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The main results of hydrocracking of goudron under reduced pressure in the presence of a suspended catalyst have been analyzed. It was investigated the influence of pressure to hydrocracking process of goudron. It was determined that with increasing from 0.5 to 4.0 MPa, the yield of light oil products increased from 47% to 58% mass. Development of the existing refinery technologies and creating of new technological processes allowing to increase the depth of oil refining and to improve the quality of oil products-the urgent economical and technical problems of oil-refining industry, the solution of which is associated with the involvement in the processing of residual oil feedstock types. New technologies of oil refining in OR should become energy- and resource-saving of non-waste or low-waste, non-polluting, economically feasible. The range and quality of products and materials, produced by oil refineries also should meet the current requirements. Thermal and thermal-oxidative processes of oil residua refining are characterized by low quality of the obtained products and limited possibilities to enhance the depth of oil refining and production of valuable motor fuels and feedstock for petrochemistry. Hydrocracking process is one of the most efficient processes for obtaining high-quality motor fuels from

Goudron in the Presence of a Modificated Suspended Halloysite