVALUATION IN ARTIFICIALLY LIFTED WELLS
FlowJet© is a cutting-edge technology engineered to efficiently lift the sub-hydrostatic oil wells during Production Logging Survey. This technology provides a seamless solution for PCP, BP, and ESP wells eliminating the need for a Y-tool or Dual string in their completion. FlowJet simplifies the PLT survey, ensuring smooth operations and accurate data acquisition.
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PLT in artificially lifted wells
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No Y-tool required
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Variable rate
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Logging on an opportunity basis at failed AL replacement WO
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Immediate result for workover continuation
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Cost-effective solution
Drill Stem Test with FlowJet© is the best way to test multilayered formations zone by zone creating variable drawdown to the reservoir to evaluate its performance at different flow regimes.
MEFM tool helps to measure gross rate, water cut, pressure and temperature during production test downhole with unlimited test duration, perform PBUS.
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CORE TECHNOLOGY AND EXPERTISE
North Side provides innovative solutions for well and reservoir performance evaluation through “tailored to clients’ needs” cased hole wireline technologies and downhole tools.
STREAM (FIND, TFT, T-FLOW), FLOWJET, MBTT technologies, and cased hole logging tools to unlock the well potential or resolve integrity challenges.
Core Technology and Expertise
FIND
Flow Identifying Noise Detector (FIND) is a complex technology solution comprised of the high-fidelity multi-sensor split channels spectral noise logging tool with the most advanced algorithms in data processing and analysis software. FIND is developed to assess well integrity and provide detailed profiles of well-reservoir flow.
- Response from active leak interval at various frequencies and amplitude against well completion
- Processes behind casing/liner
- Reservoir performance evaluation
FIND Case Studies
FIND Case Studies
T-FLOW
High Resolution Temperature Modeling
T-FLOW is an advanced numerical temperature simulation technology enabling comprehensive evaluation of reservoir flow profile behind the casing and open-hole wells. The technology is based on high-resolution temperature data acquisition and subsequent processing in in-house software.
Quantitative reservoir performance evaluation
Through-casing technology
100% data acquisition assurance
T-FLOW Case Studies
TFT
Thermal Flow Technology
Thermal Flow Technology (TFT) is an advanced solution for the accurate assessment of wellbore flow profile. This comprehensive system combines a high-sensitivity and wide-range flow logging tool with cutting-edge data processing software. The Thermal Flow Technology (TFT) offers the unique advantage of determining fluid velocity without the need for spinners, even in challenging logging conditions typically encountered in horizontal oil producers and polymer injectors.
T-FLOW Case Studies
STREAM
SPINNERLESS TECHNOLOGIES FOR RELIABLE EVALUATION, ANALYSIS AND MODELING OF WELL-RESERVOIR FLOW
Spinnerless Technologies for Reliable Evaluation, Analysis and Modeling of well-reservoir flow (STREAM) is a powerful suite of tools and technologies that provide high-resolution and accurate logging capabilities. STREAM is an integration of FIND, TFT AND T-FLOW technologies, working in perfect harmony to unlock unparalleled insights into the processes occurring inside and beyond the wellbore.
FIND
T-FLOW
TFT
STREAM Case Studies
MBTT
MULTIBARRIER THICKNESS TECHNOLOGY
Multi Barrier Thickness Technology (MBTT), an EM-based solution for accurate evaluation of metal loss of the well tubulars, pipe-by-pipe, up to 4 barriers even with scale deposition. MBTT technology utilizes autonomous corrosion logging tools and specialized in-house software for processing and analysis of acquired data.
Slickline conveyed
4-barrier memory mode tool
Azimuthal distribution of EM sensors
Accurate depth control (GR)
T and P additional sensors in the tool
MBTT Case Studies
FLOWJET
WELL-RESERVOIR PERFORMANCE EVALUATION IN ARTIFICIALLY LIFTED WELLS
FlowJet© is a cutting-edge technology engineered to efficiently lift the sub-hydrostatic oil wells during Production Logging Survey. This technology provides a seamless solution for PCP, BP, and ESP wells eliminating the need for a Y-tool or Dual string in their completion. FlowJet simplifies the PLT survey, ensuring smooth operations and accurate data acquisition.
PLT in artificially lifted wells
No Y-tool required
Variable rate
Logging on an opportunity basis at failed AL replacement WO
Immediate result for workover continuation
Cost-effective solution
MPLT in Artificially Lifted Wells
Drill Stem Test with Flowjet
Drill Stem Test with FlowJet© is the best way to test multilayered formations zone by zone creating variable drawdown to the reservoir to evaluate its performance at different flow regimes.
MEFM tool helps to measure gross rate, water cut, pressure and temperature during production test downhole with unlimited test duration, perform PBUS.
- During production and testing MEFM tool records all stated above parameters to its internal memory at a sampling rate of 0.25 – 60 seconds.
- The well test insert with the MEFM tool can be retrieved from the hole using slickline, along with the assistance of a supplied fishing tool.
- There is no set time limit for the production, allowing it to continue without any restrictions on duration.
- PVT sampling can also be conducted during stationary well flow conditions.
- The collection of PVT samples enables obtaining clean and uncontaminated reservoir fluid samples from remote zones of the formation, devoid of any remnants of drilling mud. The PVT chamber, utilized for this purpose, consists of two 500cc containers equipped with a timer and pressure triggers.
