Introduction
A Separator Vessel is a critical process equipment used in oil & gas, petrochemicals,
power plants, chemical processing, refineries, and downstream industries to efficiently separate
multiphase fluids into their individual components.
Engineered to operate under varying pressures, temperatures, flow conditions, and fluid properties,
separator vessels ensure stable plant performance, protect downstream equipment, and improve
product quality.
Our separator vessels are designed and manufactured according to
ASME Section VIII Div.1/Div.2, API 12J, API 650, API 620, and client-specific
standards with world-class quality and long-term reliability.
Product Description
Separator vessels are precision-engineered for liquid–gas, gas–solid, and multiphase separation.
Depending on process requirements, these vessels are configured with demisters, vane packs, cyclones,
internal baffles, weirs, and advanced separation internals to achieve high separation efficiency.
2) Key Features & Engineering Capabilities:
1. Robust Design for High Efficiency Separation
- CFD Analysis for internal flow path optimization
- Vane packs, mist eliminators, mesh pads, cyclones
- Weir plates and baffles for liquid level control
- Optimized residence time based on process simulations
- Anti-foam, anti-vortex & slug-handling design
2. Wide Pressure & Temperature Range
- Design Pressure: Full vacuum to 200 bar
- Design Temperature: –50°C to +400°C
- Suitable for cryogenic to high-temperature hydrocarbon applications
3. Construction Materials
- Carbon Steel (SA 516 Gr.60/70, SA106)
- Low-Temperature Carbon Steel (LTCS)
- Stainless Steel (SS304/304L, SS316/316L, Duplex, Super Duplex)
- Nickel Alloys (Inconel, Monel, Hastelloy)
- Cladded / Overlay options for corrosive environments
- Internal linings for sour gas & saline conditions
4. Internal Components
- Demister pads / mist eliminators
- Cyclone separators
- Inlet diffusers
- Weir plates & baffles
- Coalescing elements
- Level gauges & control valves
