Flanged • Fabricated Carbon Steel Construction

Overview  

Features    

• Standard and Compact Models
• Capable of Handling Liquid Slugs
• ASME Code Stamp
• Two 1/2" NPT Water Gauge Connection
• One 1/2" NPT Vent Connections
• No Required Maintenance
• Remove 99% of Liquid and Solid Entrainment
• Particles Larger than 10 Microns
• Gas, Steam, or Air Applications
   

Options

• Support Stand
• Stainless Steel Construction
• Multiple Inlets and/or Outlets
• Sizes Larger than 16"
   

Applications
Type 10-R Series Separators are widely used in the chemical and process industries where large volumes of liquid must be separated from gases. They also may be used as a flash or surge tank, or as a scrubber or demister ahead of steam turbines.

Principle of Operation
Eaton Type 10-R Series Separators have two stages for separating large volumes of liquid from a smaller volume of a gas or vapor. In stage one, the flow enters the inlet and is deflected downward by the impingement plate causing it to loose velocity. This results in the majority of the liquid dropping into the reservoir. In the second stage the moisture laden gas passes through a vane element where the remaining moisture is separated and flows down to the reservoir. The separator will remove all liquid and solid entrainment where the particle size is 10 microns or greater.

Construction
Type R Separators are constructed in accordance with the ASME Code Section VIII, Division 1 and are code stamped. They are available with 150# slip on raised face flanges rated at 200psi at 300F or with 300# slip on raised face flanges rated at 250psi at 650F. They feature fabricated carbon steel construction and with internal vane blades made of 304L stainless steel.

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