Adsorptive Transformation/Storage of Heat: Temperature-Driven vs. Pressure-Driven Cycles Conference Abstracts
| Conference |
Heat Powered Cycles Conference 16-19 Sep 2018 , Bayreuth |
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| Source | Heat Powered Cycles 2018. Book of Abstracts Compilation, HPC. 2018. 193 c. ISBN 9780956332974. |
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| Output data | Year: 2018, Article number : HPC-2018-317, Pages count : 2 | ||||
| Tags | Adsorption cooling/heating/storage, Adsorbent regeneration, Cycle dynamics | ||||
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| Affiliations |
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Funding (1)
| 1 | Russian Science Foundation | 16-19-10259 |
Abstract:
Adsorption heat transformation/storage (AHTS) is an environmentally benign and energy saving technology for effective utilization of low-temperature heat from various sources (renewable heat, thermal wastes, geothermal heat, etc). Two types of the AHTS cycles were suggested, which essentially differ by the way of adsorbent regeneration: either adsorbent heating (temperature-driven cycles), or reducing the adsorptive pressure over adsorbent (pressure-driven cycles). In this work, these cycles are analyzed and compared from both thermodynamic and dynamic points of view. Appropriate recommendations are made.
Cite:
Aristov Y.I.
Adsorptive Transformation/Storage of Heat: Temperature-Driven vs. Pressure-Driven Cycles
In compilation Heat Powered Cycles 2018. Book of Abstracts. – HPC., 2018. – C.91-92. – ISBN 9780956332974.
Adsorptive Transformation/Storage of Heat: Temperature-Driven vs. Pressure-Driven Cycles
In compilation Heat Powered Cycles 2018. Book of Abstracts. – HPC., 2018. – C.91-92. – ISBN 9780956332974.
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