Surface Gathering · Heating · Three-Phase Separation · Transfer
Crude Oil Heating, Gathering & Separation
LINSON OIL develops project-specific surface process solutions for gathering produced fluids, conditioning them where heating is required, separating oil / gas / produced water, and handing each stream over to storage, treatment, export or other downstream systems.
The process route is defined from Process Data, P&ID, fluid properties, operating conditions, utilities, site constraints and battery limits. Heating equipment and separation modules are selected to suit the confirmed duty; no fixed throughput, outlet water content, temperature rise, pressure or efficiency is presented as a universal value.
Field Problem
Produced fluid changes across wells, seasons and field operating conditions.
A stable surface solution must respond to actual fluid behavior and field constraints rather than forcing every project into one equipment sequence.
Variable Multiphase Feed
Oil, associated gas, produced water, sand/solids, emulsion behavior, viscosity and corrosion components can vary by well and operating stage.
Heating Requirement Is Duty-Specific
Heating may support flowability, transfer or separation conditions, but the required duty and heater type depend on fluid and utility data.
Multiple Outlet Responsibilities
Oil, gas and produced-water outlets require clear destinations, tie-in conditions, measurement/control scope and downstream ownership.
Field Installation Constraints
Plot space, transport, lifting, utilities, hazardous-area basis, maintenance access and tie-in sequence influence the final arrangement.
Gathering / Heating / Separation Process
Build the process route from the inlet fluid to each downstream handover.
The sequence below is a design logic, not a fixed PFD. Heating location, separation stages and storage/transfer arrangement are confirmed from the actual operating basis.
- 01 / GATHER
Gather & Condition the Inlet
Coordinate well/flowline or manifold tie-ins, isolation, inlet piping, sampling/measurement and any required upstream conditioning.
- 02 / HEAT
Apply Heating Where the Duty Requires It
Evaluate wellhead, water-bath, vacuum phase-change or integrated heating arrangements from fluid, temperature target, utilities and control requirements.
- 03 / SEPARATE
Separate Oil / Gas / Produced Water
Define separator or heating-separation configuration from feed composition, operating window, outlet objectives and project specification.
- 04 / HANDOVER
Route Each Stream to the Next System
Coordinate oil storage/transfer, gas treatment/export/flare interface, and produced-water treatment or reinjection battery limits.
Equipment Coordination
Coordinate process equipment, piping, instruments and utilities as one package boundary.
LINSON OIL's documented scope supports separation, heating, tanks, piping/skid integration, instrumentation/control design, inspection and FAT. The equipment mix is finalized only after the process route and interfaces are clear.
Process Equipment
Separator, heater, heating-separation module, tanks and project-defined auxiliary equipment.
Piping & Valves
Interconnecting piping, isolation, drain/vent, bypass, relief interfaces and field tie-ins as included.
Instrumentation & Control
Pressure, temperature, level, flow and control/shutdown functions per project philosophy.
Skid / Site Interfaces
Frames, access, lifting, cable routing, transport envelope, field assembly and customer tie-ins.
Battery Limits
Make every inlet, outlet and utility responsibility explicit.
| Interface | Clarify | Why It Matters |
|---|---|---|
| Produced-fluid inlet | Tie-in location, process data, pressure/temperature, piping connection and upstream control responsibility. | Sets the hydraulic/process basis and inlet mechanical interface. |
| Heating utilities | Fuel, electrical power, heating medium, instrument air and auxiliary services as applicable. | Determines feasible heating concept and package boundaries. |
| Oil / gas / water outlets | Downstream destination, tie-in condition, measurement/control and safeguarding scope. | Aligns separation objectives with downstream acceptance conditions. |
| Site / electrical / control | Area classification if specified, power/interface data, customer control boundary, civil/support limits and field installation responsibility. | Prevents gaps between packaged equipment and field construction. |
Engineering Inputs
The right solution starts with fluid behavior and downstream requirements.
Where data is incomplete, technical clarification should identify the missing items before final equipment selection and quotation.
Feed / Fluid Data
Flow/capacity basis, oil/gas/water composition, water cut, GOR, density, viscosity, emulsion, sand/solids and corrosive components.
Operating Conditions
Normal/design pressure and temperature, expected operating range, startup/shutdown conditions and field ambient basis.
Heating / Separation Objectives
Target temperature or flowability basis where required, desired outlet conditions, downstream acceptance requirements and operating philosophy.
Project / Delivery Basis
P&ID, Process Data Sheet, Equipment Data Sheet, Technical Specification, plot/GA, utilities, inspection/FAT, transport and documentation.
Project & Evidence
The solution is backed by real separator, heating and field-project evidence.
Documented source material supports three-phase separator skids, vacuum phase-change heaters, crude-oil heating/separation modules, oilfield tanks and broader oilfield heating equipment. Representative experience also includes Wushi Oilfield-related equipment and the He50 three-phase separator skid project.
Evidence Boundary
Project-specific capacities, temperatures, pressures, outlet quality or performance results are not reused as universal LINSON OIL solution guarantees.
Related Equipment
Equipment modules used to build the process route.
Final selection and sequence depend on the confirmed process basis and battery limits.
Three-Phase Separator
Oil / gas / produced-water separation for project-defined feed and outlet conditions.
Water Bath Heater
Indirect heating option where selected from the required process and utility basis.
Vacuum Phase-Change Heater
Heating route supported by direct oilfield-heating source evidence.
Wellhead Heater
Wellsite heating option for project-defined inlet/transfer conditions.
Crude Oil Heating & Separation Module
Integrated heating/separation supply where a modular arrangement fits the process basis.
Oil Collection Tank
Collection/storage interface for separated oil in applicable field arrangements.
Solution RFQ
Send the field process basis and battery limits.
Share Process Data, P&ID, fluid properties, inlet operating conditions, heating/separation objectives, downstream destinations, available utilities, site constraints and required supply scope.
Detailed datasheets, drawings and project-specific technical documents are prepared after the operating conditions, scope of supply and commercial basis have been sufficiently clarified.