Titlebook: Absorption Heating Technologies; Efficient Heating, H Wei Wu,Xianting Li,Tian You Book 2020 Springer Nature Singapore Pte Ltd. 2020 Absorpt

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Studies in Computational Intelligenceigher than heat rejection into the soil in summer, which leads to underground thermal imbalance. Due to the limited temperature recovery ability of soil, the underground temperature will decrease year by year after long-term operations, causing heating performance deterioration of the heat pump unit

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R. M. Kenedi,J. M. Courtney,Susan M. Gerard temperature range, cycle configuration, cost-effectiveness, safety, environmental-friendliness and so on. The most widely used working fluids are H.O/LiBr and NH./H.O. H.O/LiBr has high efficiency but suffers from crystallization and disability to operate under sub-zero evaporation temperatures. NH

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Conference proceedings 1977Latest editionat recovery in district heating systems covers cogeneration heat recovery and flue gas heat recovery, which can improve the overall energy efficiency by 5–30%. Meanwhile, in industrial processes (drying, evaporation, and distillation), technologies such as closed/open absorption heat pump (AHP/OAHP)

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The Taylor-Vortex Membrane Oxygenatorurther improve the performance and applicability of absorption heating technologies, future work should include: (1) the exploration and screening of more novel working fluids, (2) increasing the heat and mass transfers of key components, (3) investigating hybrid cycles that possess greater flexibil

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978-981-15-0472-3Springer Nature Singapore Pte Ltd. 2020

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