Capability · Process to Manufacturable Scope
Engineering & Custom Design
LINSON OIL reviews customer Process Data, P&ID, Data Sheets, Technical Specifications, operating conditions and project requirements before defining customized equipment, skid or package scope. Engineering decisions are coordinated with fabrication, inspection, transport and field interfaces.
Input
Process Data · P&ID · Data Sheet
Disciplines
Process · Mechanical · Piping · I&C
Outputs
Data · Drawings · Interfaces
01 / Engineering Role
Translate process requirements into a defined equipment and package basis.
The engineering task is not to force every inquiry into a standard model. It is to clarify the operating duty, scope of supply, process/mechanical interfaces, material environment, inspection requirements and site constraints before the final equipment configuration is proposed.
Where information is incomplete, the clarification process should identify the missing technical basis rather than silently replace it with assumptions.
02 / Customer Input Documents
Start from the documents and field conditions that already exist.
The more clearly the process and project basis is defined, the more accurately equipment selection, scope, documentation and quotation can be aligned.
Process Data / P&ID
Process conditions, flow paths, utilities, controls and tie-in information establish the technical context.
Data Sheet / Specification
Equipment Data Sheets and Technical Specifications define design, material, quality and documentation expectations.
Layout / Installation Basis
Footprint, transport, lifting, utility, climate, access and field tie-in constraints are reviewed with the process duty.
Scope / Inspection Basis
Clarify inclusions, exclusions, inspection points, FAT/TPI requirements, documents, packing and destination-market needs.
03 / Cross-Discipline Engineering
Coordinate process, mechanical, piping, skid, instrument and control interfaces.
The exact engineering depth depends on the equipment type, supplied package and agreed project scope.
PROCESS
Process Design Review
Review duty, operating envelope, fluid behavior and the separation, heating, dehydration, stabilization, gas-processing or fluid-treatment objective.
MECHANICAL
Mechanical Configuration
Coordinate vessel/equipment arrangement, nozzles, internals, supports, access and practical fabrication requirements.
PIPING
Piping & Battery Limits
Define process connections, valves, drains, vents, instrument connections and customer/EPC tie-in interfaces.
SKID
Skid / Package Layout
Integrate equipment, piping, valves, instruments, supports and maintenance access within transport and site constraints.
ELECTRICAL / I&C
Instrumentation & Control
Clarify measurements, alarms, control functions, electrical interfaces and control-system boundaries by project.
MANUFACTURING
Design-to-Fabrication Alignment
Engineering outputs are coordinated with fabrication, inspection, FAT, documentation, packing and delivery requirements.
04 / Equipment Selection & Sizing
Selection is tied to the actual operating envelope.
LINSON OIL's engineering basis includes capacity, pressure, temperature, fluid composition, density, viscosity, water cut, gas-oil ratio and installation conditions. The relevant variables depend on the equipment and application.
Operating Range
Normal/min/max/design conditions and expected variation are clarified where relevant.
Fluid Properties
Composition, density, viscosity, water cut, gas-oil ratio and phase behavior inform process and equipment decisions.
Solids / Contaminants
Sand, solids, salinity and corrosive constituents are considered where applicable to the service.
Installation Conditions
Site layout, transport, lifting, access, utilities and interface limitations influence the practical configuration.
05 / Material Selection
Review the corrosion and solids environment before final material decisions.
Material choices are considered against the actual project specification and service environment rather than applied as a fixed material list.
H₂S / CO₂
Clarify composition/partial-pressure basis and customer/material requirements where sour/corrosive service is relevant.
Produced Water / Salinity
Water chemistry, salinity and treatment chemicals can affect material and corrosion-control decisions.
Sand / Solids
Solids loading, erosion/abrasion concerns and cleaning philosophy are reviewed where applicable.
Customer / Code Basis
Final material route follows the approved project specification, required code/standard and agreed design basis.
06 / Engineering Documents
Outputs are defined by the equipment package and project stage.
LINSON OIL's documented engineering capability includes Data Sheets, P&ID, GA/manufacturing drawings, inspection documents and FAT records. The exact document register and issue sequence are project-specific.
Process / Equipment Data
Data Sheet development, process clarification and P&ID review/comment according to the agreed scope.
GA / Layout
General arrangement and layout information coordinated with interfaces, access, lifting and transport limitations.
Manufacturing Drawings
Fabrication/manufacturing drawings and supporting details are prepared according to the equipment and approved design basis.
Inspection / FAT Records
Inspection, testing and FAT documentation are coordinated with the project ITP and supply scope.
07 / Technical Clarification & Project Interfaces
Resolve boundaries before they become fabrication or site problems.
Technical clarification is used to align what is included, what the customer/EPC provides, what interfaces must be coordinated and what inspection/documentation is required before manufacturing proceeds.
Battery Limits
Inlet/outlet, drains/vents, utilities, electrical/control and mechanical tie-in boundaries.
Scope of Supply
Equipment, piping, valves, instruments, controls, structures, documents, spares and services as applicable.
Inspection / Witness
Customer/EPC/TPI participation, ITP points and FAT requirements where specified.
Transport / Site
Shipment split, lifting, packing, site access, installation and commissioning interfaces.
08 / Representative Engineering Evidence
Real project references show different kinds of equipment and package integration.
These references demonstrate real execution contexts. They should not be read as proof that every listed engineering deliverable or discipline was included in every original contract.
He50 Three-Phase Separator Skid
Project evidence for modular skid integration, internal valves/piping/fittings and factory-prefabrication logic.
Shunbei Molecular Sieve Dehydration
Project evidence for dryer, regeneration, distribution and automated-control integration.
Longfengshan Condensate Stabilization
Project evidence for heat exchange and stabilization-tower process coordination.
Congo Associated Gas / NGL / LNG
Multi-phase project evidence spanning inlet handling, drying, hydrocarbon recovery and LNG interfaces.
Engineering Clarification RFQ
Send the available data. We will clarify the engineering basis.
Useful inputs include Process Data, P&ID, Data Sheet, Technical Specification, equipment list, fluid data, operating conditions, layout/plot plan, requested scope, inspection requirements and destination/site constraints.
Detailed datasheets, drawings and project-specific technical documents are prepared after the operating conditions, scope of supply and commercial basis have been sufficiently clarified.