Micro-DEP G (JMG) Series - Depth Style Vapor Phase Coalescing Elements

Micro-DEP G JMG Series Depth Style Vapor Phase Coalescing Element

Features & Benefits

  • Ultra-fine depth style micro-fiberglass media for absolute 0.3 micron efficiency
  • Reverse flow (inside-to-outside) design for vapor phase coalescing applications
  • Engineered for removal of entrained low surface tension mists and aerosols
  • Graded density construction optimizes both coalescing efficiency and dirt holding
  • Varying fiber diameters create tortuous path for superior liquid capture
  • Robust construction maintains integrity under high differential pressure
  • Effective removal of water, oil vapor, and other liquid contaminants
  • Multiple configurations available with various gasket and end cap options
  • Tinned steel or stainless steel hardware for corrosion resistance
  • Designed for vertical coalescer vessels with inside-to-outside flow

When Absolute 0.3 Micron Efficiency is Critical

The Micro-DEP G Series is the trusted choice when your application demands absolute 0.3 micron coalescing efficiency in a depth-style element. The ultra-fine micro-fiberglass media captures the smallest aerosols and mists that can damage sensitive downstream equipment, contaminate products, or cause process upsets.

Depth Style vs. Pleated Coalescing

Micro-DEP G (Depth Style)

  • Graded density media creates multiple capture zones
  • Better performance with variable liquid loads
  • Handles sticky or viscous contaminants well
  • More forgiving in upset conditions
  • Ideal for glycol, amine, and lube oil mists
  • Inside-to-outside flow reduces re-entrainment

Pleated Coalescing (Micro-LOK G)

  • Higher surface area per element
  • Lower initial pressure drop
  • Longer service life in clean applications
  • Better for consistent, low liquid loads
  • Preferred when dirt loading is primary concern
  • More economical in stable conditions

Key Advantages

Absolute Efficiency

0.3 micron rated efficiency captures the finest aerosols that slip through standard coalescing elements.

Low Surface Tension Liquids

Excels at coalescing difficult low surface tension liquids like amines, glycol, and light hydrocarbons.

Depth Media Technology

Graded density fiberglass provides progressive filtration with superior liquid coalescence.

Reverse Flow Design

Inside-to-outside flow pattern reduces gas velocity at the outlet, minimizing liquid re-entrainment.

Common Applications

Compressor Discharge

Remove lube oil aerosols and moisture from compressor discharge gas streams.

Glycol Contactor Outlet

Capture glycol carryover from dehydration unit contactors to protect downstream equipment.

Amine Contactor Outlet

Remove amine mist from sweetening unit outlet gas to prevent contamination.

Vertical Coalescer Vessels

Second-stage coalescing in vertical separator vessels for final liquid polishing.

Instrument & Fuel Gas

Final polishing for instrument gas and fuel gas systems requiring ultra-clean output.

Molecular Sieve Protection

Remove liquid contaminants upstream of molecular sieve beds to preserve adsorption capacity.

Common Part Numbers

  • JMG 312-R
  • JMG 318-CE-R
  • JMG 336
  • JMG 336-CE-R
  • JMG 36-CER-V
  • JMG 524-CE-R

Suffix codes: -CE = Closed End, -R = Standard Gasket, -V = Viton Gasket. Additional sizes and configurations available.

Specifications

Series Micro-DEP G (JMG) Series Depth Style Vapor Phase Coalescing Elements
Filter Type Ultra-Fine Depth Style Vapor Phase Coalescing Element
Flow Direction Inside to Outside (Reverse Flow)
Media Type Ultra-Fine Micro-Fiberglass (Graded Density)
Efficiency Rating Absolute 0.3 Micron
Available Diameters 3.5", 4.5", 5.5" O.D. (and custom sizes)
Available Lengths 12", 18", 24", 36", and custom lengths
End Configurations Open End, Closed End (CE), with bolt hole options
Core & End Cap Materials Tinned Steel (standard), Stainless Steel (available)
Gasket Options Buna-N (-R suffix), Viton (-V suffix)
Max Operating Temperature 275°F (Fiberglass media)
Min Operating Temperature -60°F
Recommended Change-Out 15 PSID
Maximum Differential >50 PSID

OEM Cross-Reference

Micro-DEP G (JMG) elements are designed to replace original equipment depth-style coalescing elements from PECO, Exterran, Valerus, Hanover, Smith, Global Vessel, KW International, and other manufacturers. Contact us with your current part number for cross-reference assistance.

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