- Gateway to Norwegian world class technology and competence · operated with acceptable...
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IOR - Gateway to Norwegian world class technology and competence REPORT TYPE 19.Apr 2020 Complete IOR Catalogue
Transcript of - Gateway to Norwegian world class technology and competence · operated with acceptable...
IOR- Gateway to Norwegian world class technologyand competence
REPORT TYPE 19.Apr 2020
Complete IOR Catalogue
Solutions for oil flow-rate improvements
2019-04-29 - Aibel
Category: Topside modifications incl. water managementSubcategory: Upgraded utilities and separation systemsType: Product
Aibel has extensive experience with utilities and separation systems upgrades, debottleneckingand water treatment system upgrades for oil flow-rate improvements. We provide tailor-mademodule facilities for platforms, where deliveries range from single modules to complete turnkeysystems.
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 surfacetension• Gas injection of natural gas, nitrogen or CO2 to push oil and lower oil viscosity
Technology readiness level (TRL)
According to API RP 17N
Not applic: Not applicable.
Reference
Aibel websiteContact
Oddvar BøyesenSenior [email protected]+47 85 27 35 98www.aibel.com
BPT conceptual studies
2019-04-12 - Billington Process Technology
Category: EORSubcategory: Modelling and simulation toolsType: Service
BPT conceptual studies uses the “BPT Apps for process simulations” allowing capacity evaluationon a facility to be revealed as a capacity envelope for a variation of fluid variations, as well as forchanges to geographically conditions. A high degree of automation allows the engineers to usemore time to think and less time to do, ensuring high quality designs can be concluded early.
Using CODES secures optimal compressor configurations identifying minimum impeller set needsand ensures correct drive-end power ratings. Piping sizes are automated allowing an early degreeop optimization. EXT sizing routines ensures realistic scrubber matched to the compressor maps.Standardized execution sequence using reporting templates brings conceptual process work downfrom weeks to only a few days.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
BPT websiteContact
Per [email protected]+47 901 24 284www.bpt.no
CannSeal Annular Isolation
2020-02-13 - Cannseal AS
Category: Reservoir managementSubcategory: Drainage technologiesType: Product
The CannSeal annular isolation technology works by injecting a tailored sealant, traditionallyepoxy, into the annulus at a pre-defined location using the patented eletric wireline tool. Fullycontrolled by the tool operator, the sealant will be injected with exeptional accuracy andpotentially high differential pressure to create an annular plug in a single run.
The product is designed to target two key industry challenges; well integrity and annular zonalisolation. The fully adaptable solution re-establishes well barriers in the hardest-to-reach areas ofchallenging wells with minimal interruption to production. In zonal isolation applications it willplace a plug in the annulus regardless of well angle and degree of cement/gravel, in order toremove an un-desired water production.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
WebsiteContact
ClampOn DSP Well Collision Detector
2019-04-10 - ClampOn
Category: Reservoir managementSubcategory: Data acquisition and monitoringType: Product
The Well Collision Detector is designed to prevent collisions involving directional drilling within theproximity of existing wells. It provides operators with real-time data so that collision risk analsyiscalculations 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 bycollisions 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-timecollision monitoring system with minimal equipment and personnel requirements.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
ClampOn websiteClampOn DSP Well Collision Detector
Contact
Tonje DahlMarketing [email protected]+47 55 94 88 50www.clampon.com
ClampOn DSP Particle Monitor
2019-04-10 - ClampOn
Category: Reservoir managementSubcategory: Data acquisition and monitoringType: Product
The ClampOn DSP Particle Monitor sensor monitors sand through passive ultrasonic technology. Itdetects 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 DigitalSignal Processing (DSP) for analysing of the collected data and it sends real-time results to controlsystem, giving the operator immediate warning when/if sand is being produced.
Operators are using particle monitors widely to increase production rate by finding a maximumsand free rate. By monitoring and evaluating the data in real-time, the operator can makeimmediate decisions to ensure safe production.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
ClampOn websiteClampOn DSP Particle Monitor
Contact
Tonje DahlMarketing [email protected]+47 55 94 88 50www.clampon.com
Fishbones
2020-03-10 - Fishbones AS
Category: Reservoir managementSubcategory: Drainage technologiesType: Product
Fishbones stimulation systems are open hole liner completions, which are run on a normalreservoir liner string, to connect the well and the reservoir in a single, simple and efficientoperation.Our unique small diameter laterals jet or drill out from the wellbore, penetrating the reservoirexactly where needed, to enhance hydrocarbon recovery.The core technology behind our stimulation techniques is the same.However, wells are drilled in a variety of geological formations so our approach is adapted to suitthe specific needs of your well location. Based on your well we have two methods available -jetting and drilling.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Fishbones stimulationhttp://
Contact
FRAMO water injection pumps
2019-04-02 - Framo
Category: Reservoir managementSubcategory: Drainage technologiesType: Product
FRAMO water injection pumping systems are the reliable way to increase reservoir pressure. Thehigh-power stages are arranged back-to-back for balanced thrust forces, and the high-speed shaftoperates well below first critical speed. The system is designed for minimal wear and tear andeasy maintenance, even when working with produced water. The system has shown more than98% average availability in over 4,000,000 operating hours logged, making it reliable and suitablefor use in remote locations.
The FRAMO water injection pumping systems is value-adding by having less than half the footprintof a BB pump. Because a booster pump is integrated into the main injection pump, we eliminatethe need for a separate pump with associated piping, valves and manifolds.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
FRAMO websiteFRAMO water injection pumps
Contact
Sigve GjerstadSales [email protected]+47 55 99 90 00www.framo.com
GeoTool-Inject
2019-04-05 - Geomec
Category: EORSubcategory: Gas injection/WAG/CO2Type: Service
GeoTool-Inject is a software and technical support service aimed at monitoring and analysing thebehaviour of water injection wells for pressure support, disposal and fracking. It does so byallowing 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 practicesdue 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 lessthan 5%. GeoTool-Inject is very economical wrt. the work involved (50 times faster). It also allowsrapid analysis of past injection records and is especially applicable to mature fields and/or non-operated assets.
Technology readiness level (TRL)
According to API RP 17N
TRL 6: Technology installed Full-scale prototype built andintegrated into intended operating system with fullinterface and functionality test program in intendedenvironment. The technology has shown acceptableperformance and reliability over a period of time
Reference
Geomec Engineering websiteContact
Sebastian RisbakkenChief Strategy [email protected]+47 480 38 944www.geomec.no
Multiphase Fraction & Salinity Meter
2020-03-10 - Hammertech AS
Category: EORSubcategory: Gas injection/WAG/CO2Type: Product
Hammertech provide an innovative and cost efficient multiphase fraction and salinity meter(AquaFieldTM) which can be installed on each well in order to measure and trend water contents,gas fraction and salinity. The result is a complete reservoir management overview:• online, real-time measurement of all phases at the wellhead• real-time water salinity trending• the immediate identification of water breakthrough
Downscaled and simplified measurement in multiphase flow:• No PVT input needed – PVT independent• Low CAPEX – low installation cost• Low OPEX – low maintenance cost: plug & play, no calibration, no inputs / updates, no cleaning• Simplified multiphase metering: Water content (Water Fraction and Water Liquid Ratio), GasFraction and Water Conductivity (salinity)
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Contact
Minox deoxygenation
2020-02-13 - Minox Technology AS
Category: Topside modifications incl. water managementSubcategory: Water treatment and environmentType: Product
The Minox®Compact Systems (two-stage) is based on gas stripping of water with co-currentcontact through static mixers in a two-stage system. The stripping gas is nitrogen, regeneratedthrough a catalytic reactor and circulated by a blower/compressor in a closed loop.The Minox®Compact system can be designed to achieve residual oxygen levels of less than 20ppb without the use of any oxygen scavenger chemicals. The system can be operated at anyreasonable water system pressure and temperature, which gives the Minox®Compact System theadvantage to eliminate the downstream booster pumps for injection water in IOR applications.Compact.Light Weight.Remote OperationEnvironmentally friendly.Worldwide Service and Operational support.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
More informationContact
Seabox™
2019-04-02 - NOV
Category: Flow assuranceSubcategory: Subsea separation, pumping and compressionType: Product
The Seabox™ subsea water treatment module is installed on the seafloor, designed to treat 40000 bpd of sea water for injection, directly into subsea wells or via topside. The Seabox™ moduledisinfects 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 asimplement water injection on fields otherwise found too expensive.
For arctic conditions, the Seabox™ module will mean a reduction in chemicals used, lower energydemand and reduced need for offshore manning. It is not obstructed by topside weight and spaceor distance to injection wells. The Seabox™ will accelerate production and increase recoverythrough flexibility and a more active reservoir management.
Technology readiness level (TRL)
According to API RP 17N
TRL 6: Technology installed Full-scale prototype built andintegrated into intended operating system with fullinterface and functionality test program in intendedenvironment. The technology has shown acceptableperformance and reliability over a period of time
Reference
NOV Seabox websiteContact
Torbjørn HegdalBusiness [email protected]+47 975 33 885www.nov.com
SWIT™
2019-04-02 - NOV
Category: Flow assuranceSubcategory: Subsea separation, pumping and compressionType: Product
The SWIT™ subsea water treatment and intake technology, with the Seabox™ module as itscornerstone, utilizes filtration and membrane technology to tailor raw seawater to reservoirrequirements – particle-free, low salinity or low sulfate water. The SWIT™ technology reduces theneed for maintenance without compromising performance, all done subsea. Removing filtrationand membrane equipment from topside facility reduces topside infrastructure and offshoremanning. There is a significant reduction in CAPEX and OPEX, but still greater availability isachieved through the SWIT™ water treatment technology.
For arctic climate this solution provides a more environmental friendly approach to watertreatment, due to decreased use of chemicals, power consumption and need for topsideinfrastructure.
Technology readiness level (TRL)
According to API RP 17N
TRL 3: New technology tested Prototype built andfunctionality demonstrated through testing over a limitedrange of operating conditions. These tests can be done ona scaled version if scalable
Reference
NOV subsea water injectionNOV SWIT™ technology
Contact
Torbjørn HegdalBusiness [email protected]+47 975 33 885www.nov.com
Gravitude gWatch
2019-06-19 - OCTIO
Category: Reservoir managementSubcategory: Data acquisition and monitoringType: Service
Geophysical monitoring of hydrocarbon reservoirs provides increased recovery, hence a moreefficient use of resources in environmentally sensitive areas. However, traditional surveying withactive seismic guns is a costly operation with impact on sea life, e.g. on mammals in arcticregions. Gravitude gWatch provides an alternative monitoring technology based on seabed gravitymeasurements with a negligible environmental impact.
Gravimetry monitoring provides:• Measurement of aquifer strength, providing a better estimate of remaining reserves and anoptimized recovery strategy• Monitoring of fluid contact movements, providing better forecast of water break-through• Mapping of hydrocarbon depletion and identification of unproduced compartments, representinginfill well opportunities
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Press release multi season contract4D Gravity at the Seafloor
Contact
John Even LindgårdVice President Sales &[email protected]+47 971 82 929www.octio.com
Gravitude DepthWatch
2019-06-19 - OCTIO
Category: Reservoir managementSubcategory: Data acquisition and monitoringType: Service
Geophysical monitoring of hydrocarbon reservoirs provides increased recovery, hence a moreefficient use of resources in environmentally sensitive areas. However, traditional surveying withactive seismic guns is a costly operation with impact on sea life, e.g. on mammals in arcticregions. Gravidue DepthWatch provides an alternative based on measurements of seafloordeformation, 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 monitoringmeasurements• Early warnings if subsidence challenges seafloor installation integrity
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Gravitude DepthWatch: seafloor subsidence monitoringContact
John Even LindgårdVice President Sales &[email protected]+47 971 82 929www.octio.com
SafeLift IPO - gas lift valve
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
Unloading valve reliability issues often arise as traditional bellows systems have major limitationswhen it comes to pressure, open & close cycles and temperature. These effects are morepronounced in deeper, hotter wells.
PTC’s SafeLift® Injection Pressure Operated (IPO) valve is the only valve accredited to the mostextreme barrier and erosion testing requirements. SafeLift IPO’s unique bellows technology anderosion and chatter resistant check valve design, provides enhanced well integrity and welluptime. Since its introduction in 2007, the product family has achieved significant marketpenetration with all major operating companies.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteSafeLift IPO
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
SafeLift - orifice gas lift valve
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
Change out of gas lift valves (GLV) due to valve failures or non-optimum gas lift design can becostly, especially in offshore and subsea environments. Interruption of, or non-optimum gas liftedproduction has a negative impact on field economics. Furthermore, leaking GLV’s often lead todowngrading of the wells integrity level.
PTC’s SafeLift® gas lift valve is the only valve accredited to the most extreme barrier and erosiontesting requirements. SafeLift’s unique erosion and chatter resistant check valve design, providesenhanced well integrity and well up-time. Since its introduction in 2007, the product family hasachieved significant market penetration with all major operating companies.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteSafeLift - orifice gas lift valve
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
DuraLift - scale resistant GLV
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
Failure of gas lift valves as a result of scale deposition has been an issue that has plagued theindustry for decades. In certain fields GLV´s have to be changed several times per year.Interruption of, or non-optimum gas lift assisted production will have a negative impact on fieldeconomics.
PTC’s DuraLift™ gas lift valve is an evolution of the field proven SafeLift® product family. DuraLifthas a unique architecture and surface coating which significantly reduces the propensity formineral scale deposition. Since its introduction in 2015, DuraLift has delivered significant welluptime improvements for major operating companies.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteDuraLift™
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
GoLift - retrofit gas lift system
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
Dwindling production and/or sub-optimal completion design may require introduction of artificiallift or different gas unloading/injection depths at some point in well’s life cycle. Although a fullworkover could potentially solve the issue, the relatively high costs of such an operation mayrender the project to be unviable.
PTC’s GoLift™ gas lift sub is installed as part of a straddle assembly within the production tubing.It incorporates PTC’s barrier qualified gas lift valves and provides a reliable means to retrofit orrepair gaslift functionality without a workover. Since its introduction in 2013, GoLift has deliveredsignificant incremental production for many operating companies.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteGoLift™
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
Life of Field - gas lift design tool
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Service
Traditionally decisions regarding the optimum number and setting depths of valves in gas liftedwells have been made considering only a small number of operating scenarios. As a result, wellsoften do not perform as expected.
PTC’s proprietary gas lift simulation software tool facilitates the design and comparison of multiplegas lift simulation cases. As a result, decisions on mandrel depths and valve settings can be takenconsidering the entire range of lifecycle operating scenarios. Numerous operating companies relyon PTC’s gas lift design tool to configure their well completions.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteLife of Field - gas lift design tool
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
ShearLift T - shear open GLV
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
When completing new gas lift wells the standard practice is often to install dummy valves in allside pocket mandrels. These dummy valves provide a barrier between the annulus and the tubingduring the well completion phase. Before the wells can start producing, the dummy valves need tobe replaced with gas lift valves. These intervention operations are often time consuming andcostly.
PTC’s ShearLift-T™ are the only gas lift valves that allow multiple IPOs and orifice GL valves to besimultaneously sheared open using tubing pressure. ShearLift-T’s unique design eliminates theneed to run dummy valves, thus saving significant time during well completion or commissioning.To date, an average of two days rig time has been saved per well.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteShearLift T
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
ShearLift A - shear open GLV
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
When completing new gas lift wells the standard practice is often to install dummy valves in allside pocket mandrels. These dummy valves provide a barrier between the annulus and the tubingduring the well completion phase. Before the wells can start producing, the dummy valves need tobe replaced with gas lift valves. These intervention operations are often time consuming andcostly.
PTC’s ShearLift-A™ annuls pressure activated gas lift operating valves, are accredited to the mostextreme barrier and erosion testing requirements. ShearLift-A's unique design eliminates the needto run a dummy valve, thus saving significant time during well completion or commissioning. Theproduct family has an excellent track record since its introduction in 2009.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteShearLift A
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
NexLift RO - SPM
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
Current manufacturing processes for conventional Side Pocket Mandrels (SPM) have inherentchallenges related to welding and heat treatment. Welding and post weld heat treatment rely onextensive human intervention, requiring stringent and elaborate QA/QC processes exceeding thecurrent standards.
PTC’s NexLift RO™ is an innovative SPM with only two circumferential welds, manufactured usingproprietary robotic TIG welding eliminating many of the shortcomings in the conventionalmanufacturing processes. This enhances the quality and reduces the risk of completion failurealong with issues related to intervention operations. International operating companies are nowinstalling the field proven NexLift RO worldwide.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteNexLift RO
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
NexLift SI - unwelded SPM
2019-06-28 - Petroleum Technology Company (PTC)
Category: Flow assuranceSubcategory: Low pressure depletion (incl. gas lift)Type: Product
Conventional Side Pocket Mandrels (SPM) have inherent challenges related to welding and heattreatment. These issues are exacerbated when welding nickel-chromium alloys, such as S13%Cr,25%Cr and Alloy 718, common materials for high cost completions.
PTC’s NexLift SI™ is the only true single-piece, unwelded SPM in the industry. This unique designprovides unrivalled structural integrity, removes the last welded completion component from thewell along with issues related to installation and retrieval of valves. International operatingcompanies are now installing the field proven NexLift SI worldwide.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Petroleum Technology Company websiteNexLift SI
Contact
Shawn Le MaitreVP Sales & [email protected]+47 51 95 08 00www.ptc.no
Dual Pipe Separator
2020-03-10 - Seabed Separation AS
Category: Flow assuranceSubcategory: Subsea separation, pumping and compressionType: Product
Seabed Separation AS has developed the Dual Pipe Separator (DPS) to be installed downstream asubsea template with the service to separate and decant the water that is flowing in the pipeline.The DPS is installed as a system that normally operates together with downstream pumps.The DPS is a tilted separator having an inner pipe that assist in separating the oil and the water.The clean phases are removed from the separator through opening in the bottom (water) and thetop (oil). The water is removed by the water pump (re-injected) while the oil and gas are boostedto host. This operation can reduce the operational pressure down to i.e. 10 bar and > 10 % IOR.The DPS is designed for 3000 m water depth and 350 bar shut in pressure.
Technology readiness level (TRL)
According to API RP 17N
TRL 5: Technology integration tested Full-scale prototypebuilt and integrated into intended operating system withfull interface and functionality tests
Reference
Seabed Separation ASContact
Jon [email protected]+47 92045512www.seabedseparation.no
Typhoon Valve System
2020-02-13 - Typhonix AS
Category: Topside modifications incl. water managementSubcategory: Water treatment and environmentType: Product
The Typhoon Valve System is a low shear valve technology developed to reduce shear forces andemulsification of oil and water, and can replace both conventional choke and control valves. Byreducing droplet break-up, the valve system has documented significant positive effects ondownstream separation, improving both oil and water quality.
The Typhoon Valve System is a cost-efficient way to debottleneck your separation and producedwater treatment system, without adding additional equipment. Other benefits of using TyphoonValve System is: More compact separation systems, Increased separator capacity, Longerproduction of high WC wells, Reduced oil in produced water discharge, Reduced emissions to theenvironment, and Less consumption of chemicals.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Typhonix - Typhoon Valve SystemMokveld - Typhoon Valve System
Contact
Ole Jørgen [email protected]+4793401294https://www.typhonix.com
Typhonix Low Shear Pump
2020-02-13 - Typhonix AS
Category: Topside modifications incl. water managementSubcategory: Water treatment and environmentType: Product
By using turbulence in a constructive way, Typhonix Low Shear centrifugal pumps reduces dropletbreakup and emulsification while pumping. This is desirable as an increased droplet size haspositive effects on the separation efficiency. Due to the robust design in accordance with API 610,these pumps also have large OPEX benefits.
The Typhonix Low Shear Pump is a cost-efficient way to debottleneck your separation andproduced water treatment system, without adding additional equipment. Further benefits are:More compact separation systems, Reduced oil and chemical discharges to the sea, and Improvedproduced water handling efficiency and robustness.
Technology readiness level (TRL)
According to API RP 17N
TRL 7: Proven technology integrated into intendedoperating system. The technology has successfullyoperated with acceptable performance and reliabilitywithin the predefined criteria
Reference
Typhonix - Low Shear PumpsContact
Ole Jørgen [email protected]+4793401294https://www.typhonix.com
Typhonix Low Shear Polymer Injection Valve
2020-02-13 - Typhonix AS
Category: EORSubcategory: Chemical Flooding (incl. low salinity water)Type: Product
The Typhonix Low Shear Polymer Injection Valve is a valve technology developed to reduce themechanical degradation of polymers during injection in polymer flood for EOR operations. Thecompact and flexible injection/choke valve is equipped with flow channels designed to throttle thepolymer flow more gently, thereby minimizing the amount of mechanical degradation.
The low shear valve keeps the strain rate under the critical value, meaning that the polymerchains are not broken. The Low Shear Polymer Valve can reduce the polymer consumption by 1/3for a given flooding operation, and can be used to inject polymer solutions with significantly higherviscosity to increase the oil recovery from a given reservoir.
Technology readiness level (TRL)
According to API RP 17N
TRL 4: Technology qualified for first use Full-scaleprototype built and technology qualified through testing inintended environment, simulated or actual. The newhardware is now ready for first use
Reference
Typhonix - Polymer Injection ValvesContact
Ole Jørgen [email protected]+4793401294https://www.typhonix.com
Low Shear Optimization Studies
2020-02-13 - Typhonix AS
Category: Topside modifications incl. water managementSubcategory: Upgraded utilities and separation systemsType: Service
Typhonix offers facility assessments to map the potential for debottlenecking through low shearprocessing. The assessment will be tailor made for each case, and may include some or all of thefollowing activities:
- Optimization studies based on your P&IDs- Facility assessments- Full-scale lab tests with real fluids- Third-party on-site sampling and process analysis
Potential benefits of low shear processing are: IOR and better opportunities for tiebacks throughhigher production capacity and treatment efficiency, 20 – 40% reduced size and footprint ofgreenfield process plants by increased separation efficiency, Immediately improved separationand PW handling capacity with no additional equipment, and Reduced emissions to theenvironment and less consumption of chemicals.
Technology readiness level (TRL)
According to API RP 17N
Not applic: Not applicable.
Reference
Typhonix - Low Shear StudiesContact
Ole Jørgen [email protected]+4793401294https://www.typhonix.com
