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A Functional Full-Scale Heat Exchanger Coated with Aluminum Fumarate Metal–Organic Framework for Adsorption Heat Transformation

Author:
Kummer, Harry, Jeremias, Felix, Warlo, Alexander, Füldner, Gerrit, Fröhlich, Dominik, Janiak, Christoph, Gläser, Roger, Henninger, Stefan K.
Source:
Industrial & engineering chemistry process design and development 2017 v.56 no.29 pp. 8393-8398
ISSN:
1520-5045
Subject:
adsorbents, adsorption, aluminum, binding agents, coordination polymers, fumarates, heat, heat exchangers, porous media, process design, temperature, working conditions
Abstract:
Metal–organic frameworks represent a class of microporous adsorbents with high application potential for adsorption heat transformation. Here, we present a functional, full-scale heat exchanger coated with the microporous aluminum fumarate MOF Basolite A520 using a polysiloxane-based binding agent. The function of the heat exchanger was evaluated resulting in a gross cooling power of 2900 W (at the beginning of the adsorption cycle) or, respectively an average cooling power of 690 W (up to a limit of 90% equilibrium loading in 7 min) under the working conditions of a realistic adsorption chiller of 90 °C – 30 °C – 18 °C (temperature level of heat source, heat rejection/condenser, and evaporator).
Agid:
6009341