Human society is more and more negatively influencing the environment. Besides caused damage, there is inefficient use of resources. An efficient approach to reducing the negative influence on environment at constant development of society has to be complex. It is relevant to consider possible variants of saving approach towards resources that the human takes from the environment and, at that, to take into account the possibility of recycling them and using sources of renewable energy. At that point, active social mind towards ecological problems and ways of solving them in different areas of technocratic society’s activity is important.
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Krasylov V. (2003). Environmental protection: Principles problems priorities. Moscow: Science.
Ševcov A. Zemlânij M. Râuzova T. Netradicіjnі ta vіdnovlûvanі džerela energії v Ukraїnі u svitli novih evropejskih iniciativ. Retrieved December 20 2016 from http://old.niss.gov.ua/monitor/november08/2.htm.
Burlington H. (2008). Civilization and rubbish. Newspaper «Welt».
Šlapak N. Voshyn V. and Serkutan T. Ecological managmant (2016). Mariupol: PDTU.
Zinko R. Kudlyk M. Kruts T. & Lozovyi I. (2008). Development of alternative energetics as topical task of Ukraine development. International scientific-practical forum “Ecological technological and socialeconomical aspects of efficient usage of material and technical resources in agro-industrial complex”. Dubliany.
Zinko R. (2014). Morphological environment for technical systems investigation: monography. Lviv: Lviv Polytechnic Publishing.
Zinko R. (2011). Peculiarities of performance of wind mills with blades of sail type. Lviv. (pp. 101-111).
Zinko R. Kruts T. & Lozovyi I. (2009). Performance modelling of slowspeed wind wheel of energy unit with blades of constant profile by its radius. Computing 8(3) 78-82.
Kuzio I. & Zinko R. (2012). Performance modelling of windmills with blades of sail type. (pp. 100-110). Poltava.
Zinko R. (2012). Using graphs while studying performance of autonomous slow-speed wind power unit. (pp. 31-36). Khmelnytskyi.
Korendii V. (2012). Analysis of benefits and disadvantages of horizontally axial wind turbines. No. 729: Optimisation of manufacturing processes and technical control in machine building and equipment building. (pp. 53-59). Lviv: NU Lviv Polytechnic.
Zinko R. (2012). The modelling of work of wind - driven energy plant of small power. Safety of technogenic environment 2 82-86.
Zinko R. Kudlyk M. Kruts T. & Lozovyi I. (2008). Performance modelling of wind turbines with blades of constant profile on the radius of wind wheel. III International scientific-technological exhibition “Computer sciences and information technologies” (pp. 269-272). NU Lviv Polytechnic.
Zinko R. (2012). Performance investigation of autonomous slow-speed wind turbine with the help of graph. (pp. 94-101). Moscow: Speckniga.
Zinko R. (2012). Using graphs while studying performance of impact crusher on elastic base. (pp. 28-37). Vinnytsia.
Zinko R. (2014). Research of work of a rotor crush machine on elastic foundation with the use of graphs. Vibrations in physical systems 26 342-350.
Zinko R. & Serkiz O. (2016). Parameters validation of crush machine for waste recycling. Technological complexes 12(1/2) 5-11.
Zinko R. (2012). Using graphs while studying performance of impact crusher on elastic base. Theoretical and practical aspects of modern science development. (pp. 52-61). Moscow: Speckniga.
Zinko R. (2012). Using graphs while studying performance of impact crusher on elastic base. XIII International scientific conference “Contemporary problems of agricultural mechanics”. (pp. 28-37). Vinnytsia. Utility model patent No. 78579 Ukraine IPC (2006.01) В02C 19/16. Method of vibrating disintegration of materials. Ukraine. - No. u 2012 10451; Appl. 04.09.2012. Publ. 25.03.2013 Bull. No. 6. (3 p.).
Burmistrenko O. Misiac V. Panasiuk I. & Zlotenko B. (2012). Recycling waste of rubber and thermoplastic materials: monography. Kyiv: Kafedra. p. 240.
Zinko R. Horal N. Lozovyi I. & Makovejchuk O. (2008). The Role of Interdisciplinary Courses in Gaining Sustainable Education in Ukraine. Learning for a sustainable future. Innovative solutions from the Baltic sea region. (pp. 96-106). Uppsala: The Baltic University Press Nina Printhouse.
Dereyko K. & Zinko R. (2011). Teaching of basic aspects of discipline “Ecological management” and “Systems of ecological management” on the departments of “Exploitation and repairment of automobile engineering” and “Mechanics and automatization of engineering” of National University Lviv Polytechnic. International conference. Poland Rogow.
Zinko R. Ryden L. Kuzio І. & Samsin I. (2014). Ecological aspects of logistics: academic manual. Lviv. p. 132.
Zinko R. (2014). Classification of learning methods with use of term-by-term disjunction. (pp. 75-82). Khmelnytskyi.
Khanas U. (2014). Didactical basis of distance education. (pp. 9-20). Pereyaslav-Khmelnytskyi.
Bilyk O. (2005). Integration of learning methods under the circumstances of sustainable professional education. Manual. Lviv. p. 52.
Bilyk O. (2005). Theoretical basis of integrative approach towards learning methods in professional education. Manual. Lviv. p. 48.
Bilyk O. (2004). Integrative approach to studying the essence of classification of learning methods in professional education. (pp. 18-21).
Bilyk O. (2006). Problem of choosing learning technologies in professional education: integrative approach. (pp. 179-182). Kyiv-Vinnytsia.
Bilyk O. (2007). Ways of learning methods integration in institutions of higher education. Modern information technologies and innovative studying methodologies in preparing specialists: methodology theory experience problems. Kyiv-Vinnytsia: Planer. (pp. 225-231).
Bilyk O. and Barabash O. (2011). Lifelong education in context of globalisation processes: economical aspect. Sloviansk. (pp. 17-22).
Bilyk O. (2011). Integration of learning methods in context of consistency and principles of didactics. Kherson. (pp. 49-54).
Bilyk O. (2013). Organisation of classes in the institutions of higher education on the basis of learning method structure integration. Lviv. (pp. 95-104).
Kozlovskyi Y. Bilyk O. Kozlovska I. (2014). Theoretical ground and practice of transformation of natural studies experience in the area of educational processes. Geneva. (pp. 158-164).
Bilyk O. (2004). Possibilities of using integrative approach to learning in professional education. Lviv. (p. 18).
Dzhulai L. Bilyk O. (2004). Efficiency of methods complex under the circumstances of sustainable professional education. Dnipropetrovsk. (pp. 3-4).
Kozlovska I. Bilyk O. (2004). Integrative approach to choosing the methods of learning in professional education. Odessa. (pp. 42-43).