Abstract
One of the most promising and important trends is the hydrogenation of PCT and its broad factions. However, the direct processing of PCT and its fractions is difficult due to the high content of phenols and aromatic hydrocarbons. In order to determine the kinetic parameters of PCT fractions hydrogenation using nanocatalyst synthesis of iron-based nanocatalyst was carried out. Hydrogenation process in the presence of nano-catalysts was utilized. The size of solid residue surfaces and the liquid products yield were determined. The synthesized nanocatalyst showed high activity and selectivity at the hydrogenation process.
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