Studies of Blast Furnace Phenomena |
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Page 26
... the oxide of iron . Hence it follows that for each lb. of oxygen the transforma- tion of CO into CO2 is accompanied by the giving 26 STUDIES OF BLAST FURNACES . Quantities of Caloric absorbed and given off in Blast Furnaces.
... the oxide of iron . Hence it follows that for each lb. of oxygen the transforma- tion of CO into CO2 is accompanied by the giving 26 STUDIES OF BLAST FURNACES . Quantities of Caloric absorbed and given off in Blast Furnaces.
Page 30
... Hence each lb. of carbon burned in the first furnace must be replaced by 1 × 561 3594 = 1.155 in the second , which is , in fact , an increase of from 15 % to 16 % , by the single fact of a smaller production of CO2 , or of the more ...
... Hence each lb. of carbon burned in the first furnace must be replaced by 1 × 561 3594 = 1.155 in the second , which is , in fact , an increase of from 15 % to 16 % , by the single fact of a smaller production of CO2 , or of the more ...
Page 32
... , in an ideally perfect working , as follows : — 0.3120-072 ( from limestone ) = 0.384 carbon in CO2 and • • or total carbon in gas 0.496 0.8 0 . 66 CO , 11 Hence CO2 = × 0.384 = 1.408 . 3 32 STUDIES OF BLAST FURNACES .
... , in an ideally perfect working , as follows : — 0.3120-072 ( from limestone ) = 0.384 carbon in CO2 and • • or total carbon in gas 0.496 0.8 0 . 66 CO , 11 Hence CO2 = × 0.384 = 1.408 . 3 32 STUDIES OF BLAST FURNACES .
Page 33
Louis Emmanuel Gruner, Lewis Dunbar Brodie Gordon. 11 Hence CO2 = × 0.384 = 1.408 . 3 7 CO = 3 × 0.496 = 1 · 157 CO2 therefore = 1.217 CO CO2 § 6. The ratio is the measure or index of the working of CO Blast Furnaces . - It has now been ...
Louis Emmanuel Gruner, Lewis Dunbar Brodie Gordon. 11 Hence CO2 = × 0.384 = 1.408 . 3 7 CO = 3 × 0.496 = 1 · 157 CO2 therefore = 1.217 CO CO2 § 6. The ratio is the measure or index of the working of CO Blast Furnaces . - It has now been ...
Page 34
... hence p the total carbon in the gases = a + b 0.03 . If we put y for the weight of CO , and m for the CO2 proportion we have my for the weight of CO2 , and then CO ' for determining y we have the equation- ( 1. ) 3 7 3 y + my = p 11 ...
... hence p the total carbon in the gases = a + b 0.03 . If we put y for the weight of CO , and m for the CO2 proportion we have my for the weight of CO2 , and then CO ' for determining y we have the equation- ( 1. ) 3 7 3 y + my = p 11 ...
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Common terms and phrases
acid analysis Bell's blast furnace calcined calculate caloric absorbed caloric carried caloric developed Caloric due caloric of combustion caloric produced cals carbon burned carbonic oxide charges chemical Cleveland CO² coke consumed composition Consett cubic feet capacity decomposition determine difference dissociation dry air Ebelmen economy elements Engineer escaping gases experiments flux formulas furnaces of Cleveland fusion of slags given gives Gruner hence hot blast Illustrated increase Iron and Steel iron yielded large furnace less lime limestone metallic iron Metallurgy nitrogen oxide of iron oxygen peroxide pig yielded pig-iron Pouzin Practical proportion pyrometer quantities of caloric ratio reaction Schinz sensible heat silicium slags small furnace solid carbon specific heat Steel Institute superheated superheated blast Tables takes place temperature of blast tion tons Total carbon transformed Treatise tube tunnel-head twyres upper regions volume weight of blast Weight of dry Weight of moist zone of reduction
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