Page 21 - Eaton - Gas/Liquid separators

Gas/Liquid Separation Fabricated Construction
Gas/Liquid Separators
Series CLC

Coalescer/Separator Type 35-L
Type 31L-CLC for Horizontal
with Side
or Vertical Applications
Inlet for
Vertical
Upflow

• Centrifugal In-line Gas/Liquid Separators

• Two-Stage Design for Maximum Efficiency

• Flanged Connections High-Efficiency Separation Two-Stage Separation
Down to 4 Microns
In the first stage, the
• Carbon Steel or Stainless Steel Construction The unique two-stage coalescer stage, smaller liquid
droplets enter a special wire
design of these Series CLC
Coalescers/Separators allows mesh de-misting pad in the
• Horizontal or Vertical Flow them to remove 99% of all vessel. The pad’s purpose is
to increase the size of the
liquid and solid particles
larger than 4 microns in size. droplets as they pass through
FEATURES Standard, one-stage separators it so they can be removed.
are only capable of removing The larger liquid droplets
• Removes 99% of Liquid and Solid particles larger than 10 microns exit the de-misting pad and
Entrainment Particles Larger Than 4 Microns in size. The efficiency of enter the second, separation
• Easy Maintenance Eaton’s Coalescer/Separator stage. In the second stage,
• Three Flow Configurations far exceeds that of any other the droplets are centrifugally
thrown to the outside wall
type of centrifugal, cyclone,
• Gas, Steam, or Air Applications turbine or vane type separator. of the vessel by a unique
• High Efficiency Over Wide Flow Range And it works with no moving Cenpellar™ and flow to the
parts to fail or wear out. bottom for draining. Eaton’s
Vortex Containment Plate
OPTIONS Applications (VCP) prevents the droplets
from being re-entrained after
• ASME Code Stamp The Eaton Coalescer/Separator separation.
provides two-stage separation
of liquid that is in the form of
Type 35L-CLC Easy Maintenance
Type 36L-CLC with a fine mist or fog from a gas The only maintenance required
with Vertical side or vapor. The Coalescer/
Upflow Inlet and Inlet for Separator is primarily used in is the inspection, cleaning, or
Horizontal Outlet Vertical applications where a fine mist replacement of the de-misting
Upflow is encountered in processes pad. This is easily accomplished
involving cooling, condensation, through either a quick-opening
flashing, or evaporation, such as: body closure or body flanges.
• Compressed refrigeration
gases Engineering Specifications
• Evaporator overhead steam All gas/liquid separators are
fabricated carbon steel or
• Compressed air prior to stainless steel construction
desiccant dryer beds with two-stage coalescer/
• High-pressure gas at separator design and flanged
injection wells connections. Separators have
an ASME Code Stamp.
• Fuel gas lines to engines
in power
• Industrial plants
• Natural gas and gas
distribution lines
• Regulator stations