The System Assessment
Food
Outsourcing maintenance agreements for compressed air systems is commonplace in the food and
Plastics
The Pepsi bottling plant in Winnipeg, Manitoba has upgraded both their main 100 psi compressed air
Paper
Rockline Industries is one of the largest global producers of consumer products, specializing in
Printing
Several days prior to our visit, during a cold winter evening, the lead air compressor in one
Pharmaceutical
Blood plasma is an indispensable resource in the production of life-saving medicines. It is also in
Auto
In a strategic approach to improving its management of compressed air, the company initiated an
Bulk
By making sustainability a requirement and a core element of its growth strategy, Eastman has
Transit
When the New York City Transit Authority (NYCT) set out to comply with local regulations calling
Metals
Plant personnel had experienced ongoing problems with its process grinder performance due to
Medical
Helium is a precious noble gas that has become invaluable for leak detection, as well as cooling
Power
Nuclear power plants produce electricity for people, business and industry. Electricity is
Oil & Gas
In terms of compressed air systems, it’s not unusual to see a plant with 10 to 15 air
Wastewater
Wastewater treatment processes have come a long way in the past century, but demand continues to
Air compressors can produce a lot of water. Humidity in ambient air, once compressed, results in much of this water falling out, which we know as condensate. On a warm and humid summer day with inlet air temperatures of 80 oF, a 75-horsepower (hp) air compressor running fully loaded can produce over 25 gallons of condensate in just one eight-hour shift, with another five gallons being produced once the compressed air is sent through a dryer. The compression process allows for the air, water vapor, and lubricating fluids to mix. Once the condensate leaves the system, trace amounts of lubricant travel with it. This condensate should be processed through an oil-water separator before being discharged to groundwater or wastewater treatment plants.
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Often when you mention heat of compression the first thought generally relates to HOC desiccant dryers, which are also an under-applied opportunity for heat recovery. However, there are many other heat of compression recoverable energy savings opportunities in all compressed air and gas systems. This article reviews many opportunities in energy heat recovery and provides answer to commonly asked question.
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Air compressors need to be matched to load effectively and efficiently. If the air compressors’ range of variation can’t be matched to the system variation, instability and/or inefficiency can result. This article discusses the problem when it isn’t matched, which is called “control gap” and what to do to avoid it.
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The company is succeeding with sustainability at many operations, including its manufacturing plant in Lickdale, Pennsylvania. In fall 2019, officials from the Department of Energy’s Better Plants program joined company officials there to celebrate the plant’s energy achievements – including an 11% reduction in compressed air energy costs. Its ability to reduce the cost of compressed air to the tune of $223,000 per year is a prime example how many TE Connectivity operations have fully embraced sustainability.
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