Design of a non-isothermal tube wall reactor with a multicomponent reaction mixture and volume change

Carbon monoxide hydrogenation over cobalt catalyst in a tube‐wall reactor: Part II. Modelling studies

“…A variety of reactions such as methanation, oxidation and FT synthesis have been studied theoretically using a TWR (Gilkeson et al, 1953;Wei and Chen, 1974;Smith and Carberry, 1976;Senkan et al, 1976;Schehl et al, 1977;Goyal et al, 1982Goyal et al, , 1983Goyal et al, , 1987Goyal et al, and 1988Parent et al, 1983 ), For example, methanation reaction occurring at the inside surface of a TWR was analyzed theoretically on the basis of film theory (Senkan et al, 1976). The result was an analytical expression for carbon monoxide conversion as a function of the dimensionless position along the reactor tube.…”

Carbon monoxide hydrogenation over cobalt catalyst in a tube‐wall reactor: Part II. Modelling studies

“…A variety of reactions such as methanation, oxidation and FT synthesis have been studied theoretically using a TWR (Gilkeson et al, 1953;Wei and Chen, 1974;Smith and Carberry, 1976;Senkan et al, 1976;Schehl et al, 1977;Goyal et al, 1982Goyal et al, , 1983Goyal et al, , 1987Goyal et al, and 1988Parent et al, 1983 ), For example, methanation reaction occurring at the inside surface of a TWR was analyzed theoretically on the basis of film theory (Senkan et al, 1976). The result was an analytical expression for carbon monoxide conversion as a function of the dimensionless position along the reactor tube.…”

Fischer—tropsch studies on a plasma‐sprayed iron catalyst in a tube‐wall reactor

“…A detailed review of the tube-wall reactor technology and its application to various exothermic reaction systems is given by Goyal (1984). A number of studies Carbeny, 1975 and1976;O'Hara et al, 1976;Chandrasekharan and Calderbank, 1980;Goyal et al, 1982 and1983) have been conducted in this field in the last decade. Ralph M. Parson Co. on contract from the U.S. Department of Energy completed a conceptual design and economic analysis of a commercial scale co-product plant producing synthetic natural gas and liquified petroleum products.…”

Characterization studies of plasma-sprayed cobalt and iron catalysts

“…A number of Fischer-Tropsch (FT) synthesis studies have been carried out in tube-wall reactors (TWR) to analyze their performance in terms of conversion, selectivity, and catalyst life (Haynes et al, 1972;Smith and Carberry, 1975;Senken et al, 1976;Schehl et al, 1977;Pennline et aL, 1979; Goyal et al, 1983; Kapoor et al, 1986;Bakhshi, 1991,1992;. Also, Goyal (1984) and Dalai (1989) have provided a detailed review of the work in this area.…”

Carbon monoxide hydrogenation over cobalt catalyst in a tube‐wall reactor: Part II. Modelling studies

“…A variety of reactions such as methanation, oxidation and FT synthesis have been studied theoretically using a TWR (Gilkeson et al, 1953;Wei and Chen, 1974;Smith and Carberry, 1976;Senkan et al, 1976;Schehl et al, 1977;Goyal et al, 1982Goyal et al, , 1983Goyal et al, , 1987Goyal et al, and 1988Parent et al, 1983 ), For example, methanation reaction occurring at the inside surface of a TWR was analyzed theoretically on the basis of film theory (Senkan et al, 1976). The result was an analytical expression for carbon monoxide conversion as a function of the dimensionless position along the reactor tube.…”

Fischer—tropsch studies on a plasma‐sprayed iron catalyst in a tube‐wall reactor

“…A detailed review of the tube-wall reactor technology and its application to various exothermic reaction systems is given by Goyal (1984). A number of studies Carbeny, 1975 and1976;O'Hara et al, 1976;Chandrasekharan and Calderbank, 1980;Goyal et al, 1982 and1983) have been conducted in this field in the last decade. Ralph M. Parson Co. on contract from the U.S. Department of Energy completed a conceptual design and economic analysis of a commercial scale co-product plant producing synthetic natural gas and liquified petroleum products.…”

Characterization studies of plasma-sprayed cobalt and iron catalysts

“…A number of Fischer-Tropsch (FT) synthesis studies have been carried out in tube-wall reactors (TWR) to analyze their performance in terms of conversion, selectivity, and catalyst life (Haynes et al, 1972;Smith and Carberry, 1975;Senken et al, 1976;Schehl et al, 1977;Pennline et aL, 1979; Goyal et al, 1983; Kapoor et al, 1986;Bakhshi, 1991,1992;. Also, Goyal (1984) and Dalai (1989) have provided a detailed review of the work in this area.…”

Carbon monoxide hydrogenation over cobalt catalyst in a tube‐wall reactor: Part II. Modelling studies

“…A variety of reactions such as methanation, oxidation and FT synthesis have been studied theoretically using a TWR (Gilkeson et al, 1953;Wei and Chen, 1974;Smith and Carberry, 1976;Senkan et al, 1976;Schehl et al, 1977;Goyal et al, 1982Goyal et al, , 1983Goyal et al, , 1987Goyal et al, and 1988Parent et al, 1983 ), For example, methanation reaction occurring at the inside surface of a TWR was analyzed theoretically on the basis of film theory (Senkan et al, 1976). The result was an analytical expression for carbon monoxide conversion as a function of the dimensionless position along the reactor tube.…”

Fischer—tropsch studies on a plasma‐sprayed iron catalyst in a tube‐wall reactor

“…A detailed review of the tube-wall reactor technology and its application to various exothermic reaction systems is given by Goyal (1984). A number of studies Carbeny, 1975 and1976;O'Hara et al, 1976;Chandrasekharan and Calderbank, 1980;Goyal et al, 1982 and1983) have been conducted in this field in the last decade. Ralph M. Parson Co. on contract from the U.S. Department of Energy completed a conceptual design and economic analysis of a commercial scale co-product plant producing synthetic natural gas and liquified petroleum products.…”

Characterization studies of plasma-sprayed cobalt and iron catalysts

“…A number of Fischer-Tropsch (FT) synthesis studies have been carried out in tube-wall reactors (TWR) to analyze their performance in terms of conversion, selectivity, and catalyst life (Haynes et al, 1972;Smith and Carberry, 1975;Senken et al, 1976;Schehl et al, 1977;Pennline et aL, 1979; Goyal et al, 1983; Kapoor et al, 1986;Bakhshi, 1991,1992;. Also, Goyal (1984) and Dalai (1989) have provided a detailed review of the work in this area.…”