Patents
Liquid hydrocarbons are formed at least in 50% yield by passing H2 and CO in molar ratios of 205 : 1 upward in a reaction zone through a Co-containing catalyst in suspension at 440º-500º F. and at 45 p.s.i.g. pressure or less. The product is suitable for diesel fuel. In an example, gas containing CO 30.9%, H2 61.4%, and inerts 7.7% is introduced at a rate of about 40 cu. ft. per hr. per lb. of Co catalyst at an average temperature of 440º F. Of the CO charged, 47.5% was converted to liquid hydrocarbons containing >3 C atoms per molecule and end b.p. 670º F.; 11% was converted to liquid hydrocarbons containing 1-2 C atoms per molecule: and 6% to CO2. Liquid product was 131 cc. per m.3 gas charged. |