University of Tartu / Institute of Ecology / Leningrad Nuclear Power Plant / /
IndustryTerm
oil shale electricity / energy demand / Oil shale industry / oil shale semi-coke sediments / oil shale / oil shale retorting technologies / oil shale fuels / cement industry / oil shale industrial solid / marine oil shale / oil shale ash / chemical and mineralogical composition / extractable shale-oil / Oil shale combustion / natural gas / shale-oil / oil shale ash management / energy supply / minor oil shale / oil / recycled ash transportation water / oil shale ashes / oil shale chemical industry / shale-gas / less reusability applications / annual oil shale mining / oil shale beds / calcareous oil-shale circulating / electricity / exploitable oil shale resource / oil shale mineral part / mined oil shale / chemical composition / annual oil shale production / oil shale dry mass / oil shale carbonate part / chemical industry / shale-oil and combustible gas / oil shale inorganic part / Oil shale resources / oil shale ash sediments / kukersite oil shale / energy sector / electricity production / past decades oil shale geology / mining / oil shale seams / oil production / chemical and mineralogical analysis / chemical analysis data / bed boiler oil shale ash / typical marine oil shales / Chemical analysis / Oil shale mining / oil shales / /
Organization
Department of Geology / Scientific Council on Environmental Technology / Institute of Ecology and Earth Sciences / European Social Fund / University of Tartu / Faculty of Science and Technology / World Energy Council / Doctoral School of Earth Sciences and Ecology / /
Person
Lida Bityukova / Ron Zevenhoven / Kalle Kirsimäe / /
Position
wt% CaO / Author / Supervisor / CaO / /
Region
western Russia / /
Technology
X-ray / oil shale retorting technologies / PDF / /
DISSERTATIONES TECHNOLOGIAE CIRCUMIECTORUM UNIVERSITATIS TARTUENSIS 11