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- Chemical Processes and Technologies - Impianti e Processi Chimici
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Exercise 09 ENG
Topic-based study materials for Chemical Processes and Technologies - Impianti e Processi Chimici in the Energy Engineering degree programme at Politecnico di Milano. The document covers: Chemical Processes and Technologies (Prof. Laura Pellegrini) Adsorption of n-hexane An airstream containing 0.2 mol% n-hexane at 20 °C has to be treated by adsorption on BPL carbon (1040 m2/g). Using the graph reported below: estimate the equilibrium capacity for a bed
Chemical Processes and Technologies - Impianti e Processi ChimiciBy topic
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Topic-based study materials for Chemical Processes and Technologies - Impianti e Processi Chimici in the Energy Engineering degree programme at Politecnico di Milano. The document covers: Chemical Processes and Technologies (Prof. Laura Pellegrini) Adsorption of n-hexane An airstream containing 0.2 mol% n-hexane at 20 °C has to be treated by adsorption on BPL carbon (1040 m2/g). Using the graph reported below: estimate the equilibrium capacity for a bed
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Chemical Processes and Technologies (Prof. Laura Pellegrini) Adsorption of n-hexane An airstream containing 0.2 mol% n-hexane at 20 °C has to be treated by adsorption on BPL carbon (1040 m2/g). Using the graph reported below: estimate the equilibrium capacity for a bed operated at 20 °C; determine how much the capacity will decrease if the bed temperature is raised to 40 °C. Data: A B C MW [kg/kmol] VNBP [m3/kmol] n-hexane 15.8366 2697.55 -48.78 86.177 0.13159 Antoine equation: 0ln( ) BPA TC , with T in [K] and P° in [mmHg]. Generalized adsorption correlation for Calgon ® BPL Carbon (1040 m2/g), (T [K], V [cm3 /mol]). Dipartimento di Chimica, Materiali e Ingegneria Chimica “Giulio Natta” POLITECNICO di MILANO
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