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Sludge Drying by Virtue of the Solar Energy and Reclaimed Water Heat Pump with Double High-temperature Heat Source

机译:通过具有双高温热源的太阳能和再生水热泵污泥干燥

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摘要

Sludge is the solid waste that generated during the sewage treatment process, because of high moisture content limits the final disposal and utilization. In this paper that solar and reclaimed water as heating heat source, It's not easy to design a new drying procedure that solar energy and reclaimed water heat pump with double high-temperature heat source, the system could make full use of respective advantages which of the solar energy, the hot of reclaimed water and heat pump. It would enhance the dehydration ratio, and high efficiency, lower energy consumption, sludge of moisture content (MC) decreased greatly; have created favorable conditions for the reuse. Technology what solar energy, air and reclaimed water heat pump with double high-temperature heat source were used to deal with sludge, the solar energy and air source heat pump were the main heating source. When the heat was insufficient, reclaimed water heat pump was turned on as energy supplementary. The dry air (70°C) was pumped into drying room continually; the moisture content (MC) of sewage was shrunk from 75% to 40% after drying.
机译:污泥是在污水处理过程中产生的固体废物,因为水分含量高限制了最终处置和利用率。在本文中,太阳能和再生水作为加热热源,设计了一种新的干燥过程,太阳能和再生水热泵具有双高温热源,系统可以充分利用各自的优势太阳能,再生水和热泵的热水。它可以提高脱水比率,高效,较低的能量消耗,水分含量污泥(MC)大大降低;为重用创造了有利条件。技术用双高温热源的太阳能,空气和再生水热泵用于处理污泥,太阳能和空气源热泵是主要的加热源。当热量不足时,再生水热泵被打开为能量补充。将干燥空气(70°C)纳入干燥室;干燥后,污水的水分含量(MC)缩小为75%至40%。

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