(DE19746251-A1)   NOVELTY - The combined oxidizer/burner unit included in the plant operates both as an oxidizer of CO and as a catalytic burner. The amount of O2 in the gas introduced into the unit is greater than that required only for CO oxidation.    USE - To provide H2 for vehicle fuel cells from liquid methanol fuel.    ADVANTAGE - The plant is very compact, relatively inexpensive to construct and operates with high efficiency. The CO content at the reformed gas outlet is less than 50 ppm.    (DE19746251-C2)   NOVELTY - The combined oxidizer/burner unit included in the plant operates both as an oxidizer of CO and as a catalytic burner. The amount of O2 in the gas introduced into the unit is greater than that required only for CO oxidation.    USE - To provide H2 for vehicle fuel cells from liquid methanol fuel.    ADVANTAGE - The plant is very compact, relatively inexpensive to construct and operates with high efficiency. The CO content at the reformed gas outlet is less than 50 ppm.    (US6096286-A)   NOVELTY - The combined oxidizer/burner unit included in the plant operates both as an oxidizer of CO and as a catalytic burner. The amount of O2 in the gas introduced into the unit is greater than that required only for CO oxidation.    USE - To provide H2 for vehicle fuel cells from liquid methanol fuel.    ADVANTAGE - The plant is very compact, relatively inexpensive to construct and operates with high efficiency. The CO content at the reformed gas outlet is less than 50 ppm.    (EP911897-B1)   NOVELTY - The combined oxidizer/burner unit included in the plant operates both as an oxidizer of CO and as a catalytic burner. The amount of O2 in the gas introduced into the unit is greater than that required only for CO oxidation.    USE - To provide H2 for vehicle fuel cells from liquid methanol fuel.    ADVANTAGE - The plant is very compact, relatively inexpensive to construct and operates with high efficiency. The CO content at the reformed gas outlet is less than 50 ppm.