Proceedings of the American Gas Institute
Proceedings of the American Gas Institute
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In our eReader you can find the full English version of the book. Read Proceedings of the American Gas Institute Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Proceedings of the American Gas Institute
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Digitized by VjOOQIC 777 Temperature of Partial Press- Composition in % by Gasification ure of CO + CO, in atm.
Vol.
to C T'abs.
CO, CO N.
Blast Pressure = 3 atm.
227« 500° 0.63 21.00 79.00 327° 600° 0.63 21.00 79.00 427° 700» 0.6395 20.51 0.81 78.68 527° 800° 0.686 . 18.14 4.76 77.10 627° 900° 0.8075 11.94 14.98 73.08 727° 1000" 0.957 4.31 27.59 68.10 827" 1 100" 1.025 0.83 33-37 65.80 927° 1200° X.0365 0.21 34.34 65.45 1027° 1300° 1.04 O.IO 3456 65.34 Blast Pressure = 4 atm.
227° 5000 6.84 21....00 79.00 327° 6oo» 0.84 21.00 79-00 427° 700° 0.851 20.59 0.71 78.70 5V° 8oo«> 0.905 18.52 4.11 77-37 627" 900» 1.056 12.73 13-67 7360 727° 1000° 1.258 500 26.46 68.55 827° 1100° 1-359 1. 13 32.85 66.02 927° 1200° I.38I 0.28 34.25 6547 1027" 1300° 1.385 0.13 34.50 65-37 **The data contained in the above table is still plainer in the graphical representation in Fig. 83.
** As in all probability in the future a gas containing 50% of oxygen and 50% nitrogen will have to be con- sidered in the operation of producers, we will give the ideal composition of the gas for such a case.
What to read after Proceedings of the American Gas Institute?
You can find similar books in the "Read Also" column, or choose other free books by American Gas Institute to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Digitized by VjOOQIC 777 Temperature of Partial Press- Composition in % by Gasification ure of CO + CO, in atm.
Vol.
to C T'abs.
CO, CO N.
Blast Pressure = 3 atm.
227« 500° 0.63 21.00 79.00 327° 600° 0.63 21.00 79.00 427° 700» 0.6395 20.51 0.81 78.68 527° 800° 0.686 . 18.14 4.76 77.10 627° 900° 0.8075 11.94 14.98 73.08 727° 1000" 0.957 4.31 27.59 68.10 827" 1 100" 1.025 0.83 33-37 65.80 927° 1200° X.0365 0.21 34.34 65.45 1027° 1300° 1.04 O.IO 3456 65.34 Blast Pressure = 4 atm.
227° 5000 6.84 21....00 79.00 327° 6oo» 0.84 21.00 79-00 427° 700° 0.851 20.59 0.71 78.70 5V° 8oo«> 0.905 18.52 4.11 77-37 627" 900» 1.056 12.73 13-67 7360 727° 1000° 1.258 500 26.46 68.55 827° 1100° 1-359 1. 13 32.85 66.02 927° 1200° I.38I 0.28 34.25 6547 1027" 1300° 1.385 0.13 34.50 65-37 **The data contained in the above table is still plainer in the graphical representation in Fig. 83.
** As in all probability in the future a gas containing 50% of oxygen and 50% nitrogen will have to be con- sidered in the operation of producers, we will give the ideal composition of the gas for such a case.
What to read after Proceedings of the American Gas Institute?
You can find similar books in the "Read Also" column, or choose other free books by American Gas Institute to read onlineMoreLess
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