Modular Phase Separation Solutions for Industrial Process Applications
Separation Skid Systems are skid-mounted process units designed for efficient separation of gas, liquid, and solid phases in continuous industrial operations. By integrating separation equipment, piping systems, instrumentation, safety devices, and control systems into a compact modular package, these skids provide reliable process performance while reducing installation and commissioning time.
The modular skid design allows the complete system to be assembled and tested before delivery, ensuring efficient project execution and simplified field installation.
What Is a Separation Skid System?
A Separation Skid System is an integrated process package used to separate different phases within a process stream. Depending on application requirements, the system may perform gas-liquid separation, liquid-liquid separation, or gas-liquid-solid separation.
These systems are commonly used to:
- Remove liquids from gas streams
- Separate oil, water, and gas phases
- Recover valuable process materials
- Protect downstream equipment
- Improve process efficiency
- Maintain stable operating conditions
The skid-mounted approach provides a compact and flexible solution that can be easily integrated into industrial facilities.
Key Features
High-Efficiency Phase Separation
Designed to achieve reliable separation performance and optimize process operation under varying flow conditions.
Compact Skid-Mounted Design
The modular configuration minimizes footprint requirements while simplifying transportation and installation.
Integrated Control and Instrumentation
Monitoring and control systems are incorporated into the skid package to improve operational reliability and process safety.
Factory Assembled and Tested
The complete system can be assembled, inspected, and tested before shipment to reduce field commissioning requirements.
Custom Engineering
Each skid is designed according to process composition, operating pressure, temperature, and separation requirements.
Typical Configuration
A standard Separation Skid System may include the following equipment.
Separator Vessel
Two-phase or three-phase separator vessels designed to achieve efficient phase separation according to process requirements.
Inlet and Outlet Piping
Integrated piping systems designed for safe and efficient fluid handling throughout the separation process.
Level and Pressure Control
Instrumentation and control devices used to maintain stable operating conditions and optimize separation performance.
Safety Valves and Instruments
Pressure relief devices and monitoring equipment designed to support safe operation and equipment protection.
Control System
Optional control panels and automation systems for process monitoring and operational management.
Applications
Oil & Gas Industry
Separation of oil, gas, produced water, and condensates in upstream and midstream operations.
Chemical Processing
Removal of unwanted phases and recovery of valuable products in chemical production systems.
Environmental Projects
Treatment and separation processes used in environmental protection and waste management applications.
Industrial Processing
Process separation solutions supporting manufacturing and utility operations.
Energy Facilities
Integrated separation systems for process optimization and operational efficiency.
Engineering & Design
Each Separation Skid System is engineered according to project-specific operating requirements and process objectives.
ASME Section VIII Design
Pressure-containing equipment can be designed and manufactured according to ASME Section VIII requirements.
PED Compliance
Optional PED-compliant designs are available for projects requiring European pressure equipment standards.
NDT and Pressure Testing
Comprehensive inspection programs include non-destructive testing and pressure testing to verify equipment quality and integrity.
Modular System Engineering
Mechanical, process, piping, structural, and instrumentation engineering are integrated into a complete skid package.
Advantages of Separation Skid Systems
- Reduced installation time
- Lower field construction costs
- Compact equipment footprint
- Improved process efficiency
- Simplified maintenance
- Enhanced operational safety
- Flexible integration into existing facilities
- Reliable long-term performance
