Features

• Fabricated Construction
• High Efficiency Over Wide Flow Range
• No Required Maintenance
• Economical Choice for Most Applications
• Removes 99% of Liquid and Solid Entrainment
• Particles Larger Than 10 Micron
• Gas, Steam or Air Applications
   

Options

• ASME UM or U Code Stamp
• Hundreds of Design Options to
• Conform to Application Requirements
   

High Efficiency – No Maintenance
Eaton’s Type T Eaton Gas Liquid Separators automatically remove 99% of all liquid and solid entrainment particles 10 microns in size or larger from air, gas, and steam processes. In addition, they do it with no moving parts to wear out and with no required maintenance.

Exclusive Design
Centrifugal downward motion deflects moisture-laden gas as it enters the inlet of the separator. The entrained solids and moisture droplets separate from the gas by a reduction in velocity. Separated liquid and solids fall into a reservoir where Eaton’s exclusive Vortex Containment Plate (VCP) ensures that they cannot be re-entrained. The Vortex Containment Plate then directs the clean, dry flow to the outlet. The VCP eliminates the need for expensive, delicate baffles used in ordinary separators.

Application Flexibility
Eaton custom fabricates separators to fit the exact requirements of applications requiring unique sizes or piping connections.

Cast or Fabricated Construction
Fabricated Type T Gas Liquid Separators are available from 1” to 24” in carbon steel or cast stainless steel construction sizes. Eaton custom manufacturers fabricated separators to meet exact requirements of special applications or applications where weight is a concern. For standard applications, cast separators are often the best choice. Most standard cast separators are available for shipment from stock.
 

Key Separator Applications:

• Steam Drums
• Steam Turbines
• Intercooler Equipment
• Aftercooler Equipment
• Gas Well Heads
• Deep Well Heads
• Oil Extraction
• Chemical Processing
• Scrubbing Systems
• Evaporator
• Glycol Dehydration
• Sulfer Condenser
• Mist Elimination
• Heat Exchangers
• Reactors
• Landfill/Waste Gas