By Ruzhu Wang
Gives readers a close figuring out of adsorption refrigeration know-how, with a spotlight on useful purposes and environmental concerns
Systematically masking the know-how of adsorption refrigeration, this publication presents readers with a technical knowing of the subject in addition to unique details at the cutting-edge from prime researchers within the box. Introducing readers to heritage at the improvement of adsorption refrigeration, the authors additionally hide the advance of adsorbents, a variety of thermodynamic theories, the layout of adsorption structures and adsorption refrigeration cycles. The e-book courses readers during the examine procedure, masking key features reminiscent of: the main of adsorption refrigeration; making a choice on adsorbents based on diversified features; thermodynamic equations; equipment for the layout of warmth exchangers for adsorbers; and the complex adsorption cycles wanted. it's also helpful as a reference for pros operating in those areas.
- Covers state-of-the artwork of adsorption examine and applied sciences for proper purposes, operating from adsorption operating pairs via to the applying of adsorption refrigeration expertise for low grade warmth recovery
- Assesses sustainable possible choices to conventional refrigeration tools, akin to the appliance of adsorption refrigeration platforms for solar power and waste heat
- Includes a key bankruptcy at the layout of adsorption refrigeration platforms as an educational for readers new to the subject; the calculation versions for various elements and dealing tactics also are included
- Takes real-world examples giving an perception into present items and installations and permitting readers to use the information to their very own work
Academics gaining knowledge of low grade power usage and refrigeration; Graduate scholars of refrigeration and occasional grade strength usage; skilled engineers eager to renew wisdom of adsorption technology,Engineers operating at businesses constructing adsorption chillers; Graduate scholars engaged on thermally pushed platforms; complicated undergraduates for the Refrigeration precept as part of thermal pushed refrigeration technology.
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Additional resources for Adsorption Refrigeration Technology: Theory and Application
Applied Thermal Engineering, 23(8), 989–1003. , Zhang, M. and Jiangzhou, S. (2003) Adsorption cold storage system with zeolite–water working pair used for locomotive air conditioning. Energy Conversion and Management, 44(10), 1733–1743. Y. and Wang, K.
Finding a type of green technology that can be used in air conditioning and heat pumps is very important with regards to solving the problems caused by traditional compression refrigeration technology. Another critical problem for refrigeration and heat pumps is energy utilization. Traditional compression refrigerators and heat pumps are commonly driven by electricity. Demands for electricity increase as societies develop. 4% of the total electricity consumption. In China too, for example, in Shanghai City, in summer electricity consumption by air conditioning reached 45–56% according to data collected from 2010.
For efficient refrigeration output, the suitable adsorption working pairs need to be selected according to the heat source temperatures, and the suitable adsorption refrigeration cycles need to be selected according to the actual requirements. The application scope and properties are different for different adsorption refrigeration working pairs. The common adsorption refrigeration working pairs mainly include: activated carbon-methanol, activated carbon fiber-methanol, activated carbon-ammonia, zeolite-water, silica gel-water, metal hydrides-hydrogen, calcium chloride-ammonia, and strontium chloride-ammonia, and so on (physical and chemical adsorption) .