Fuel reformer combustion process
AssigneePraxair Technology, Inc.
InventorHisashi Kobayashi
Life of this patent
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Abstract
A regenerative furnace without flue gas circulation to the regenerator beds is heated by combusting synthesis gas with an oxidant. The synthesis gas is produced from steam and methane in a first regenerator bed, heated in the previous cycle while a second regenerator bed, cooled in the previous cycle, is heated by passing through it a hot flue gas from a source other than the furnace. Once the first regenerator bed is cooled through the endothermic chemical reaction of the steam and methane, it is heated by hot flue gas, while steam and methane are reacted in the second, now hot, bed thereby cooling it.
Claims11
A process for combusting in a furnace reaction products formed in a chemical reaction, said process comprising:
- (A) producing a cooled first regenerator bed by introducing reactants into a first regenerator bed and reacting the reactants in the first regenerator bed in an endothermic chemical reaction to form first reaction products;
- (B) passing said first reaction products into the furnace to be combusted with an oxidant;
- (C) producing a heated second regenerator bed by passing hot flue gas from a source other than the furnace through a second regenerator bed;
- (D) cooling the heated second regenerator bed by introducing reactants into the second heated regenerator bed and reacting the reactants in the second regenerator bed in an endothermic chemical reaction to form second reaction products;
- (E) passing said second reaction products into the furnace to be combusted with an oxidant;
- and
- (F) passing hot flue gas from a source other than the furnace through said cooled first regenerator bed.
Dependencies are inferred from the claim text.