Design & Development of a Pyrolysis Reactor
Rahul Rawat
Abstract
Rahul Rawat
Abstract
Researchers led by rise in energy demand, stricter emission norms & exhausting oil resources are in search for an alternative fuel for IC engines. Some alternative fuels such as Alcohols, Biodiesel, LPG, CNG etc have been in the transport sector on a commercial scale. A renewed interest has been currently received for the pyrolysis of solid wastes. Simplification of the disposal of many wastes can be done by pyrolysis to some extent. Analysis of the properties of the oil derived from wastes was done & compared with the petroleum products. In this paper, description of the study of using waste pyrolysis oil is being done. The oil has been obtained from waste substances by the method of vacuum pyrolysis.
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Researchers led by rise in energy demand, stricter emission norms & exhausting oil resources are in search for an alternative fuel for IC engines. Some alternative fuels such as Alcohols, Biodiesel, LPG, CNG etc have been in the transport sector on a commercial scale. A renewed interest has been currently received for the pyrolysis of solid wastes. Simplification of the disposal of many wastes can be done by pyrolysis to some extent. Analysis of the properties of the oil derived from wastes was done & compared with the petroleum products. In this paper, description of the study of using waste pyrolysis oil is being done. The oil has been obtained from waste substances by the method of vacuum pyrolysis.
Key concepts: Pyrolysis, Waste management, Alternative fuels, Pyrolysis oil, Petroleum, Liquefied petroleum gas, Biodiesel, Environmental science