Design, development and testing of milk pasteurization system » książka
Design, development and testing of milk pasteurization system
ISBN-13: 9783659689277 / Angielski / Miękka / 2015 / 104 str.
The newly developed pasteurizer was tested at raw milk inlet temperature of 2, 4, 6 and 8 degree Centigrade and total milk solids of 15 and 18 %. The pasteurization temperature of 78 to 80 degree Centigrade for 20 seconds was used for the testing. The pasteurizer was tested for overall heat transfer coefficient, regeneration efficiency, total heat load and pressure drop. The temperature, pressure and milk flow rates were recorded at an interval of 5 minute during operation through PLC system. The calculated values for the regeneration efficiency, logarithmic mean temperature difference, overall heat transfer coefficient, total pressure drop in plate heat exchanger were statistically analysed. The logarithmic mean temperature difference was used to find the running time of the newly developed system. The pasteurized milk side was always at higher pressure than raw milk side. The product side was also at higher pressure than hot and chilled water side. This was found to be effective to avoid the cross contamination.
The newly developed pasteurizer was tested at raw milk inlet temperature of 2, 4, 6 and 8 degree Centigrade and total milk solids of 15 and 18 %. The pasteurization temperature of 78 to 80 degree Centigrade for 20 seconds was used for the testing. The pasteurizer was tested for overall heat transfer coefficient, regeneration efficiency, total heat load and pressure drop. The temperature, pressure and milk flow rates were recorded at an interval of 5 minute during operation through PLC system. The calculated values for the regeneration efficiency, logarithmic mean temperature difference, overall heat transfer coefficient, total pressure drop in plate heat exchanger were statistically analysed. The logarithmic mean temperature difference was used to find the running time of the newly developed system. The pasteurized milk side was always at higher pressure than raw milk side. The product side was also at higher pressure than hot and chilled water side. This was found to be effective to avoid the cross contamination.
Czytaj nas na:
KrainaKsiazek.PL - Księgarnia Internetowa
