Industrial Filter Separators / Coalescers

We offer a full range of Industrial Separators and Process Separation Products for a wide variety of industries. These units are engineered in a wide variety of configurations to meet your specific production needs and requirements for volume, gravity, pressure, foaming, paraffin, hydrates, impurities, corrosion and other production parameters. We Design and Manufacture either standard or custom separation units with equal quality and reliability. All these separation units are provided with sufficient instrumentation and control devices necessary to ensure safe and continuous operation.

Two types of separation Units: ( Vertical / Horizontal )
Two Phase Separator: • Gas - Liquid • Liquid - Liquid
Three Phase Separator: • Gas - Liquid - Liquid • Cyclone Separator
Separation Technologies Employed Include:
• Vane Type Extractors • Cyclone Type Extractors• Coalescer filter Elements

Application:
• Gas Transmission & Metering • Fuel Gas Conditioning • Oil Mist Removal
• Chemical Plants• Ammonia & Urea Plants • Desiccant Bed Protection
• Pipe line stations • Refineries • Gas Distribution Systems • Oil/Gas Exploration

Vertical Separators

These are designed to handle both high and low liquid to gas ratios. They are especially recommended for applications where heavy liquid entrainment causes a slugging problem.

Operation: • Incoming flow with entrained solids and liquids passes outside - in through the filter media where    solids  are removed and coalescing takes place. Bulk liquids are also removed in this first stage. • The gas then carries the coalesced liquids through the standpipes / tubesheet • Remaining liquids are directed to the high efficiency vane mist extractor. • Liquids from the vane mist extractor are collected away from the gas stream

Horizontal Separators

These are designed to provide efficient liquid removal at high gas flow capacities. They effectively handle large liquid slugs and are easily applied to 3-phase separation.

Operation: • Gas and liquid entering vessel are diverted by inlet baffle to remove slugs and bulk liquids. • Liquid falls to vessel bottom through quieting plates into first sump. • Gas and remaining mist enter vane separator • Remaining liquid collected at bottom of vane pack is drained by down comer pipes • Submerged down-comer pipes and seal pots result in optimal drainage (FIG) Drains and liquid level    controllers ensure proper liquid discharge out of vessel.