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Information × Registration Number 0224U000658, 0122U002404 , R & D reports Title Development of solid household and organic waste recycling technology popup.stage_title Head Pavluikh Lesia I., к.т.н. Registration Date 10-01-2024 Organization National Aviation University popup.description2  The objective of the research is to develop a waste management technology that meets the following criteria: ● Efficiency: the technology should allow to process as much waste as possible, obtaining valuable products from it. ● Environmental safety: the technology should not pollute the environment. Economic feasibility: the technology must be economically viable for its implementation. Research methods: statistical, analysis, synthesis, induction, deduction, observation, comparison, experimental methods. The paper examines the principles of waste management reform: 1. Compliance with the principles of a closed-loop economy 2. Waste management hierarchy 3. Integrated waste management information system 4. Systematic and planned approach 5. Extended Producer Responsibility (EPR) 6. Integration into the EU waste market and the European waste management system and waste management methods and technologies. The result of the work is the development of a waste management algorithm, taking into account the specifics of the impact of organic waste on the environment and the basic principles of solid waste and organic waste disposal technology. Sorting waste into primary fractions: organic, inorganic, combustible and non-combustible. This helps to increase the efficiency of recycling, as it allows each waste fraction to be processed separately. Processing of organic waste through composting or using a biogas generator. This allows to obtain valuable products such as compost, biogas and bioethanol. Recycling inorganic waste by crushing, sorting and further processing into secondary raw materials. This reduces the amount of waste sent to landfill. Recycling of combustible waste by incineration using modern technologies that minimize emissions of pollutants into the atmosphere. Product Description popup.authors Bovsunovskyi Yevhen O. Horbachova Olena S. Lialiuk Nataliia S. Nensi Makhmud Elsaied Khafez Radomska Marharyta Myroslavivna Surmachevska Yaryna V. popup.nrat_date 2024-01-10 Close