Processing of spent mercury-containing ion-exchange resins. II. Hydrogen generation
Abstract
A new technology for plasma processing of industrial and household waste, including toxic mercury-containing wastes, is proposed. The technology involves catalytic steps of carbon dioxide reforming of methane and steam reforming of carbon monoxide, which provides waste processing along with generation of hydrogen, thermal and electrical energy, and yielding basalt-like slag. The technology implements a closed carbon dioxide cycle. The paper presents data on the composition and amount of pyrogas, the amount of CO2-plasma-forming gas consumed, and the amount of CO2 generated in a gas turbine unit during plasma processing of waste of various morphological compositions.
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Copyright (c) 2022 Arseniy V. Artemov, Mikhail V. Dyubanov, Oleg I. Sedlyarov, Alexander V. Pereslavtsev, Sergey A. Voshchinin
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