. American stationary engineering; a practical work which begins at the boiler room and takes in the whole power plant. Fig. 124. The heating by means of pipes throughwhich are conveyed hot, water and steamis a scionce by itself and yet one claimingsome degree of familiarity by all engi-neers, steam users, and architects. In practice it requires a knowledge of Fig. 123. steam, air and temperatures, of pressure and supply; a familiarity with heat and heating surfaces and with all contrivances, appliances and devices that enter into the ^rp Maxims and Instructions. J^ ? STEAM AND HOT WATER HEATI
. American stationary engineering; a practical work which begins at the boiler room and takes in the whole power plant. Fig. 124. The heating by means of pipes throughwhich are conveyed hot, water and steamis a scionce by itself and yet one claimingsome degree of familiarity by all engi-neers, steam users, and architects. In practice it requires a knowledge of Fig. 123. steam, air and temperatures, of pressure and supply; a familiarity with heat and heating surfaces and with all contrivances, appliances and devices that enter into the ^rp Maxims and Instructions. J^ ? STEAM AND HOT WATER HEATING,wanning and ventilation of buildings. So long as *a^t«^Srfnrprivate buildinga are erected, so long will warmingSnd ventnaLn keep progress with steam engmeenng andZZ a part of tbe general mechanical BCienca reqmred of thesupervisory and practical engineer. In what is called tU system of open circulation, a supplymainlonveys the steam to the radiating surf aces whence fl7ZnZ!I conduct, He condensed water eUler vnto an pentallTr feeding tU Idler, or into a drain to run to waste thebJler bewtd from some other so
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectsteamen, bookyear1917
