Demister Pad Fabrications in India

Pune & Maharashtra · Demister Pad

Demister Pad Replacement & Engineering Support Fabrications in India

Local support for replacement, revamp and new Demister Pad requirements for industrial process equipment.

If your existing vessel, column, separator or scrubber requires a replacement Demister Pad, share your available drawing, dimensions and operating data with S-Cube.

Demister Pad Manufacturers in India
Application-based engineering

Support for Existing Demister Requirements

A Demister Pad is used to reduce entrained liquid droplets from gas or vapour streams.

For replacement requirements, selection should consider more than the equipment diameter.

Operating conditions, gas velocity, physical properties, allowable pressure drop, required separation performance, pad construction and the existing installation arrangement can influence the final configuration.

Application-based engineering

Common Demister Pad Enquiries

  • Existing Demister Pad replacement
  • Liquid carryover
  • Product losses
  • Downstream fouling or contamination
  • Equipment protection requirements
  • Vessel revamps
  • Changes in process capacity
  • Changes in operating conditions
  • Manway installation limitations
  • New separator or vessel requirements
Application-based engineering

Information for Replacement Demister Pads

If an existing Demister Pad needs to be replaced, share the following information where available:

  • Existing equipment drawing
  • Demister diameter
  • Demister thickness
  • Existing mesh specification
  • Material of construction
  • Support-grid details
  • Manway size
  • Gas flow rate
  • Operating pressure
  • Operating temperature
  • Gas properties
  • Liquid properties

Where complete operating information is not immediately available, send the existing drawing and demister details first.

Selected around your process

Demister Pad Configurations

01

Wire Mesh Demister Pad

Knitted wire mesh elements used to remove entrained liquid droplets from gas or vapour streams. The mesh arrangement should be selected according to the operating conditions and required separation duty.

02

High-Efficiency Demister Pad

A configuration intended for applications where enhanced mist-removal performance is required. Operating velocity and pressure-drop requirements should be evaluated before configuration selection.

03

High-Capacity Demister Pad

A configuration that can be considered for applications involving higher gas velocities or increased process throughput. Actual suitability depends on the operating data.

04

Multi-Layer Demister Pad

Multiple mesh layers or configurations can be used where the process requirement calls for a more application-specific separation arrangement.

05

Sectional Demister Pad

For large equipment or restricted vessel access, Demister Pads can be manufactured in sections to support installation through available manways. The sectional arrangement should consider vessel dimensions and support details.

06

Customized Demister Pad

Configurations can be reviewed according to vessel diameter, pad thickness, mesh density, support arrangement, material of construction, operating conditions, section sizes and installation requirements.

Application-based engineering

Equipment Applications

  • Distillation columns
  • Absorbers
  • Scrubbers
  • Separators
  • Knockout drums
  • Flash vessels
  • Evaporators
  • Gas-treatment systems
  • Chemical-processing equipment
  • Petrochemical facilities
  • Oil & gas separators
  • Refinery equipment
  • Pharmaceutical processes
  • Solvent-recovery systems
Application-based engineering

Important Operating Information

Correct Demister Pad selection should consider parameters such as:

  • Gas flow rate
  • Gas density
  • Liquid density
  • Operating pressure
  • Operating temperature
  • Gas composition
  • Liquid composition
  • Equipment diameter
  • Allowable pressure drop
  • Required separation efficiency
  • Droplet characteristics
  • Fouling tendency
  • Corrosion requirements
  • Turndown conditions

Gas velocity is especially important because the operating velocity affects mist-separation performance and the potential for liquid re-entrainment.

Application-based engineering

Have an Existing Pad to Replace?

Send the existing drawing, pad dimensions and available operating conditions.

If the pad needs to be supplied in sections because of manway limitations, also include the available manway dimensions and support arrangement.

Let’s discuss your requirement

Need Support for an Existing Vessel or Separator?

Share your vessel dimensions, process information and existing Demister Pad details with the S-Cube engineering team.