The project is scheduled to be issued by the Heilongjiang Academy of Sciences in October 2016. With the strong support and correct guidance of the Scientific Research Office of the Heilongjiang Academy of Sciences, the project team began to develop the project in January 2017. After a year of research, it was completed in December 2017 and went to the Alberta Institute of Technology Innovation in Canada. Receive one month of professional technical training. Under the guidance of the technician Erin of the Fuel Oil and Lubricant Laboratory of the Alberta Institute of Technology in Canada, a series of separations of the oil slurry with solvents such as toluene and saturated alkanes were carried out to obtain four groups of saturated components, aromatic components, gums and asphaltenes. Minute. Use solvents such as dichloromethane, toluene, heptane to analyze crude oil, lubricating oil, fuel oil, heavy oil and other oil slurries to separate different aromatic hydrocarbons, similar to the analysis method of SARA, but the solvents used are different, the above two methods Provide methods for the pre-treatment of heavy oil deep processing technology. With catalytic oil slurry as the carbon source, in the absence of a catalyst, solid carbon balls of different particle sizes (50-200nm) can be prepared by chemical vapor deposition. The effects of reaction temperature zone, reaction temperature and constant temperature time on the reaction products were investigated respectively.