Gas Treatment · Production · Gathering
TWO-PHASE SEPARATOR FOR GAS-LIQUID SEPARATION.
Custom-engineered horizontal or vertical separators for gas-liquid service. LINSON OIL configures vessel sizing, internals, materials, instruments, and skid integration around your flow rate, pressure, temperature, and fluid properties.
- Design
- Orientation
- Supply
- Verification
Separation Duty
What a Two-Phase Separator Does
A two-phase separator separates a mixed process stream into a gas outlet and a liquid outlet. It can be applied in production, gathering, well testing and upstream gas-treatment duties where gas-liquid separation is required.
Back to Separation Equipment →Typical Process Direction
Mixed Inlet
Gas-liquid production fluid enters the vessel through a designed inlet connection.
Gas Phase
Released gas rises or flows toward the vapor space and outlet.
Liquid Phase
Separated liquid settles in the lower vessel section for controlled discharge.
Controlled Outlets
Level and pressure controls help maintain stable separation and outlet flow.
Operating Principle
How Two-Phase Separation Works
A practical sequence of mechanical separation, residence time, and process control--not a generic vessel selection.
Inlet Separation
The inlet device reduces momentum and directs the mixed stream into the vessel.
Gravity Settling
Velocity is reduced so entrained liquid droplets can separate from the gas phase.
Liquid Collection
Separated liquid collects in the liquid section with volume sized for operating duty.
Mist Removal
A selected demisting element can reduce liquid droplets carried toward the gas outlet where required.
Control
Level and pressure devices support stable operation according to the agreed control philosophy.
Vessel Orientation
Horizontal vs Vertical
Orientation selection depends on operating conditions, liquid handling requirements, available plot space, process fluctuations, transport limits, and project specifications.
Configuration A
Horizontal Separator
Often considered where
- Liquid handling and liquid surge volume are important.
- Installation can accommodate a longer vessel footprint.
- Process design calls for extended liquid residence time.
Configuration B
Vertical Separator
Often considered where
- Plot space is limited and a compact footprint is preferred.
- Gas capacity and liquid droplet disengagement are key inputs.
- Sand or solids handling affects the bottom-head configuration.
LINSON OIL reviews process data and project constraints before recommending an orientation. Final selection should be confirmed against the applicable process design basis, code requirements, and customer specifications.
Internals & Configuration
Configure the Separator Around the Duty
Two-phase separator internals and instrumentation are selected according to gas and liquid loading, fluid characteristics, separation requirements, pressure, solids conditions and control philosophy. Final configuration is subject to technical confirmation.
Available by configuration
Inlet Device
Flow-conditioning or inlet-separation arrangements can be selected according to the incoming stream and vessel configuration.
Gas Disengagement
Vapor-space and residence requirements are considered against gas and liquid loading.
Mist Elimination
A demisting element can be included where the gas outlet requires additional liquid-droplet removal.
Liquid-Level Control
Level measurement and outlet control can be integrated according to project automation requirements.
Drains & Solids Provisions
Drain or solids-handling provisions can be evaluated where the process contains sand or other solids.
Instrumentation & Controls
Pressure, temperature, level and project-required control functions can be included within the agreed scope.
Proposal Preparation
Engineering Inputs
Send available process data, a datasheet, P&ID, RFQ, or preliminary operating conditions. Our engineering team will clarify missing details with you.
Incomplete data is acceptable
for preliminary discussion.
Supply Scope
Standalone Vessel or Skid Package
Option 01
Standalone Vessel
A separator vessel supplied to the agreed mechanical, process, inspection and documentation scope for integration into an existing facility or package.
Engineering & Custom Design →Option 02
Skid-Mounted Package
An integrated package can coordinate the vessel, piping, valves, instruments and control interfaces before shipment, subject to project scope.
View Skid-Mounted Separator System →Manufacturing & Verification
Pressure-Vessel Manufacturing to FAT
LINSON OIL's documented capabilities include pressure-vessel fabrication, material and certificate inspection, welding control, dimensional inspection, NDT, pressure and leak testing, skid integration, FAT and project documentation according to the agreed scope.
Qualification
Fabrication
Inspection
Verification
Continue Your Evaluation
Related Equipment & Solution
Related Equipment
Gas-Liquid Separator
A closely related product page focused on gas-stream liquid removal duties.
Related Equipment
Three-Phase Separator
For projects requiring separate gas, oil and produced-water outlet streams.
Related Solution
Well Testing & Production Separation
See how separation equipment fits into production and well-testing process requirements.
Procurement FAQ
Questions Before You Request a Quote
What information is needed for a two-phase separator quotation?+
How do you choose between a horizontal and vertical separator?+
Can a demister be included?+
Can the separator be configured for sand or solids?+
Can instruments, valves and controls be included?+
What documents and inspection records can be supplied?+
Technical RFQ
Send Us Your Gas & Liquid Process Data
Submit your datasheet, P&ID, RFQ, or preliminary process conditions. Our team will review the separation duty and respond with technical clarification and a suitable supply proposal.
- [email protected]
- +86 18562936333
- SUPPLY
- Vessel · Skid · OEM/ODM · Project Supply