Oil Shale

2002 Estonian Academy acids aliphatic alkaline alkene amount of CO2(g amount of free analysis aromatic carbon ash pulp ASP ratios asphaltenes asphaltite Ballice benzenediols binding potential boiler boiler-utilizer bound CaCO3 calculations calorific value CaSiO3 CaSO4 chemical chromatogram cleavage CMOJibi co-processing co-pyrolysis products coal coke components composition decrease equilibrium amounts Estonian Academy Publishers Estonian oil shale flue gas fly ash formation formed at oil fraction free CaO fuel mixture Gaseous sulfur compounds heat hydrogen bonds hydroxyl groups increase kerogen kg of oil KMnO4 oxidation Kohtla-Jarve lignite liquid phase Mass chromatogram mineral MJ/kg mol/kg oil shale ash oil shale combustion oil shale fines oil shale industry organic compounds phenol pond power plant processing product evolution pyrolysis pyrolysis products reactions reagents retort gas ruthenium tetroxide samples semi-coke shale oil SiO2 Slantsy spectrum structure Table Tallinn Technical University tion torbanite utilization volatile products Yefimov