• the ability to solve complex problems in the field of ecology and environmental protection through the application of methods and methods of purification of the environment from pollutants, as well as the typical technologies of industrial treatment facilities of various types of complexity and to create technologies that are efficient, economically sound, environmentally sound and resource-saving;
• possess conceptual and methodological knowledge in the field of natural sciences and be able to apply them to professional activity at the border of subject areas;
• the ability to independently carry out experimental research and to apply research skills, as well as to make decisions and develop a strategy for solving scientific and applied problems taking into account human values, social, state and industrial interests;
• be able to develop an algorithm for solving a scientific-applied problem and initiate an original research and innovation technological project that has scientific novelty, theoretical and practical value, and helps to solve significant scientific or security problems;
• the ability to develop measures to reduce the negative impact of the project on the environment and health of the population, which must be taken into account when assessing the impact.

• Fundamentals of environmental biotechnology;
• Scientific basics of simulations and prognostification of the environment.
• Innovative Technologies Treatment and Utilization of Solid Industrial and Municipal Wastes.

Theoretical foundations of environmental technologies іs discipline, that engages in the study of the variety of processes, equipment and technologies ofcleaning of industrial extrass is taken to the study of far of typical technologies, methods and methods from that the productive sewage treatment plants of different type of complication can be synthesized. In this course study the mechanical, physical, physical and chemical, chemical and biological methods of cleaning of industrial wastes; the simplest methods and methods of control of muddiness of environment, machine, vehicles, equipments and flowsheets, are for their realization. Examples of calculation and planning of equipment are made for realization of technological process.

1. Фізико-хімічні основи технології очищення стічних вод/ за заг. редакцією проф. А.К.Запольського/. -К.: Лібра, 2000. –552 с.
2. Бурдіян Б.Г., Дерев’янко В.О., Кривульченко А.І. Навколишнє середовище та його охорона. -К.: Вища школа, 1993. –227 с.
3. Балабеков О.С., Балтабаев Л.Ш. Очистка газов в химической промышленности. Процессы и аппараты. -М.: Химия, 1991. –251 с.
4. Торошечников Н.С., Родионов А.И., Кельцев Н.С., Клушин В.И. Техника защиты окружающей среды. –М.: Химия, 1981. –368 с.
5. Дячок В.В., Мартиняк О-Р.В. Методичні вказівки до практичних занять. Методична розробка. - Львів, 2009. -25 с.

• Current control, oral examination (30%)
• Final control (control measure, exam), written-oral form (70%)