1
Andrija Fuderer: Enhanced hydrogen recovery from effluent gas streams. Union Carbide Corporation, Alvin H Fritschler, November 19, 1985: US04553981 (102 worldwide citation)

Effluent gas streams for steam reforming, partial oxidation or coal gasification operations are advantageously treated in shift conversion, scrubbing and pressure swing adsorption units for recovery of a purified, hydrogen-containing product gas stream. By recycling a portion of the waste gas remove ...


2
Fuderer Andrija: Extraction accrue dhydrogene des gaz dechappement, Enhanced hydrogen recovery from effluent gas streams. Union Carbide Corporation, SIM & MCBURNEY, February 28, 1989: CA1250432

- 34 - ENHANCED HYDROGEN RECOVERY FROMEFFLUENT GAS STREAMS Abstract of the Disclosure Effluent gas streams for steam reforming,partial oxidation or coal gasification operationsare advantageously treated in shift conversion,scrubbing and pressure swing adsorption units forrecovery of a purified, hydr ...


3
Fuderer Andrija: Enhanced hydrogen recovery from effluent gas streams. Union Carbide Corporation, FRITSCHLER Alvin H, April 23, 1987: WO/1987/002347

Effluent gas streams for steam reforming, partial oxidation or coal gasification operations are advantageously treated in shift conversion, scrubbing and pressure swing adsorption units for recovery of a purified, hydrogen-containing product gas stream. By recycling a portion of the waste gas remove ...


4
Fuderer Andrija: Enhanced hydrogen recovery from effluent gas streams.. Union Carbide, November 4, 1987: EP0243350-A1

Effluent gas streams for steam reforming, partial oxidation or coal gasification operations are advantageously treated in shift conversion, scrubbing and pressure swing adsorption units for recovery of a purified, hydrogen-containing product gas stream. By recycling a portion of the waste gas remove ...



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