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Information × Registration Number 0221U100472, 0120U000404 , R & D reports Title Science-and-technology ambush of low-coal technology; victorious destruction of the earth’s robotic robots popup.stage_title Head Shapar Arkadii H, Доктор технічних наук Registration Date 05-01-2021 Organization Institute of Problems on Nature Management and Ecology popup.description2  Materials and methods. Studies of the structure of the surface, the state of ecosystems were performed using Landsat remote sensing materials and ArcView and Google Earth services, which are publicly available. The following general methods were used to solve the set tasks: mathematical modeling, analytical, graphoanalytical, technical and economic analysis. Climate change can be counteracted through the introduction of low-carbon technologies for the use of disturbed lands. The location of solar and wind power plants on the territory of dumps and tailings will allow to generate electricity without carbon dioxide emissions. The potential of solar generation from placement on the dumps of mining and processing enterprises of Kryvbas reaches 2685 MW. Thus, it is possible to reduce Kryvbas by 92 million tons of CO2 emissions per year. To prevent the emission of CO2 by rocks, the technology of covering the surface of limestone and coal heaps with inert materials can be used: compacted clay, soil mixtures. Cessation of CO2 emissions from burning dumps in the Donetsk region alone will reduce emissions by 28 million tons per year. The introduction of technologies for the formation of secondary ecosystems instead of traditional reclamation allows to reduce carbon dioxide emissions by 2 t / ha. Product Description popup.authors Andreev Basiliy G. Bondarenko Larisa V Bugor Andrij M Galchenko Zaryana S. Gorobez Nataliy V Danko Tamara T Kopach Pavel I Kravez Sergey O Lubinskiy Roman S Mainko Olena Yu Mormul, Тaras М Omelchenko Alexsander Anatolivich Ostapenko Nataliy S Pidlognuk Ludmila O Podrezenko Igor M Romanenko Irina I Skrypnyk Oleg О Slabaya Ludmila A. Tarakanova Nataliy P Taran Tamara O Taranenko Oleg S Shapar Arkadiy G Yakybenko Leonid V popup.nrat_date 2021-01-05 Close