No coin nor oath required. For personal study only.
The ultimate goal of this work is to gain knowledge of the conditions necessary for sufficient removal of tars from gasification gas. A tar-rich gas is produced through pyrolysis at 700°C and alter steam addition, the produced gas is cracked thermally and catalytically between 700 and 900°C using short contact times to allow tar decomposition to be studied. Chromatography is used to analyse the remaining tar. Tars obtained from Miscanthus and straw have been cracked using dolomite and nickel as catalysts. Analyses of tars from Miscanthus and straw are also compared with those of tars from hardwood.
The origin of the tars and their composition are found to be reflected in their origin.
Coprocessing of oil shales and petroleum residues Bibartseva, E. R. et al. Khim. Tekhnol. To@. Masel, 1997, (6). 16-17. (In Russian) Under autoclave conditions of 425°C for 1 h in the presence of 5-15 wt% oil shale, a petroleum vacuum residue is thermally cracked. The presence of the oil shale increases the gasoline and diesel fuel cuts yields to reach a maximum of 8-11 wt%.
📜 SIMILAR VOLUMES
02 Liquid fuels (derived liquid fuels) observed, the evidence did not demonstrate clear advantages for the use of finely dispersed catalysts over conventional supported Ni-Mo catalysts in hydrocracking of coal liquefaction extracts.
Material published in Focus on Catalysts includes abstracts sourced from Chemical Business NewsBase (CBNB)
16 Fuel science and technology (fundamental science, analysis, instrumentation) performance for isolating the pressure pulsation in in-cylinder and in engine exhaust measurements are described. Results from different applications are given to illustrate the utilities of the instrument.
The ultimate goal of this work is to gain knowledge of the conditions necessary for sufficient removal of tars from gasification gas. A tar-rich gas is produced through pyrolysis at 700°C and alter steam addition, the produced gas is cracked thermally and catalytically between 700 and 900°C using sh