Method for controlling chemical reaction in a molten metal bath
First Claim
1. A method for controlling chemical reaction of a waste, comprising the steps of:
- a) directing the waste into a reactor within which a molten metal bath is disposed, the molten metal bath causing chemical reaction of at least a portion of the waste, whereby an intermediate component and atomic constituents are formed, a portion of the intermediate component combining with an off-gas formed in the reactor and being emitted from the reactor;
b) separating at least a portion of the intermediate component from the off-gas to form an intermediate stream;
c) directing said intermediate stream into the reactor for chemical reaction of the intermediate component which is returned to the reactor to form atomic constituents and subsequent exothermic reaction of at least a portion of the atomic constituents with an oxidant in the molten metal bath; and
d) directing an oxidant into the molten metal bath which exothermally reacts with said atomic constituents, whereby heat generated by the exothermic reaction initiates additional chemical reaction of the waste and of the intermediate component, thereby controlling chemical reaction of the waste.
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Accused Products
Abstract
A method and a system is disclosed for controlling chemical reaction of a feed. The feed is directed into a reactor containing a molten metal bath to at least partially chemically react the feed to form an intermediate component. A portion of the intermediate component is combined with an off-gas which is emitted from the molten metal bath. At least a portion of the intermediate is then separated from the off-gas and returned to the molten metal bath. The returned intermediate component is then substantially converted to its atomic constituents. The atomic constituents subsequently exothermically react with other components of the molten metal bath for reaction to form compounds which are substantially stable at the operating conditions of the system, thereby allowing control of chemical reaction of the feed.
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Citations
14 Claims
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1. A method for controlling chemical reaction of a waste, comprising the steps of:
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a) directing the waste into a reactor within which a molten metal bath is disposed, the molten metal bath causing chemical reaction of at least a portion of the waste, whereby an intermediate component and atomic constituents are formed, a portion of the intermediate component combining with an off-gas formed in the reactor and being emitted from the reactor; b) separating at least a portion of the intermediate component from the off-gas to form an intermediate stream; c) directing said intermediate stream into the reactor for chemical reaction of the intermediate component which is returned to the reactor to form atomic constituents and subsequent exothermic reaction of at least a portion of the atomic constituents with an oxidant in the molten metal bath; and d) directing an oxidant into the molten metal bath which exothermally reacts with said atomic constituents, whereby heat generated by the exothermic reaction initiates additional chemical reaction of the waste and of the intermediate component, thereby controlling chemical reaction of the waste. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 11, 12)
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10. A method for controlling chemical reaction of a waste, comprising the steps of:
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a) directing the waste into a first reactor, within which a first molten metal bath is disposed, the first molten metal bath causing chemical reaction of at least a portion of the waste, whereby an intermediate component and atomic constituents are formed, a portion of the intermediate component combining with an off-gas formed in the first reactor and being emitted from the first reactor with the off-gas; b) directing at least a portion of said intermediate component into a second reactor, within which a second molten metal bath is disposed, the second molten metal bath causing chemical reaction of the intermediate component, whereby at least a portion of the intermediate component chemically reacts to form atomic constituents and whereby at least a portion of the atomic constituents react with an oxidant in the molten metal bath; and c) directing an oxidant into the molten metal bath which reacts exothermally with said atomic constituents, whereby heat generated by the exothermic reaction initiates additional chemical reaction of the intermediate component formed from the waste, thereby controlling chemical reaction of the waste.
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13. In a method for chemical reaction of a waste, wherein the waste is directed into a reactor within which a molten metal bath is disposed, the molten metal bath causing chemical reaction of at least a portion of the waste, whereby an intermediate component and atomic constituents are formed, a portion of the intermediate component combining with an off-gas formed in the reactor and being emitted from the reactor with the off-gas:
The improvement comprising separating at least a portion of the intermediate component from the off-gas to form an intermediate stream and directing said intermediate stream into the reactor for chemical reaction of the intermediate component returned to the reactor in the intermediate stream to atomic constituents and subsequent exothermic reaction of at least a portion of the atomic constituents with a component of the molten metal bath, whereby heat generated by the exothermic reaction initiates additional chemical reaction of the waste and of the intermediate component, thereby controlling chemical reaction of the waste.
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14. In a method for chemical reaction of a waste, wherein the waste is directed into a reactor within which a molten metal bath is disposed, the molten metal bath causing chemical reaction of at least a portion of the waste, whereby an intermediate component and atomic constituents are formed, a portion of the intermediate component combining with an off-gas formed in the reactor and being emitted from the reactor with the off-gas:
The improvement comprising separating at least a portion of the intermediate component from the off-gas to a second reactor having a second molten metal bath disposed therein for chemical reaction of the intermediate component in the second reactor to form atomic constituents and for subsequent reaction of at least a portion of the atomic constituents with a component of the second molten metal bath, thereby controlling chemical reaction of the waste.
Specification