Koshlak H. Development of scientific bases of thermal utilization of solid waste thermal power

Object of research - technological processes TPS impact of waste on the environment; thermal technology of solid waste in the production of HTM. Subject of research - technological features and thermal recycling of waste slag thermal power stations. Methods - differential thermogravimetry (DTA-DTG), and calorimetry instruments optykofotohrafichnyh, physical modeling, planned experiment, atomic absorption analysis, mathematical modeling. Theoretical and practical results - the method of integrated solid waste thermal power plants; theoretical basis of energy trapped in porous systems; scientific concept of controlled porous structure formation of new PTM predicted thermophysical characteristics. Implementation results will reduce emissions of pollutants and waste large amounts of accommodation, get a new effective PTM. Novelty - theoretical foundations ash recycling technology, optimized structure and technological modes of production PTM, the method of managing their thermal characteristics. The degree of implementation - implemented method of solid waste disposal TPS and methods of calculation of devices for production of PTM in the learning process and the industrial enterprises of Ukraine. Areas of use - industrial enterprises, the Ministry of Regional Development, Construction and Housing and Communal Services of Ukraine, Ministry of Ecology and Natural Resources of Ukraine, the power plants.