Medallion™ HP Series Liquid/Gas Coalescers product photo Primary L

Medallion™ HP Series Liquid/Gas Coalescers

Pall’s Medallion™ HP line of liquid/gas coalescers is designed to meet the needs of the process industry, offering high performance and reduced operation and maintenance costs. Medallion coalescers can be used for many applications to enhance process performance.

Pall offers a full range of product options designed to meet various performance needs.

Features, Advantages and Benefits of the Pall Medallion Liquid/Gas Coalescers

 
Features Advantages Benefits
Medallion media pack • High liquid removal per unit area
• Fewer elements needed
• Minimized vessel diameter
• Reduced need for an upstream bulk separator
• Reduced capital and installation costs
High-capacity large diameter element • Fewer elements needed for a given gas flow rate
• Minimized vessel diameter
• Reduced capital and installation costs
• Smaller space required for installation
High-effective filtration area • Fewer element changeouts needed
• High solids removal efficiency
• Lower operating and maintenance costs
High-efficiency media and equipment • Consistently high liquid removal efficiency
• Reduced liquid losses
• Optimum protection of downstream equipment
• Lower maintenance costs and availability
 


* Required
Need Help?
Download Datasheet
Description

Pall’s Medallion™ HP line of liquid/gas coalescers is designed to meet the needs of the process industry, offering high performance and reduced operation and maintenance costs. Medallion coalescers can be used for many applications to enhance process performance.

Pall offers a full range of product options designed to meet various performance needs.

Features, Advantages and Benefits of the Pall Medallion Liquid/Gas Coalescers

 
Features Advantages Benefits
Medallion media pack • High liquid removal per unit area
• Fewer elements needed
• Minimized vessel diameter
• Reduced need for an upstream bulk separator
• Reduced capital and installation costs
High-capacity large diameter element • Fewer elements needed for a given gas flow rate
• Minimized vessel diameter
• Reduced capital and installation costs
• Smaller space required for installation
High-effective filtration area • Fewer element changeouts needed
• High solids removal efficiency
• Lower operating and maintenance costs
High-efficiency media and equipment • Consistently high liquid removal efficiency
• Reduced liquid losses
• Optimum protection of downstream equipment
• Lower maintenance costs and availability
 
Applications
  • Inlet/Outlet Reciprocating Compressor
  • Turbine Protection
  • Inlet/Outlet Amine Contactor
  • Low and Ultra-low NOx Burner Protection
  • Inlet/Outlet Glycol Contactor
  • Gas Separation Membrane Protection
  • Mole Sieve Protection
  • Sales Gas
  • Mercury Removal Catalyst Protection
  • Transmission Pipeline Gas
  • Pipeline Metering / Compression Stations
Specifications

Materials of construction

• Glass Microfiber Medium
• A Style: Compatible with most applications
  SOE P/N: CS604LGT2H13
  DOE P/N: CS604LGT2DH13
• B Style: Compatible with Amine and Ammonia gas
  SOE P/N: CS604LGBT2H13
  DOE P/N: CS604LGBT2DH13
• End caps: 300 series SS
Performance

Performance data

• Liquids: 99.999% at 0.3 micron per DOP test
  1 ppb downstream liquids (CAGI)1
• Solids: 99.7% for particles >0.3 micron per NaCl test
• Max Burst Pressure:  50 psid (3.45 bard) 
• Maximum operating temperatures:
180°F (82.2 °C) in gas service with no water present
140°F (60.0 °C) in gas service with water present
1 Per the modified ANSI/CAGI-400-1999 test procedure
Type
Coalescers
Use
Coalescing, Separation
Application
Midstream Mol-sieve Dehydration, Refinery Amine Systems, Refinery Molecular Sieve Drier, LNG Stabilization Column , Midstream Acid Gas, Midstream Gas Pipeline Compressors, Midstream Glycol Filtration, Midstream Merc Rem Unit (MRU), LNG Acid Gas, LNG Other, Midstream Black Powder
Segment
Midstream
Refinery