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Engineered for True Multiphase Performance

Fluidstream technology is built from the ground up to reliably handle gas, liquids, and solids without the complexity, maintenance burden, or limitations of conventional systems.

Explore Technology View Key Features
Liquid Handling
Handles Liquids Inside Compression

Designed to safely and efficiently manage incompressible liquids directly within the compression chamber, reducing the need for upstream separation equipment.

Autonomous Control
Autonomous Protection in Upset Conditions

Advanced controls and piston tracking help the system respond to slugs, solids buildup, and changing flow conditions without constant operator intervention.

Drive Flexibility
Flexible Power for Field Deployment

Available in both electric and gas-drive configurations, with integrated control logic that maintains performance even when fuel gas quality is inconsistent.

Fluidstream technology unit
Interactive System Overview

Patent-Focused Methodology for Handling Incompressible Liquids

Fluidstream incorporates a patented methodology positioned as the only safe, efficient, reliable, and optimal approach for handling incompressible liquids within a compression chamber.

  • Built specifically for liquid presence inside the compression chamber
  • Focused on safe, efficient, and reliable multiphase operation
  • Supports practical operation where conventional systems avoid liquid loading
Core Technology Features

Explore Fluidstream Technology

This version restores the interactive image in the hero while keeping the lighter visual system. The feature language reflects your uploaded technology points around liquid handling, gland sealing, hazardous-fluid containment, autonomous control, gas-drive integration, and sand-optimized sealing.

Liquid Handling Methodology

Patent-Focused Methodology for Handling Incompressible Liquids

Fluidstream incorporates a patented methodology for handling incompressible liquids within a compression chamber.

  • Built specifically for liquid presence inside the compression chamber
  • Focused on safe, efficient, and reliable multiphase operation
  • Supports practical operation where conventional systems avoid liquid loading
Key AdvantageRather than treating liquids as a problem to be removed upstream, Fluidstream is designed to manage them directly inside the compression process.
Fluidstream liquid handling technology
Liquid handling zone
Advanced Sealing System

Patent Pending Gland Sealing with Electronic Wear Detection

Fluidstream uses a patent pending gland sealing configuration and methodology with electronic seal wear detection to protect the system under demanding multiphase conditions.

  • Electronic detection provides visibility into seal condition
  • Supports earlier maintenance planning before failure occurs
  • Improves reliability in harsh multiphase duty
Key AdvantageAdvanced sealing and wear awareness help eliminate one of the biggest reliability risks in multiphase compression.
Fluidstream gland sealing system
Gland sealing area
Containment and Mechanical Integrity

Sealed Hazardous-Fluid Containment and Alignment in Critical Wear Areas

Fluidstream features a completely sealed gland for hazardous fluids, while the system is designed to keep alignment in key stress and wear areas to extend life of seals and components.

  • No exposure to toxic or corrosive multiphase fluid, including H2S
  • Controls wear in mechanically critical zones
  • Extends life of sealing and wear components
Key AdvantageThe design strengthens both safety and durability by combining sealed containment with engineered mechanical stability.
Fluidstream sealed gland and alignment
Alignment + sealed gland
Piston Tracking & Adaptive Operation

Full Piston Tracking for Optimized Control and Upset Protection

Full tracking of the piston allows optimized control, helps prevent damage from ice and solid buildup, ensures power fluid temperature is optimized, and adjusts the system to safely operate during upset conditions such as slugs.

  • Helps prevent damage from ice and solids buildup
  • Optimizes power fluid temperature during complex operation
  • Adjusts for upset conditions including large liquid surges
Key AdvantageFluidstream is built to remain controlled under real-world variability, not just steady-state conditions.
Fluidstream piston tracking
Piston tracking path
Drive Systems & Autonomous Controls

Electric Standard, Gas Drive Optional, Fully Integrated Into Autonomous Controls

Beyond the standard electric engine solution, Fluidstream also offers a gas drive option. Critical information such as oil temperature, rpm, and motor load from the gas drive is integrated into autonomous controls.

  • Electric and gas drive configurations available
  • Gas-drive operating data integrated into controls logic
  • Maintains performance under variable fuel gas quality
Key AdvantageDrive flexibility is matched by control intelligence, allowing the unit to operate effectively across a wider range of field conditions.
Fluidstream drive and controls
Drive + controls
Sand-Ready Sealing

Multiphase Piston and Gland Sealing Configured to Optimize Life in Sand Service

The multiphase piston sealing and gland sealing system is configured to optimize life in applications with sand, helping preserve equipment life where abrasive solids can rapidly degrade conventional designs.

  • Designed with abrasive service in mind
  • Optimizes seal life in sand-bearing applications
  • Strengthens suitability for difficult field conditions
Key AdvantageFluidstream is engineered for tougher multiphase realities, including abrasive service, rather than assuming clean flow.
Fluidstream sand optimized sealing
Sand-optimized sealing
Technology Differentiation

Designed to feel proprietary, precise, and operator-ready

The page keeps the earlier differentiation structure while sharpening the message around direct liquid handling, fully sealed containment, autonomous control, and hard-duty multiphase operation.

Designed for Multiphase Not Adapted to It

Fluidstream is engineered specifically for multiphase flow, not repurposed from conventional compression architectures.

Sealed. Controlled. Predictable.

Advanced gland sealing, wear detection, and autonomous control remove major operational risks found in competing systems.

Handles Variability Without Compromise

From incompressible liquids and slugs to solids, sand, and unstable gas-drive conditions, the system is built for real field variation.

Lower Maintenance by Design

Alignment control, wear-focused sealing, and autonomous operation all work together to reduce service burden and extend component life.

Fluidstream technology is engineered not just to handle multiphase flow but to make it practical, reliable, and economically viable across a broader range of applications.