The Compression And Transmission of Illuminating Gas a Thesis Read At the July
The Compression And Transmission of Illuminating Gas a Thesis Read At the July
Edward a Edward Austin Rix
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M E P = 4 X -593 X 14. 7 = 34. 86 Ibs. Per sq. In. For our standard gas for one cubic foot at sea level (T \ / r T~ l ) = 58 ' 8 \r " HP = . 00436 X 58. 8 (~ l\ == . 2564 (~ the same result we obtained in a former example. INITIAL TEMPERATURES. The general expression for the work of compression being it is evident that so long as -y- remains constant, the power to compress one cubic foot of the same gas is con- stant, but inasmuch as the temperature of the mains is practically constant and abou...t 60 Fah. , if our initial temperature from the holder should happen for any reason to be 100 Fah. , as it was entering the compres- sor, it is evident that the compressor must make an extra number of revolutions to deliver a fixed quantity into the mains at 60 Fah. Than it would if the mains were the same temperature as the gas in the holder, and the ratio would be as the absolute temperatures or v on ' or ^ P er cen ^ additional. In a plant where 250 horsepower is used in compressing the gas, this would mean a saving of 20 horsepower.
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