PATENTS
Stream of CH4 is brought into contact with hot refractory material at temperatures sufficient to decompose the CH4 into H2 and C; the H2 is withdrawn while the C is deposited on the contact material; the CH4 stream is diverted to another contact chamber; the C is burned on the contact mass in the first chamber to form CO, which is withdrawn; the chambers are alternated in CH4 decomposition and C burning; and H2 and CO are continuously combined to form a mixture in the ratio of about 2 : 1 and catalytically converted to liquid hydrocarbon. |