LINSON OIL

Custom Oilfield Process Equipment

Three-Phase
Separator

Customized equipment and skid systems for oil, gas and water separation in production, test, gathering and process applications. Metallic pressure-vessel and composite-material construction routes can be evaluated according to the process duty, corrosion environment and project requirements.

Vessel arrangement, internals, materials, pressure basis, instrumentation and skid scope are defined from the actual process data, P&ID, site constraints and project specification.

Service Oil / Gas / Water
Supply Vessel or Skid
Execution Custom Engineered
Support FAT & Export

How It Works

Separation designed around the real fluid

A three-phase separator uses residence time, gravity separation and controlled interfaces to separate produced fluids. The final arrangement is selected only after reviewing the process duty and project requirements.

Share operating conditions
Three-phase separator internal arrangement or process visual placeholder
Visual evidence position: inlet device, internals, oil-water interface or process arrangement
  1. STAGE 01

    Gas Release

    The inlet arrangement helps manage the incoming stream so liberated gas can disengage from the liquid phase under the applicable operating conditions.

  2. STAGE 02

    Oil-Water Layering

    Liquid residence and internal arrangement support stratification of oil and water for separate controlled outlets.

  3. STAGE 03

    Level & Interface Control

    Instrumentation and control logic can be configured for liquid level, oil-water interface and pressure management within the supplied scope.

  4. STAGE 04

    Sand & Drain Handling

    Where the fluid requires it, the design can consider solids accumulation, sand removal, drains, cleaning access and discharge routing.

Selectable Configurations

One separator platform, configured for your duty

These options are engineering and supply configurations, not separate products. Final selection depends on process data, fluid behavior, site layout, applicable code and the defined project scope.

Orientation

Horizontal or vertical vessel arrangement evaluated against separation duty, plot space, transport and maintenance requirements.

Supply Format

Standalone vessel supply or skid-mounted integration with connected piping, valves, instruments, controls and auxiliary equipment.

Pressure Service

Pressure containment, nozzle arrangement, relief philosophy and connected piping are developed for the stated design basis.

Construction Route

Metallic pressure-vessel construction or composite-material construction can be evaluated according to the separation duty, corrosion environment, design basis and project requirements. Internal components may use separate material specifications.

Challenging Fluids

Sand, solids, high water cut, H2S, CO2, salinity and other corrosive or variable service conditions are reviewed during clarification.

PROJECT REVIEW

NEED A CUSTOM ARRANGEMENT?

Send available process information. Our engineering team will clarify the configuration and scope before quotation.

Start RFQ
Three-phase separator configuration comparison placeholder
Visual evidence position: horizontal, vertical, high-pressure, standalone vessel, skid-mounted or composite-material configuration

Construction & Materials

One product page, different construction routes

Three-phase separators remain one procurement family on this website. Orientation, pressure class, skid integration, construction route and internal materials are treated as project-specific configurations rather than separate product pages.

01 // Metallic Construction

Pressure-Vessel Construction

Metallic pressure-vessel construction is used for conventional separator duties, including high-pressure and skid-mounted service. Shell material, corrosion allowance, coating or lining and the applicable design code are confirmed against the project specification and operating conditions.

02 // Composite Construction

Composite Material Three-Phase Separator

Composite-material three-phase separator construction is available for applicable produced-fluid treatment duties where corrosion resistance and the project design basis support this route. Composite construction is evaluated separately from metallic pressure-vessel design.

03 // Separator Internals

Stainless-Steel Internals

Internal components such as mesh demisters and corrugated/coalescing internals may use stainless-steel materials including 304, 316 or 316L where required. Internal material selection does not automatically define the material of the separator shell.

04 // Selection Basis

Corrosion & Service Conditions

Material and construction selection considers H2S, CO2, produced water, salinity, sand, solids, pressure, temperature, client specification, inspection requirements and the required service life.

Three-phase separator construction and internals comparison placeholder
Visual evidence position: metallic pressure-vessel separator, composite-material separator and stainless-steel internals

Engineering Inputs

The right questions come before the quotation

A dependable technical proposal starts with a clear process basis. If some information is not yet available, send what you have and identify the gaps. We will support technical clarification for the next step.

Recommended submission

P&ID, Process Data, Data Sheet, Technical Specification or Existing Drawing

01

Flow & Production Data

Oil, gas and water flow rate; water cut; operating scenarios and expected variations.

02

Pressure & Temperature

Operating and design pressure, operating and design temperature, plus upset conditions where applicable.

03

Fluid Properties

Fluid composition, density, viscosity, gas-oil ratio, salinity and available laboratory information.

04

Corrosion & Solids

H2S, CO2, sand, solids, corrosion concerns and any required material selection basis.

05

Code & Scope

Design code, client specification, inspection requirements, supply boundary and documentation expectations.

06

Site & Delivery

Project location, hazardous-area needs, layout, lifting, transport restrictions and delivery requirements.

LINSON OIL engineering and manufacturing capability illustration

LINSON OIL Manufacturing Base

Engineering, Fabrication, Assembly & Test Coordination

Engineering & Manufacturing

From process review to factory acceptance

LINSON OIL supports customized separator supply from technical clarification through manufacturing, inspection, FAT and export delivery. The final scope is aligned with the approved project requirements.

  • Separation internals and vessel arrangement
  • Process piping, valves and connections
  • Instrumentation, electrical and controls integration
  • Skid frame, lifting and packaged assembly
  • Applicable NDT and dimensional inspection
  • Pressure testing, FAT and project records
Discuss Your Scope

Related Evidence

Project information, engineering context and quality activities for technical evaluation.

Three-phase separator project or FAT evidence placeholder
Visual evidence position: project skid, manufacturing inspection, hydrotest, FAT or delivery

Start Your RFQ

Submit a Three-Phase Separator inquiry

Send your available technical documents and project details. Our team will review the process basis and contact you for the information needed to prepare a suitable proposal.

Detailed datasheets, drawings and project-specific technical documents are prepared after the operating conditions, scope of supply and commercial basis have been sufficiently clarified.

Upload or Reference Available Files

  • P&ID / Process Flow Information
  • Process Data / Fluid Properties
  • Data Sheet / Technical Specification
  • Existing Drawing / Layout / Scope List

EMAIL // [email protected]

PHONE / WHATSAPP // +86 18562936333

Available Process Data

Complete what is available. Unknown items may be left blank and clarified later.

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