Двигуни внутрішнього згоряння, установки та технічна експлуатація Internal Combustion Engines, Plants and Technical Maintenance Department
ENVIRONMENTALLY FRIENDLY PRODUCTION AND TECHNOLOGIES
Type: selectiveLecturer: Oleksii GogorenkoYear of preparation: 1stSemester: 2ndNumber of credits: 5 Number of modules: 1Number of content modules: 4Total number of hours: 150Type of control: testWork programme 2024
Hours distribution
General information
Acquired competences
● Formation of an understanding of environmentally oriented engineering among applicants for education, analysis of the impact of production processes on the environment and the assimilation of modern methods and tools to reduce industrial impacts and mastering tools and methods for introducing innovations in the field of engineering.
Результати навчання
● Demonstrate an understanding of the principles of environmentally oriented engineering and their application in professional activities;● Analyze the environmental consequences of technological processes and justify ways to minimize them;● Evaluate the effectiveness of modern methods to reduce the impact of production on the environment;● Develop proposals for the introduction of environmentally friendly technologies in production;● Use tools to optimize energy consumption, minimize emissions and dispose of waste;● Justify solutions for the use of renewable resources in technological processes;● Apply knowledge to implement innovative solutions in the field of mechanical engineering, contributing to the sustainable development of industry.
Programme of the academic discipline
Module 1.
Content module 1. Introduction to environmentally friendly industries and technologies.
Topic 1. Introduction to environmentally friendly industries and technologies. Environmentally friendly production. The role of ecology in the development of modern technologies. Basic principles of environmentally oriented engineering.
Topic 2. Fundamentals of sustainable development and environmental safety. Affects environmental safety on economic development. Basic approaches to ensuring sustainable development in industry.
Topic 3. Environmental consequences of technological processes in production. The main environmental problems that arise in industrial production. Impact of technological processes on the environment. Ways to minimize the environmental consequences of technological processes.
Content module 2. Methods and technologies to reduce environmental impact.
Topic 4. Methods of reducing harmful emissions in industry. The main types of harmful emissions arise in engineering. Ways to reduce emissions of harmful substances into the atmosphere. Modern methods of cleaning emissions are used in industry.
Topic 5. Optimization of energy consumption in technological processes. Methods for optimizing energy consumption. The impact of reducing energy consumption on the environmental efficiency of the enterprise. Energy efficiency assessment tools.
Topic 6. Use of renewable resources in production. Renewable resources and their importance for industry. The impact of the use of renewable resources on environmental safety. Actual types of renewable resources for engineering.
Content module 3. Waste technology and environmental management
Topic 7. Waste disposal in mechanical engineering. Types of waste of engineering production. Disposal of industrial waste. Waste processing technologies at enterprises.
Topic 8. Environmentally friendly technologies in the production of materials. Environmentally friendly materials for the engineering industry. The introduction of environmental materials affects the reduction of emissions. The latest technology for the manufacture of environmentally friendly materials.
Topic 9. Innovations in technological processes in order to reduce environmental impact. Innovative technologies to reduce environmental impact. Automation of production processes. Prospects for the development of environmentally friendly industries in the future.
Content module 4. Environmental regulation, certification and economics of environmentally friendly technologies.
Topic 10. Environmental audit and monitoring of production processes. Environmental audit and its stages. Methods of monitoring.
Topic 11. Environmental certification and environmental safety standards. Environmental standards. Environmental certification and its stages.
Topic 12. The role of state regulation in the development of environmentally friendly industries. Laws and regulations regarding environmentally friendly technologies. Stimulating the introduction of environmentally friendly industries at the state level.
Topic 13. Economic aspects of the introduction of environmentally friendly technologies. Economic benefits and costs associated with the introduction of environmental technologies. Competitiveness of the enterprise. Financial instruments to support environmental initiatives.
Topic 14. Green technologies in power engineering systems. Application of "green" technologies in mechanical engineering. Advantages and challenges of using "green" technologies.
Topic 15. The future of environmentally friendly industries: challenges and prospects. Challenges for environmentally friendly industries. New technologies and innovations. Prospects for the development of environmentally friendly industries on a global scale.
Topics of practical classes
● Analysis of the principles of environmentally friendly production
● Assessment of the impact of industrial processes on the environment
● Modeling of ecological consequences of technological processes
● Development of measures to reduce harmful emissions in production
● Analysis of energy consumption and its optimization in technological processes
● Assessment of the use of renewable resources in production
● Development of measures for waste disposal in mechanical engineering
● Analysis of environmentally friendly materials production technologies
● Innovation in environmentally friendly production processes
● Conducting environmental audit and monitoring of technological processes
● Process of environmental certification of production enterprises
● Analysis of state regulation of environmentally friendly industries
● Economic assessment of the introduction of environmentally friendly technologies
● Evaluation of "green" technologies in energy systems of mechanical engineering
● Prospects for the development of environmentally friendly industries: global challenges and opportunities
Forms of current and final control
The achievements of the applicant are assessed according to the 100-point system of the University.
Recommended sources of information
Main literature
1. Stankevich S.V. Technoecology: teaching staff ./S.V. Stankevich, L.V. Golovan; Kharkiv. National Agrarian University named after V.V. Dokuchaev. - Kharkiv: Publishing house of Ivanchenko I. S., 2020. - 338 p.
2. Industrial Ecology: Textbook/V. L. Filipchuk, M. O. Klimenko, K. K. Tkachuk and others/Edited by Filipchuk V. L. - Rivne: NUVGP, 2013.-495s.
3. Matsnev A. and. Monitoring and engineering methods of environmental protection.: Site. manual/A. and. Matsnev, S. B. Protsenko, L. A. Sabliy. - Rivne: OJSC "Rivne printing house," 2000. - 504 s.
4. Blinova N.K. Environmental standardization and certification: School. manual/N. K. Blinova, V. I. Mohonko, C. O. Salomakhina, A.V. Suvorin. - Lugansk: Publishing House of SLEEP named after V. Dahl, 2009. - 124 p.
5. Kononenko O. Yu. Actual problems of sustainable development: educational and methodical manual/O.Yu. Kononenko. - K.: SE "Print Service," 2016. - 109 s.
6. Fundamentals of ecology. Environmental Economics and Management of Nature Management: Textbook/Zag. edited by Doctor of Economics, Prof. L. G. Melnik and Ph.D., Prof. M. K. Shapochki. - Sumy: VTD "University Book," 2005. - 759 s.
7. Sustainable development and environmental safety of society: theory, methodology, practice/[ Anderson V. M., Andreeva N. M., Alymov O. M., etc.]; According to the scientific edition: Doctor of Economics, Prof. E.V. Khlobistova/State Institution "IEPSR NAS of Ukraine," IPREED NAS of Ukraine, SSU, Research Institute of SRP. - Simferopol: IT "ARIAL," 2011. - 589 s.
Supporting literature
1. Malyarenko V.A. Energy and Environment/V.A. Malyarenko. - H.: SAGA Publishing House, 2008. - 364 p.
2. Belyavsky G. O. Ecology. Textbook/G. A. Belyavsky, M. M. Padun, R. S. Furdui. - K.: Lybid, 1995. - 365 p.
3. Previously V.V. Ecological dictionary: Soil. allowance/V.V. Prezhdo, G.A. Tkach, etc. - Kharkiv: KhDAMG Ministry of Education of Ukraine, 1999. - 416 s.
4. Filipov A.Z. Industrial ecology: Site. manual/A. Z. Filipov. - K.: High School, 1995. - 82 p.
5. Bakalin Yu. AND. Energy Saving and Energy Management/Yu. AND. Bakalin. - H.: HIU, 2002. -200 with.
6. Varlamov G. B. Thermal power plants and environmental aspects of energy production/G. B. Varlamov, G. M. Lyubchik, V. A. Malyarenko. - K.: IVC Publishing House "Polytechnic," 2003. - 232 s.
7. Kolobkov P.S. Use of thermal secondary energy resources in heat supply/P.S. Kolobkov. - H.: 1991. - 224 s.
Comprehensive state energy saving program of Ukraine. - K.: State Committee of Ukraine on Energy Saving, 1996. - 218 s.
Information resources on the Internet
1. Journal "ECOBUSINESS. Ecology of the enterprise. " - Access mode: https://ecolog-ua.com
2. World Bank, statistical information. - Access mode: http://data.worldbank.org/indicator
3. Global Energy Statistical Yearbook. - Access mode: https://yearbook.enerdata.net
4. Environmental Performance Index. - Access mode: http://epi.yale.edu/epi
5. Institute of World Policy, ecological and economic indicators. - Access mode: http://www.earth-policy.org/publications/C39
6. Statistical information on the concentration of greenhouse gases in the atmosphere. - Access mode: http://www.esrl.noaa.gov/gmd/ccgg/trends/graph.html