Project Reference · Shunbei No. 5 Joint Station · Gas Dehydration
Shunbei Molecular Sieve Dehydration Project
The Shunbei No. 5 Joint Station reference documents a molecular-sieve dehydration skid used as key natural-gas treatment equipment within the Shunbei field development. Direct source material identifies molecular-sieve dryers, a regeneration system, a gas dispersing/distribution component and an automated control system as core parts of the skid.
Application
Natural Gas Dehydration
Package
Molecular Sieve Skid
Evidence
Dryer · Regeneration · Control
Project Background
A dehydration skid within the Shunbei No. 5 Joint Station gas-treatment system.
The source identifies Shunbei No. 5 Joint Station as an important part of the Shunbei Oilfield Area 1 Ordovician reservoir capacity-development project. Within the station, the molecular-sieve dehydration skid is described as key natural-gas treatment equipment.
For website communication, this page uses the reference to demonstrate a real dehydration application and the verified process/equipment elements. It does not publish non-public contract values, operating guarantees or proprietary project documents.
Gas Dehydration Requirement
The verified project function is molecular-sieve gas dehydration.
The source describes the skid as using the adsorption characteristics of molecular sieve to remove water and trace impurities from natural gas. It does not provide a publishable universal capacity, outlet dew point, adsorption cycle, regeneration temperature or efficiency guarantee.
Feed Gas Basis
For a similar project, clarify gas composition, flow, inlet pressure/temperature, free liquids, solids and contaminants.
Outlet Requirement
Define the customer/downstream moisture or dew-point basis without assuming a value from this reference.
Regeneration Basis
Clarify regeneration philosophy, utility availability, off-gas handling and operating sequence for the new project.
Station Interface
Coordinate upstream conditioning, downstream gas-treatment interface, utilities, control and battery limits.
Scope of Supply · Evidence Boundary
Separate the verified project scope from LINSON OIL's broader integration capability.
The direct source verifies the dehydration skid and its core process/control elements. General LINSON OIL capability supports broader skid, piping, valve, instrument, electrical and documentation integration, but those items are not presented here as confirmed original Shunbei contract inclusions unless separately evidenced.
DIRECT PROJECT EVIDENCE
Molecular Sieve Dryers
Identified by the project source as a core component of the dehydration skid.
DIRECT PROJECT EVIDENCE
Regeneration System
Explicitly listed as a core part of the molecular-sieve dehydration skid.
DIRECT PROJECT EVIDENCE
Dispersing / Distribution Component
The Chinese project source identifies a “分散机构”; exact internal geometry should be verified from the original technical/project image set during the image pass.
DIRECT PROJECT EVIDENCE
Automated Control System
The project source directly identifies automatic/automated control as part of the skid system.
Molecular Sieve Process
Adsorption and regeneration form the verified process core.
The source describes efficient adsorption/regeneration and intelligent control as defining features of the skid. The page therefore explains the process logic without inventing the number of beds, cycle duration, regeneration temperature or switching sequence used in the original project.
- 01 / FEED
Feed Gas Interface
The new-project design confirms upstream separation/filtration needs, process conditions and piping/control battery limits before the dryer section.
- 02 / ADSORB
Molecular Sieve Adsorption
Gas contacts the selected molecular-sieve adsorption system to meet the confirmed project dehydration basis.
- 03 / REGENERATE
Regeneration
The regeneration system restores adsorption capacity according to the approved process and operating philosophy.
- 04 / CONTROL
Automatic Sequence / Handover
Control logic coordinates the process sequence and downstream dry-gas interface according to the new project's control narrative.
Dryer / Regeneration / Control Integration
A similar package should be engineered as a coordinated skid system.
LINSON OIL's general capability supports pressure-vessel, piping, skid, electrical, instrumentation and control design, plus pipe prefabrication, skid assembly and valve/instrument/electrical/control-system integration. This broader capability is used here to explain how a new project can be executed—not to enlarge the documented original Shunbei contract scope.
Dryer Mechanical Interface
Coordinate vessel/nozzle arrangement, internals interface, access, supports and inspection requirements.
Regeneration Package Interface
Define heating/cooling or regeneration-gas equipment, piping, valves and utilities from the approved process design.
Instrumentation / Control
Map instruments, alarms, switching/interlocks and package-control interfaces to the approved control philosophy.
Skid / Field Interface
Coordinate package structure, interconnecting piping, shipment split, field tie-ins and maintenance access.
Manufacturing & FAT
Project inspection should follow approved documents and the agreed ITP.
For new dehydration packages, LINSON OIL's quality resources support material verification/traceability, welding control, dimensional inspection, applicable NDT, pressure/leak testing where required, complete-assembly inspection, instrument/electrical/control testing and FAT.
Material / Fabrication Records
Material certificates, traceability, welding/fabrication and dimensional records as required.
Pressure Equipment / Piping Inspection
Applicable NDT, pressure/leak testing and assembly inspection according to the project basis.
Instrument / Control Tests
Instrument, electrical and control-system checks according to the approved package scope.
FAT / TPI / Customer Witness
FAT and witness points are defined by the customer/EPC specification and approved ITP.
Delivery / Site Interface
Define how the package connects to the station before shipment.
The original source does not publish the Shunbei delivery schedule or field installation duration. For new projects, transport, tie-ins and site support are confirmed from the actual package and contract scope.
Mechanical Tie-Ins
Confirm gas inlet/outlet, regeneration/off-gas, drains/vents and utility piping interfaces.
Electrical / Control
Define power, signals, local/package control and plant-control-system battery limits.
Transport / Lifting
Coordinate package dimensions, shipment split, lifting and destination constraints after design development.
Site Support
Installation guidance, commissioning, spares and after-sales support are defined by the agreed project scope.
Project Evidence
What this reference directly proves.
Project identity
Shunbei No. 5 Joint Station molecular-sieve dehydration skid.
Application role
Key natural-gas treatment equipment used for molecular-sieve dehydration.
Verified system elements
Molecular-sieve dryers, regeneration system, dispersing/distribution component and automated control system.
Verified process concept
Molecular-sieve adsorption with regeneration cycling and automated control.
Not Generalized
No project capacity, outlet dew point/moisture value, adsorption cycle, regeneration temperature, efficiency, delivery period or confidential client specification is published as a standard LINSON OIL capability.
Related Equipment
Equipment relevant to similar gas-dehydration packages.
These are related procurement pages; they are not presented as a complete list of items supplied in the original Shunbei contract.
Molecular Sieve Gas Dehydration Unit
Core adsorption/regeneration dehydration package for project-defined gas conditions.
Filter Separator
Feed-gas liquid/solids conditioning where required by the selected dehydration route.
Gas-Liquid Separator
Upstream gas/liquid separation for project-defined process interfaces.
Custom Process Skid
Integrated skid supply where piping, valves, instruments and control interfaces are included by scope.
Similar Project RFQ
Send the gas analysis, dehydration target and package boundary.
Share gas composition, flow and P/T range, free-liquid/solids condition, required outlet moisture/dew-point basis, regeneration utilities, P&ID, Data Sheets, Technical Specification and battery limits.
Detailed datasheets, drawings and project-specific technical documents are prepared after the operating conditions, scope of supply and commercial basis have been sufficiently clarified.