Processes of Heat Transfer in Rheologically Unstable Mixtures of Organic Origin

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“…Nowadays for the solution of this problem the study of the regularities of heat and mass exchange in the compound fluid environments used in biogas units is not sufficient nowadays [3,10,24,25]. Authors suggested experimentally-calculation method for the forecast of the intensity of heat exchange intensity in the compound fluid environments with limited information regarding thermal physical properties [9,10,14]. This method enables to determine more accurately the needed area of the surfaces of heat exchange equipment of biogas units, and this will reduce specific amount of metal per structure.…”

“…More profound study and understanding of heat exchange processes is not only of practical importance but it has great impact on the selection of the research process direction, search of general regularities of research, broadening knowledge regarding heat exchange liquid organic waste. Taking into consideration, mentioned above new method of the heat exchange intensity forecast is suggested [9][10][11][12][13][14], where such notions as «model», «partially-model», «virtually model», «calibrating» fluid (further in the text «auxiliary fluids») and basic experimental testing facility are used [10,11]. Below in the text this method is called «experimentally-calculation method of the compound fluid mixtures (ECM)».…”