Heat recovery from biomass drying in energy systems

J. Havlík, T. Dlouhý
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Abstract

This paper deals with energy savings by the heat recovery of waste vapour from moist biomass drying in energy systems. Drying is an energy-intensive process. Energy consumption can be reduced by using indirect drying by recuperating the heat of waste vapour generated in the process; however the vapour is polluted by air and small mechanical particles. Experiments with green wood chips were realized on an indirect dryer with a condensing heat exchanger to experimentally verify the grade and conditions of heat recovery from waste vapour. On the basis of the experimental results, the potential of the heat recovery from waste vapour was evaluated. Keywords: Indirect drying; Biomass; Waste vapour; Heat recovery
能源系统中生物质干燥的热回收
本文讨论了能源系统中湿生物质干燥废蒸汽热回收的节能问题。干燥是一个能源密集型的过程。通过回收过程中产生的废蒸气的热量,可以使用间接干燥来减少能源消耗;然而,蒸汽受到空气和小机械颗粒的污染。在带冷凝式热交换器的间接干燥机上对生木屑进行了实验,验证了废汽热回收的等级和条件。在实验结果的基础上,对废汽热回收的潜力进行了评价。关键词:间接干燥;生物质能;浪费蒸汽;热回收
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