Preparation of Shale Oil from Copyrolysis of Oil Shale/plastics Mixtures

Yong Li; Jin Gui He; Yan Hui Liu

doi:10.4028/www.scientific.net/AMR.512-515.2162

Paper Titles

Effects of Over Fire Air on the Combustion and NOx Emission Characteristics of a 600 MW Opposed Swirling Fired Boiler
p.2135

Fischer-Tropsch Synthesis over Co/SiO₂ Catalysts Modified with Ethylenediamine
p.2143

Fusion Characteristics of Ash Residues from Lignite Gasification
p.2147

Preparation of High Heating Value Gas, High Quality Bio-Oil and Added Value Carbon Materials from Caragana Pyrolyzed via Super-High Temperature Steam
p.2152

Preparation of Shale Oil from Copyrolysis of Oil Shale/plastics Mixtures
p.2162

Properties and Structure of Ni/TiO₂/Polar Molecule Core-Shell Particles Electrorheological Fluid
p.2166

Research on Heat-Transfer Process of the Radiant Ceiling Cooling System
p.2171

Study and Fabrication of Acid-Modified Diatomite
p.2175

Study on the Preparation of Micro-Emulsified Diesel Oil and its Influencing Factors
p.2179

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 512-515Preparation of Shale Oil from Copyrolysis of Oil...

Preparation of Shale Oil from Copyrolysis of Oil Shale/plastics Mixtures

Abstract:

Oil shale is a combustible, organic solid rock with high ash content, and is one of the most promising alternative energy sources in the world. Pyrolyzing oil shale can yield a number of petroleum products useful as fuels, and the extraction of oil from oil shale is relatively expensive and uneconomical. The plastics had the synergistic effect to enhance shale oil yields by copyrolysis of oil shale/plastics mixtures. The synergistic effect of polyethylene was more obvious than the poly- propene. The more obvious synergistic effect was, the more obvious shale oil yields increased.