The specific calculation method for the power consumption of oxygen generators!
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This post was last edited by Chen Xinhua on 2016-10-15 at 20:35. It refers to the Hangyao oxygen generator model 21000; the air flow rate into the tower is 108,100 cubic meters per hour. During an 8-hour shift, this generator produces 174,150 cubic meters of oxygen, 174,000 cubic meters of nitrogen, and 5,866 cubic meters of argon. The output from the main cooler is stable, as is the overall operating condition. The oxygen purity is 99.6%. The total electricity consumption of all equipment is 141,200 kWh. Ask what the oxygen consumption per unit of this equipment is Please help calculate it!
No wealth value; let’s see if any wealth value will appear suddenly
It should be the amount of electricity consumed per cubic meter of oxygen; 141200/174150=0.81KWh/m3
Each algorithm is different; some take liquid factors into account, while others do not. In our calculations, we usually convert liquids to an equivalent of three times the volume of gas.
Does the electricity consumption of the nitrogen compressor also have to be counted towards the oxygen cost? Isn’t even argon economical? Is the liquid oxygen for main cooling safety discharge, which amounts to 1% of the oxygen production, also negligible?
Other products need to be converted into oxygen by applying the principle of equal energy consumption
How do you calculate your equivalent oxygen production? What is the energy consumption coefficient set for this product?
Cooperation on cryogenic air separation nitrogen and oxygen production projects: work together for mutual benefit and shared development. 18857872886 (same number on WeChat)