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A film of liquid metal can protect the reactor wall from carbon deposits during methane pyrolysis, discharge carbon from the reactor and prevent blocking. The film can be generated by rotation in a rotating film reactor. Parameters such as liquid volume flow, operating mode or the diameter of the reactor can have an influence on the reaction behavior. A design of experiments was used to investigate...
Methane pyrolysis in an externally heated tubular reactor inevitably ends with clogging of the reactor. Thin molten metal wall films protect the walls from carbon depositions. A falling film reactor and a rotating film reactor are investigated by CFD simulation. The results show the considerable advantages of a rotating film reactor compared to the vertical film reactor. An alternative route for carbon...
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