We study methane pyrolysis in a bubble column reactor consisting of a layer of molten NiBi
alloy, and a molten salt layer floating on the metal layer. The molten metal is a pyrolysis …

Hydrogen was produced by methane pyrolysis in a molten‐metal bubble column reactor.
The proposed reactor improves heat transfer to the reactant gas and allows the separation of …

Methane pyrolysis experiments using a quartz glass-steel bubble column reactor filled with
liquid tin and cylindrical quartz glass rings serving as a packed bed were conducted at …

The decomposition of methane in a bubble column reactor, filled with tin, in combination with
a packed bed, was investigated at different liquid metal temperature levels. All experiments …

The catalytic decomposition of methane, propane, benzene, and crude petroleum was
investigated between 900 and 1000° C in molten metal bubble column reactors. The …

Bubble reactors using molten metal alloys (eg, nickel-bismuth and copper-bismuth) with
strong catalytic activity for methane decomposition are an emerging technology to lower the …

The reserves of fossil energy sources can meet the global energy demands for years to
come, but their utilisation is constrained by environmental considerations. Hydrogen can be …

Published data on noncatalytic pyrolysis of natural gas in molten metals are analyzed. The
most illustrative results obtained in the past two decades are described. The use of molten …

In this paper, we propose the concept of utilizing the heat generated in Generation IV
nuclear reactors to produce hydrogen and carbon from methane or natural gas by direct …

Catalytic methane pyrolysis (CMP) for simultaneous hydrogen and carbon production has
been achieved in molten NiSn liquid alloys, with the additional benefit of spontaneous …