Portable well-test separation packages that measure oil, gas, and water production in real time — giving site engineers the fluid composition data they need to make informed field decisions.
A test separator skid is a compact, self-contained system that splits wellstream fluid into its component phases — oil, gas, water, and where required, sand — so each stream can be individually measured and sampled. That real-time data lets site engineers accurately determine the relative composition of the produced fluid, informing decisions that directly affect production efficiency and project economics.
Our Test Separator Skids are fabricated for exploration, well development, production testing, and post-completion cleanup operations — onshore or offshore — with the phase-separation configuration matched to what your reservoir and testing program require.
Produced fluid enters the vessel as a single mixed stream and leaves as separately measured, sampled phases.
Produced fluid from the choke manifold enters the separator vessel as a mixed multiphase stream at controlled pressure.
Inside the vessel, gravity and internal baffling let oil, gas, water — and sand where fitted — settle into distinct phases.
Multi-meter instrumentation measures oil and gas flow rates out of each separated phase in real time.
Dedicated sampling points extract effluent for laboratory analysis, confirming fluid composition and quality.
Relief valves and pressure controls manage excess pressure, keeping the vessel within safe operating limits throughout the test.
Measured rates and lab results feed directly into well performance and completion decisions on site.
Every Test Separator Skid is built around the same proven measurement and separation train, fabricated for durability and corrosion resistance.
The primary separation chamber where produced fluid divides into its component phases under gravity.
Instrumentation detecting oil and gas flow rates as each phase exits the vessel.
Safety devices that manage excess pressure and protect the vessel and downstream piping.
Dedicated taps for extracting effluent samples for laboratory-grade composition analysis.
Instrumentation maintaining stable interface levels and vessel pressure through varying flow conditions.
Desanding and jetting equipment for configurations that separate solids from the produced fluid stream.
The simplest configuration, extracting combined oil and gas (phase one) from water (phase two).
Divides oil, gas, and water into three distinct phases for more advanced analysis of well production.
The most sophisticated option, additionally extracting sand separately from oil, gas, and water.
Characterizing new wells during exploration and development phases to inform completion strategy.
Ongoing production testing to track well performance and optimize resource extraction over time.
Managing and measuring flowback fluids during post-production cleanup operations.