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Geomec

GeoTool-Inject

GeoTool-Inject is a software and technical support service aimed at monitoring and analysing the behaviour of water injection wells for pressure support, disposal and fracking. It does so by allowing rapid extraction of relevant real-time information from the data acquired by the operator.

The software gives improved ultimate recovery rate by 5-10% compared to current best practices due to advanced algorithms and real-time monitoring. It reduces the risk of out-of-zone injection (OOZ) and reduces probability of well & reservoir leakages to seabed from more than 25% to less than 5%. GeoTool-Inject is very economical wrt. the work involved (50 times faster). It also allows rapid analysis of past injection records and is especially applicable to mature fields and/or non-operated assets.
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ClampOn

ClampOn DSP Well Collision Detector

The Well Collision Detector is designed to prevent collisions involving directional drilling within the proximity of existing wells. It provides operators with real-time data so that collision risk analsyis calculations are not the only factor determining the bit's proximity to existing wells.

The overall purpose of the Well Collision Detector is to prevent environmental damages caused by collisions and to help increase safe drilling speed and decrease downtime caused by collisions. The ClampOn DSP Well Collision Detector provides the operator with an advanced real-time collision monitoring system with minimal equipment and personnel requirements.
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ClampOn

ClampOn DSP Particle Monitor

The ClampOn DSP Particle Monitor sensor monitors sand through passive ultrasonic technology. It detects the ultrasonic signal that is generated by particles impacting the inside of the pipe wall, just after the pipeline bend where the sensor is installed. The instrument has onboard Digital Signal Processing (DSP) for analysing of the collected data and it sends real-time results to control system, giving the operator immediate warning when/if sand is being produced.

Operators are using particle monitors widely to increase production rate by finding a maximum sand free rate. By monitoring and evaluating the data in real-time, the operator can make immediate decisions to ensure safe production.
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Framo

FRAMO water injection pumps

FRAMO water injection pumping systems are the reliable way to increase reservoir pressure. The high-power stages are arranged back-to-back for balanced thrust forces, and the high-speed shaft operates well below first critical speed. The system is designed for minimal wear and tear and easy maintenance, even when working with produced water. The system has shown more than 98% average availability in over 4,000,000 operating hours logged, making it reliable and suitable for use in remote locations.

The FRAMO water injection pumping systems is value-adding by having less than half the footprint of a BB pump. Because a booster pump is integrated into the main injection pump, we eliminate the need for a separate pump with associated piping, valves and manifolds.
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OCTIO

Gravitude DepthWatch

Geophysical monitoring of hydrocarbon reservoirs provides increased recovery, hence a more efficient use of resources in environmentally sensitive areas. However, traditional surveying with active seismic guns is a costly operation with impact on sea life, e.g. on mammals in arctic regions. Gravidue DepthWatch provides an alternative based on measurements of seafloor deformation, with negligible environmental impact.

Seafloor deformation can be related to reservoir compaction. Monitoring it provides:
• Improved performance forecast
• Identification of sealing faults and undepleted compartments as infill-well opportunities
• An improved geomechanical model, which increases the value of other monitoring measurements
• Early warnings if subsidence challenges seafloor installation integrity
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OCTIO

Gravitude gWatch

Geophysical monitoring of hydrocarbon reservoirs provides increased recovery, hence a more efficient use of resources in environmentally sensitive areas. However, traditional surveying with active seismic guns is a costly operation with impact on sea life, e.g. on mammals in arctic regions. Gravitude gWatch provides an alternative monitoring technology based on seabed gravity measurements with a negligible environmental impact.

Gravimetry monitoring provides:
• Measurement of aquifer strength, providing a better estimate of remaining reserves and an optimized recovery strategy
• Monitoring of fluid contact movements, providing better forecast of water break-through
• Mapping of hydrocarbon depletion and identification of unproduced compartments, representing infill well opportunities
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Seabox™

The Seabox™ subsea water treatment module is installed on the seafloor, designed to treat 40 000 bpd of sea water for injection, directly into subsea wells or via topside. The Seabox™ module disinfects water and removes all solids down to 10 μm using electrolysis and long residence time. Subsea water treatment ensures operators’ flexibility to adjust capacity needs as well as implement water injection on fields otherwise found too expensive.

For arctic conditions, the Seabox™ module will mean a reduction in chemicals used, lower energy demand and reduced need for offshore manning. It is not obstructed by topside weight and space or distance to injection wells. The Seabox™ will accelerate production and increase recovery through flexibility and a more active reservoir management.
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SWIT™

The SWIT™ subsea water treatment and intake technology, with the Seabox™ module as its cornerstone, utilizes filtration and membrane technology to tailor raw seawater to reservoir requirements – particle-free, low salinity or low sulfate water. The SWIT™ technology reduces the need for maintenance without compromising performance, all done subsea. Removing filtration and membrane equipment from topside facility reduces topside infrastructure and offshore manning. There is a significant reduction in CAPEX and OPEX, but still greater availability is achieved through the SWIT™ water treatment technology.

For arctic climate this solution provides a more environmental friendly approach to water treatment, due to decreased use of chemicals, power consumption and need for topside infrastructure.
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Aibel

Solutions for oil flow-rate improvements

Aibel has extensive experience with utilities and separation systems upgrades, debottlenecking and water treatment system upgrades for oil flow-rate improvements. We provide tailor-made module facilities for platforms, where deliveries range from single modules to complete turnkey systems.

Our solutions comply with stringent requirements and design focus on cost-effective installation. Aibel's products can be adapted to specific project requirements:
• Injection of water or gas to maintain reservoir pressure
• Thermal recovery by introduction of heat to lower the viscosity of heavy or viscous oils
• Chemical injection with polymers to increase effectiveness of water flood and lower the surface tension
• Gas injection of natural gas, nitrogen or CO2 to push oil and lower oil viscosity
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