Processing of Compounded Oil Feedstock with Pre-Activation of Initial Raw Material Flows
V. N. Torkhovsky, S. N. Antonyuk, Alexey Golovanov, S. I. Vorobyev, M. V. Nikolaeva, P. A. Dvoretskov
Abstract
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V. N. Torkhovsky, S. N. Antonyuk, Alexey Golovanov, S. I. Vorobyev, M. V. Nikolaeva, P. A. Dvoretskov
Abstract
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In laboratory conditions, a variant of a systematic approach to the realization of experiments, involving a combination of activation and compounding of oil feedstock before primary processing, was implemented. The influence of pre-activation of raw material flows (one or both of them) in the disintegrator DA-1 and in the vortex layer apparatus on the fractional composition of compounded feedstock with the same ratio of mixed oils was studied. The possibility of priority production of the most popular fractions from various mixtures of raw materials flows has been established. Regularities of changes in the fractional composition were analyzed using a complex characteristic of oil feedstock – fluidity.
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In laboratory conditions, a variant of a systematic approach to the realization of experiments, involving a combination of activation and compounding of oil feedstock before primary processing, was implemented. The influence of pre-activation of raw material flows (one or both of them) in the disintegrator DA-1 and in the vortex layer apparatus on the fractional composition of compounded feedstock with the same ratio of mixed oils was studied. The possibility of priority production of the most popular fractions from various mixtures of raw materials flows has been established. Regularities of changes in the fractional composition were analyzed using a complex characteristic of oil feedstock – fluidity.
Key concepts: Raw material, Compounding, Materials science, Pulp and paper industry, Environmental science, Chemistry, Composite material, Engineering