LINSON OIL // Natural Gas Processing Equipment
Molecular Sieve Gas Dehydration Unit for Natural Gas Treatment
Adsorption-based dehydration equipment and skid-mounted systems engineered around gas composition, flow, pressure, temperature, required outlet condition, utilities and project standards.
LINSON OIL supplies molecular sieve dehydration equipment and integrated skid systems for natural gas treatment duties where water removal, reliable sequencing, documentation and project-specific engineering are required.
What It Does
Water Removal for Defined Gas Processing Duties.
A molecular sieve gas dehydration unit removes water vapor from a natural gas stream to support downstream processing, transport, product handling or other project requirements. The adsorbent, adsorption arrangement and regeneration philosophy are engineered around the actual operating duty rather than assumed as a standard package.
Support downstream equipment and processing requirements.
Treat gas according to the defined water specification and project scope.
Coordinate dehydration with upstream and downstream process interfaces.
How It Works
A Process Arrangement Built Around the Actual Duty.
The process arrangement is developed from feed conditions, required downstream condition, utility basis, controls philosophy and project standards. Upstream preconditioning, regeneration equipment and return-to-service sequencing are included as required by the process design.
Simplified Process Flow Diagram // Conceptual Only
PFD-01Main System Components
Configured for the Defined Process Scope.
Depending on configuration and as required by the process design, the system can combine pressure equipment, piping, instruments, utilities and control functions into a coordinated dehydration package.
Feed Gas Inlet / Pre-Separation Interface
Upstream separation or conditioning interfaces can be included where required by feed condition and battery limits.
Molecular Sieve Adsorber(s)
Adsorber quantity and operating sequence are selected by project based on the required process duty and operating philosophy.
Regeneration Gas System
Regeneration flow paths and related equipment are configured as required by the process design and agreed scope.
Heating / Cooling Arrangement
Heating and cooling arrangements are selected according to regeneration basis, utility availability and project requirements.
Valves & Piping
Piping, isolation, switching and control valves are engineered for the process conditions, materials and operating sequence.
Instrumentation & Control System
Instrumentation, alarms, interlocks and automation can be integrated depending on configuration and control philosophy.
Engineering Inputs
Information Needed for Technical Evaluation.
Clear input data helps LINSON OIL define a practical scope, identify interfaces and prepare a technical proposal aligned with the actual gas treatment requirement.
Feed gas composition
Gas flow range
Inlet / design pressure
Inlet temperature
Inlet water content
Required downstream condition / water specification
H2S / CO2 / condensate / solids / contaminants
Regeneration utility / energy basis
Ambient and hazardous-area requirements
Control philosophy
Battery limits
Applicable standards
Plot limits
Transport limits
Adsorption & Regeneration Philosophy
More Than Gas-Liquid Separation.
Molecular sieve dehydration uses adsorption to remove water from the gas stream. Once the adsorbent approaches its working limit, it requires a regeneration, cooling and return-to-service sequence. The sequence, switching arrangement and degree of automation depend on the process design and project scope.
- Adsorption removes water from the defined gas stream.
- Saturated adsorbent requires regeneration before return to operating service.
- Switching and sequence control can be automated depending on project scope.
Supply Configuration
Standalone Unit or Integrated Skid.
Option 01
Dehydration Equipment Scope
Equipment can be supplied for integration into a wider customer or EPC package, with scope and interfaces defined during technical clarification.
- + Pressure equipment and selected process components
- + Engineering documents according to agreed scope
- + Defined fabrication, inspection and delivery interfaces
Option 02
Integrated Molecular Sieve Dehydration Skid
A skid-integrated package can reduce site interface work by combining selected process equipment, piping, instruments, controls and structural support within an agreed delivery boundary.
- + Adsorbers
- + Regeneration equipment
- + Piping
- + Valves
- + Instruments
- + Controls
- + Structural skid
Final configuration is determined by the process design. Not every project requires the same heater, cooler, separator or auxiliary equipment scope.
Project Evidence
Sinopec Shunbei No.5 Molecular Sieve Dehydration Skid.
LINSON OIL source material documents a molecular sieve dehydration skid for Sinopec Shunbei No.5. The reference supports molecular-sieve adsorption, regeneration, modular skid integration and automatic-control functions. Adsorber quantity, cycle timing, adsorbent grade and required outlet water condition remain project-specific.
View Shunbei Project ReferenceManufacturing, Inspection & FAT
Fabrication Control from Review to Export Preparation.
LINSON OIL supports equipment and skid projects through engineering review, controlled fabrication, assembly, inspection and agreed testing activities.
- 01 Engineering review and technical clarification
- 02 Pressure equipment fabrication
- 03 Piping and skid assembly
- 04 Instrument and control integration
- 05 Inspection, NDT and pressure tests as applicable
- 06 FAT according to agreed scope
- 07 Documentation and export preparation
Related Equipment / Solutions
Continue Your Gas Treatment Review.
Explore connected process equipment and integrated natural gas treatment solutions.
Technical FAQ
Questions Before You Specify.
How does molecular sieve dehydration work?
What gas data is needed for selection?
How many adsorbers are required?
Is regeneration automatic?
Can the system be supplied as a complete skid?
What outlet water condition can be achieved?
Request for Quotation
Discuss Your Gas Dehydration Duty.
Send available gas data, process information, P&ID, datasheet or project specification. Our technical team will review the defined scope and respond with clarification points where needed.