Effects of Reaction Conditions on Cobalt-Catalyzed Fischer-Tropsch Synthesis: Interactions between Operating Factors
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In Fischer-Tropsch Synthesis, because of few reactants (H_2, CO), scarce operating parameters affected on efficiency especially the selectivity of products. In this research, effect of operating parameters on the selectivity of Co-Mn-TiO_2 Fischer-Tropsch synthesis catalyst were studied by design of experimental procedure and Taguchi method. According to this research, interactions between operating factors have a crucial effect on light products selectivity. Among these interactions, (temperature×feed ratio) has the main influence on light hydrocarbons selectivity. It was concluded that temperature and feed ratio (H_2/CO) were the most integral operating parameters for much greater selectivity of light hydrocarbons.
Abstract
In Fischer-Tropsch Synthesis, because of few reactants (H_2, CO), scarce operating parameters affected on efficiency especially the selectivity of products. In this research, effect of operating parameters on the selectivity of Co-Mn-TiO_2 Fischer-Tropsch synthesis catalyst were studied by design of experimental procedure and Taguchi method. According to this research, interactions between operating factors have a crucial effect on light products selectivity. Among these interactions, (temperature×feed ratio) has the main influence on light hydrocarbons selectivity. It was concluded that temperature and feed ratio (H_2/CO) were the most integral operating parameters for much greater selectivity of light hydrocarbons.
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