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Category: Process Cooling in Remote Location

Process Cooling in Remote Location

Glycol Dehidrator Increase Gas Temperature

Posted on October 25, 2009

We invariably cool the compressor discharge prior to dehydration. Unfortunately, natural gas will be reheated—sometimes by 10°F — in a typical gas field dehydration contactor.…

Process Cooling in Remote Location

Process Cooling Excessive Gas Inlet Temperature

Posted on October 25, 2009

There are three factors which increase an air cooler’s inlet temperature: • The compressor valves are faulty. • The compression ratio has increased. • High…

Process Cooling in Remote Location

Gas Side Problems

Posted on October 25, 2009November 9, 2012

Whenever finned—tubed cooling bundles are arranged in parallel, as shown in figure 5-2, a potential exists for poor cooling due to gas maldistribution. A low…

Process Cooling in Remote Location

Process Cooling Fan Blade Pitch

Posted on October 25, 2009

Air flow from a fan will vary considerably with the blade pitch. The pitch is adjustable. To save engine horsepower, an operator may set the…

Process Cooling in Remote Location

Process Cooling Fan Tip Speed

Posted on October 25, 2009November 9, 2012

Most fans are designed for a maximum fan tip speed of 14,000 feet per minute. To calculate the tip speed of the fan, do not…

Process Cooling in Remote Location

Process Cooling Insuffient Air Flow

Posted on October 25, 2009

If the air flow existing from the tube bundle is hotter than the effluent gas, the chances are there is insufficient air flow to properly…

Process Cooling in Remote Location

Gas Cooling Process

Posted on October 23, 2009November 9, 2012

Underground gas transmission pipelines are externally wrapped in a protective plastic type coating. Gas temperatures in excess of 130°F to 140″F can cause embrittlement and…

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