Boost gas, oil, water, and condensate together to reduce backpressure and move untreated multiphase production without gas-only separation first.
MultiphaseCommander™ is built for gas streams with liquids present rather than dry-gas assumptions. It combines true multiphase duty, sealed gland protection, full piston tracking, autonomous upset-condition response, and lower-maintenance field performance into one production-focused package.
Positioned for systems where liquids are part of normal operation, not merely an upset to be removed before the equipment can work reliably.
Strengthened by Fluidstream features such as liquid handling inside compression, gland sealing with wear awareness, piston tracking, and autonomous operating logic.
Better aligned with difficult duty where variable flow, slugs, solids, and changing conditions increase maintenance and instability in conventional systems.
In real production systems, gas rarely moves alone. Liquids, unstable flow, and rising backpressure create a surface-duty mismatch that conventional gas-only boosters were not designed to solve.
As reservoir energy declines and gathering pressure rises, wells struggle to overcome downstream resistance and production performance falls away.
Gas, oil, water, and condensate move together, creating an operating duty that is difficult for conventional gas-only equipment to handle reliably.
Separators, scrubbers, tanks, flares, and added controls increase footprint, complexity, maintenance exposure, and total installed cost.
MultiphaseCommander™ is a multiphase booster and transfer solution that boosts the untreated stream directly, lowers backpressure, and keeps gas and liquids moving together toward downstream handling or centralized processing.
Instead of forcing complete wellsite separation before useful work can be done, MultiphaseCommander™ is designed to work on the combined production stream.
Lower backpressure can improve inflow, help production stability, and support stronger upstream operating conditions in low-pressure and declining systems.
By moving untreated multiphase flow downstream, MultiphaseCommander™ supports field architectures that consolidate separation and treatment at central sites.
MultiphaseCommander™ is more than surface equipment. It is a production tool that improves the conditions the well and gathering system operate against.
Lowering flowing wellhead and gathering pressure can improve production continuity and help low-pressure systems perform in a more favorable operating window.
Where artificial lift is already in use, lower backpressure can help create better intake and operating conditions upstream.
Matching the equipment to the actual mixed-phase process reduces the operating mismatch that often drives instability and unnecessary support equipment.
Moving more of the untreated stream downstream can support leaner pad layouts and reduce the amount of handling equipment installed at each site.
MultiphaseCommander™ is built on Fluidstream’s core technology platform: direct liquid handling inside compression, stronger sealing and wear awareness, better control through upset conditions, and lower-maintenance operation in real field service.
Fluidstream’s multiphase platform is designed to manage incompressible-liquid events within the compression chamber, which is fundamental to true multiphase service and directly supports applications where gas has liquids present.
Advanced gland sealing and electronic seal wear detection support safer, more controlled multiphase operation while helping operators identify service needs earlier and reduce reactive maintenance.
The platform is designed to maintain alignment in key stress and wear areas, supporting longer seal life, longer component life, and more dependable field performance.
Piston-location awareness helps the system respond to slugs, solids buildup, ice risk, and other changing operating conditions with better control confidence in unstable flow.
Autonomous control logic is designed to keep operating through multiphase and gas-only upset conditions with less operator intervention and a lower-touch maintenance profile.
The technology platform supports electric and gas-drive configurations, plus sealing approaches optimized for difficult services such as H₂S-bearing and sand-bearing applications.
Conventional gas-only systems are usually strongest when the field delivers stable, dry gas and low variability. MultiphaseCommander™ is positioned for a different duty: mixed-phase streams, increasing backpressure, unstable flow, and the need to keep gas and liquids moving together.
MultiphaseCommander™ combines true multiphase boosting, facility simplification potential, strong control confidence in unstable flow, and suitability for harder-service environments into one product-level value case.
Positioned for systems where liquids are part of the normal operating condition, not just something to remove before the equipment can work reliably.
Supports strategies that can reduce dependence on site-level separators, tanks, flares, and other supporting equipment in suitable applications.
Piston tracking and autonomous control logic create a stronger fit for changing field conditions, slugging behavior, and upset scenarios.
The listed product family supports H₂S handling, cold-weather startup, autonomous control, and remote interface capability across the model range.
MultiphaseCommander™ is suited to field problems where gas and liquids are part of normal operating conditionsand where lower backpressure, untreated-flow transfer, and simpler surface architecture can improve operations.
Boost and transfer the combined stream from multiple wells toward centralized separation and processing.
Support systems where gas production is accompanied by oil, water, or condensate and dry-gas assumptions do not hold.
Useful where reducing backpressure can improve the operating conditions of upstream lift systems.
Applicable where declining reservoir pressure is no longer enough to overcome gathering-system resistance on its own.
Support surface strategies focused on a reduced footprint and more centralized handling.
Better aligned with pipelines and gathering lines that see intermittent or non-ideal multiphase behavior.
In Alberta, Canada, Fluidstream’s MultiphaseCommander™ helped revive two liquid-loaded wells that could no longer overcome rising pipeline pressure. The result was restored production, no added separation equipment, and dependable operation under highly variable multiphase conditions.
Fluidstream’s MultiphaseCommander didn’t just improve performance—it transformed two shut-in wells into revenue-generating assets. We went from zero production to more than $1.5 million per year in incremental revenue, without adding separation equipment or extra surface infrastructure.
Read the full case study for the operating challenge, deployment details, variable-flow performance, and the broader pad-level opportunity identified by the producer.
Select an inlet pressure to review gas capacity across the MultiphaseCommander™ model range.
Additional models and configurations are available. Contact Us for application-specific sizing.
If your system is constrained by liquid-loaded gas flow, unstable operating conditions, rising system pressure, or too much surface equipment, Fluidstream can review your application against the actual gas, liquid, pressure, and site constraints to identify a production-focused, lower-maintenance MultiphaseCommander™ configuration.
