. Cane sugar; a textbook on the agriculture of the sugar cane, the manufacture of cane sugar, and the analysis of sugar-house products. ^ the equation ; h^ =. Fig. 219h , - /, where / is o • 02 + 0-02 d 362 CHAPTER XVIII I and d being the length and diameter of the pipe in inches, li being the valuedisregarding friction, and h^ the finally accepted value. For obtaining the diameter of the fall pipe, a head of i, 2, 3, etc., feetabove that due to the excess of atmospheric pressure over that in the con-denser is assumed; and a computation on the lines above is made. Dimensions of Condensers.—The
. Cane sugar; a textbook on the agriculture of the sugar cane, the manufacture of cane sugar, and the analysis of sugar-house products. ^ the equation ; h^ =. Fig. 219h , - /, where / is o • 02 + 0-02 d 362 CHAPTER XVIII I and d being the length and diameter of the pipe in inches, li being the valuedisregarding friction, and h^ the finally accepted value. For obtaining the diameter of the fall pipe, a head of i, 2, 3, etc., feetabove that due to the excess of atmospheric pressure over that in the con-denser is assumed; and a computation on the lines above is made. Dimensions of Condensers.—The height of a condenser is governed bythe time that it is necessary for the water to remain in contact with thesteam, and this in turn is controlled by the time taken for the water to falldown the condenser. Experience has shown that condensers with an un-broken fall for the water require a height reaching to as much as 15 ft. forefficiency. By the use of plates forming cascades, the time taken for thewater to fall is increased, diminishing the necessary height of the cascades, have, however, another function. Water is a very badconduc
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Keywords: ., bookcentury1900, bookdecade1920, booksubjectsugar, bookyear1921
