Sheffield Separators Flow Diagram

Analyzer Sample SeparatorSheffield SeparatorsTM

The Sheffield Kinetic Separator uses the kinetic energy of the fast loop flow to separate the desired analyzer sample from impurities in the process stream.


The entering mainstream flows through the first kinetic separation chamber and exits the bottom high return flow tube.

Inlet sample

High Flow Return


System pressure from the mainstream flow forces a slipstream in a reverse direction.

The heavier particulate and condensables from the process stream continue downward as the lighter representative slipstream escapes those heavier contaminates as it changes direction.

Inlet sample

High Flow Return

FirstKineticSeparation


The components separated by the direction reversal travel into the second kinetic polishing chamber.

As in the first, mainstream flow continues through the second chamber and exits the low flow return tube.

Inlet sample

High Flow Return


Low FlowReturn


Most contaminates are separated in the first chamber. The second kinetic separation chamber polishes only the small amount of sample going to the analyzer.

Inlet sample

High Flow Return


Low FlowReturn

Second KineticSeparation

10” Hydrophobic

Filter


The second kinetic polishing chamber is aided by a special Teflon™ lined 10” self cleaning filter.

The filter life is greatly enhanced as only a small amount of sample goes to the analyzer.

Inlet sample

High Flow Return


Low FlowReturn


To Analyzer

10” Hydrophobic

Filter


THE BOTTOM LINE:

The separator simply works!

1. Pressure - from 2 to 2000 psig

2. Flows – from 2 scfh / 2 gph to 40 scfm / 5 gpm

3. Remove up to 6% free water

4. Gas (condensate & particulate)

5. Liquid (water & particulate)

6. Fast Loop or Single line applications

7. Virtually maintenance free!

Inlet sample

High Flow Return


Low FlowReturn


To Analyzer

The Sheffield Kinetic Separator

10” Hydrophobic

Filter

Sheffield Separators Flow Diagram

Technology

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