By Ruzhu Wang
Gives readers a close knowing of adsorption refrigeration know-how, with a spotlight on functional purposes and environmental concerns
Systematically masking the expertise of adsorption refrigeration, this ebook presents readers with a technical realizing of the subject in addition to special info at the cutting-edge from major 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 platforms and adsorption refrigeration cycles. The ebook courses readers in the course of the study technique, masking key elements corresponding to: the primary of adsorption refrigeration; making a choice on adsorbents based on assorted features; thermodynamic equations; tools for the layout of warmth exchangers for adsorbers; and the complicated adsorption cycles wanted. it's also necessary as a reference for pros operating in those areas.
- Covers state-of-the paintings of adsorption study and applied sciences for suitable functions, operating from adsorption operating pairs via to the applying of adsorption refrigeration know-how for low grade warmth recovery
- Assesses sustainable possible choices to standard refrigeration equipment, corresponding to the applying of adsorption refrigeration platforms for solar power and waste heat
- Includes a key bankruptcy at the layout of adsorption refrigeration platforms as an academic for readers new to the subject; the calculation types for various elements and dealing methods also are included
- Takes real-world examples giving an perception into current items and installations and allowing readers to use the data to their very own work
Academics getting to know low grade strength usage and refrigeration; Graduate scholars of refrigeration and occasional grade strength usage; skilled engineers desirous to renew wisdom of adsorption technology,Engineers operating at businesses constructing adsorption chillers; Graduate scholars engaged on thermally pushed structures; 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
1988) Effect of operating temperatures on the coefficient of performance of active carbon-methanol systems. Heat Recovery Systems and CHP, 8(5), 383–392.  Douss, N. and Meunier, F. (1989) Experimental study of cascading adsorption cycles. Chemical Engineering Science, 44(2), 225–235. F. and Meunier, F. (1989) Simulation of an intermittent adsorptive solar cooling system. Solar Energy, 42(2), 103–111. , Cacciola, G. and Rothmeyer, M. (1988) Zeolite heat pump for domestic heating. Energy, 13, 333–342.
Xxviii Δh ΔH ΔH,ΔHr ΔH0 ΔHr ΔMa ΔS ΔS0 ΔT ΔTah ΔTev ΔTwc Δx Δxmd Δxma ???? ????a , ????ad ????b ????bt ????f ????g ????i ????L , ????l ????Q-m ????Q-V ????refg ????s ????v ????w ????, ????a , ????ad ????eff ????f ????go ????L ,????l ????m ???? ???? eff ???? go ????m ???? mi ????x ???? ????a ???? ????boiler con???? ????el con???? Nomenclature Change of specific adsorption/desorption heat, J/kg Variation of the enthalpy, J or J/mol Change of the chemical reaction heat, J/mol Change of the standard enthalpy, J Reaction enthalpy, adsorption heat, J or J/mol Adsorption/desorption mass of ammonia, kg Variation of the entropy, J/K or J/(mol K) Change of the standard entropy, J/K Temperature difference, ∘ C Temperature difference between the adsorbent and vapor inside the fin tube, ∘ C Fluctuating value of evaporation temperature, ∘ C Temperature difference between the water inlet and outlet of the coil cooler, ∘ C Cycle adsorption quantity, kg/kg Desorption quantity during the mass recovery process, kg/kg Adsorption quantity during the mass recovery process, kg/kg Density, kg/m3 Density of the adsorbent, kg/m3 Volume density of the graphite, kg/m3 The total density, kg/m3 Density of liquid membrane, density of fluid, kg/m3 Density of gas flow, kg/m3 Density of air, kg/m3 Density of liquid, kg/m3 Energy density by mass, J/kg or kJ/kg Energy density by volume, J/m3 or kJ/m3 Density for the adsorbate gas, kg/m3 Apparent density of adsorbent, kg/m3 The density of the vapor, kg/m3 Density of the metal walls, kg/m3 Thermal conductivity of adsorbent, W/(m ∘ C) Effective thermal conductivity, W/(m ∘ C) Thermal conductivity of the fluid, W/(m ∘ C) Thermal conductivity of outer glass tube, W/(m ∘ C) Thermal conductivity of the liquid, W/(m ∘ C) Thermal conductivity of the metal, W/(m ∘ C) Thickness, thickness of the falling film, m Equivalent thickness of the liquid film, m The thickness of the outer glass tube, m The thickness of the outer metal tube, m The thickness of the cooling water tube, m The change of the adsorption quantity, kg/kg Adsorption rate, (kg/kg)/s The ratio of airflow area to the cross-section area per unit mass of adsorbent Collector efficiency Thermal efficiency of the boiler in the conventional distributed energy system The power generation efficiency of the conventional distributed energy system Nomenclature ???? ???? ???? ???? Γ Kinematic viscosity, m2 /s Degree of coverage, solar elevation angle, the heat load friction Filling density, kg/m3 , air coefficient The speed of the wheel, rad/s Adsorption quantity per unit area of solid surface General Subscripts a, ad, ads adb, bed am c C ca cal cond Cool d, des dil e, eva ea ed eff eq exp f g h, H hp Heat in l m max mb mi ref reg s, syn s, sat so w wv Adsorption, adsorbent Adsorber Ammonia Condensation, cooling Refrigeration, cooling Composite adsorbent Calculation Condensation Refrigeration, cooling Desorption Dilution Evaporation, refrigeration Equilibrium adsorption Equilibrium desorption Effective Equilibrium Experiment Fluid Generation, gas Heating, highest, heat pump Heat pipe Heating, heat pump Inlet Liquid Cooling media, metal Maximum The metal back plate The metal cooling pipe Refrigerant, refrigeration Regeneration, heat recovery Synthesization Saturation Solid Wall Water vapor xxix 1 Introduction Sustainable development is a common pursuit for people worldwide and energy utilization is a key element.
US Patents 4610148. J. J. (1988) External fluid heating of a porous bed. Chemical Engineering Communications, 71, 39–52. J. J. (1989) Square wave analysis of the solid-vapor adsorption heat pump. Heat Recovery Systems and CHP, 9, 233–247. J. J. (1990) Ramp wave analysis of the solid/vapor heat pump. Journal of Energy Resources Technology, Transactions of ASME, 112, 69–76. A. G. (2004) Resorption heat pump. Applied Thermal Engineering, 24, 1893–1903.  Feng, Y. K. (1990) The experimental research on the adsorption refrigeration for the recovery of the waste heat in industries.