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Maximum Gasoline Yield and RON Catalyst introduce catalyst knowledge

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How much do you know about catalysts? The editor of Maximum Gasoline Yield and RON Catalyst will take you to a brief look at it.
Catalyst and its application in the catalytic gasification of low-order fuels with supercritical water to produce combustible gas, especially its application in the catalytic gasification of low-order fuels in supercritical water to produce high-quality combustible gases such as methane and hydrogen; the catalyst mainly uses The supported catalyst (Ru/CexZr1-xO2) with cerium zirconium solid solution as catalyst carrier and metal ruthenium as active component showed good low-temperature catalytic activity in the supercritical water catalytic gasification of high-humidity low-rank lignite. The volume fraction of combustible gas in the gas product exceeds 60%; the catalyst is suitable for the preparation of combustible gas by supercritical water catalytic gasification of low-rank fuels such as high-humidity low-rank lignite, wet biomass, municipal sludge, and lake sediment.
The above is the editor of Maximum Gasoline Yield and RON Catalyst: a brief introduction to the relevant knowledge of catalysts.

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