<P> We have designed and developed a stand-alone small-scale desalination unit using waste heat of exhaust gas from a small diesel electric generator which is used in various places such as islands and remote areas. The distiller developed con...
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https://www.riss.kr/link?id=A107759797
2011
-
SCOPUS,SCIE
학술저널
359-364(6쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
<P> We have designed and developed a stand-alone small-scale desalination unit using waste heat of exhaust gas from a small diesel electric generator which is used in various places such as islands and remote areas. The distiller developed con...
<P> We have designed and developed a stand-alone small-scale desalination unit using waste heat of exhaust gas from a small diesel electric generator which is used in various places such as islands and remote areas. The distiller developed consists mainly of a multiple-effect diffusion still and an evaporation chamber that recovers waste heat of exhaust gas from the generator engine. With experimental results of two-effect distillation of this distiller, we have shown its production capability of 6.80 kg/d fresh water and have estimated at least 19.4 kg/d for a ten-effect distiller. The distiller suggested is considered to be applicable for a small-scale distillation unit, comparing to performance of a solar thermal distillation unit. Moreover, the distillation part of our designed unit is easily converted to a solar still type-distiller by changing the evaporation chamber to a solarheating wall, if the engine is not available. </P>
Proposing a new fouling index in a membrane bioreactor (MBR) based on mechanistic fouling model
Development of a simulation program for the forward osmosis and reverse osmosis process