Oil Reformer vs Oil Distiller.

Reforming typically operates at elevated temperatures, similar to destructive distillation, but in a continuous process. This process transforms a uniform, mostly heavy hydrocarbon feedstock into a variety of different hydrocarbon fuels, ranging from diesel fractions to petroleum gas. In semi-continuous reformers, also known as coking distillers, the feedstock is further broken down into solid carbon, which needs to be removed from the reactor cylinder before any subsequent distillation.

Continuous oil distillation generally occurs at temperatures no higher than the actual boiling point of the oil. As a result, only oil is produced, while impurities, additives, and bitumen—substances with higher boiling points—are separated from the oil. In this process, no destructive distillation takes place. The base oil can then be chemically cleaned and used either as a base for lubricants or as diesel fuel.

Therefore, if the goal is to produce a variety of products, reforming is the preferred method. The oil distiller can be effectively used for a secondary distillation of reforming outputs, such as petrol engine oil, automatic transmission fluids, or tire pyrolysis oil.
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