The systems used for Reclaiming operating temperature were widely known to take 10% of the electricity as well as 16% of US energy use by the industrial motor system. In the US market, 710% of all production equipment use compressed air to drive several equipment processes.
Through the use auditing air and eliminating some wasteful processes of consumption, the use of compressed air can lower the cost of energy consumption. They can reduce the price by about ten to fifteen percent with simple paybacks.
Operators in Original equipment manufacturer companies should look into the use of a reduced system pressure. By using control mechanism, they can efficiently perform the existing air compressors to cyclical demand. The use of high storage can also help lower the uncalled for high demand cycling of the compressors.
The project here aims at quantifying and also identifying the potential heat reclaim from the air compressors. You only need to make use of cooled air and water so as to provide you with cost-effective savings in the manufacturing plant. You will use a well-designed and sized heat reclamation system.
Operators in Original equipment manufacturer companies should look into the use of a reduced system pressure. By using control mechanism, they can efficiently perform the existing air compressors to cyclical demand. The use of high storage can also help lower the uncalled for high demand cycling of the compressors.
The project here aims at quantifying and also identifying the potential heat reclaim from the air compressors. You only need to make use of cooled air and water so as to provide you with cost-effective savings in the manufacturing plant. You will use a well-designed and sized heat reclamation system.
Calculating reclaimable BTUs
You can be able to lower the carbon footprint consumption of energy of your plant. You can also reduce the decreasing cost by using Compact modular design and also reclaiming the extra heat produced by the air compressors. Through compression, the electric motor puts extra energy into the compressed stream of air and you rate your motor power by using a horsepower.
One Horsepower is estimated to be 2,545 BTU per hour. Most air compressors can function at loads said to be ten percent above the nameplate of a motor rating although they are sold using the nominal horsepower sizes. They can get rated compressor discharge pressure as well as the full capacity output.
