to know the principles of functioning of mechanisms of bioutilization of materials and waste;
to know the ways of utilizing waste when applying different raw materials, materials and products.

Prerequisites:
• Biochemistry
• Hygiene, Asepsis and Environmental Monitoring
• Hygienic Foundations of Food Safety
• General Microbiology and Virology
• Foundations of Labour Protection and Occupational Safety and Health
Co-requisites:
• Biomonitoring, Biosafety, Biosecurity and Ecological Expertise
• Biotechnology of Enzyme Products
• Mathematical Modelling of Microbiological Processes
• Processes and Equipment of Biotechnological Industry
• Processes and Equipment of Biochemical Engineering

Utilization of waste by biotechnological method. Ways of biodegradation of solid waste. Methods of estimation of solid waste biodegradation. Methods of waste disposal in landfills. Biological degradation system of waste at landfills. Utilization and disinfection of sludge from bio-clearing stations. Biosystems of composting. Bioremediation of water, soil and atmosphere using the metabolic potential of biological objects - plants, mushrooms, insects and other organisms or their enzymes.

Introduction to in situ bioremediation of groundwater. US Environmental Protection Agency. 2013. p.30.
M. Vidali, (2001). "Bioremediation. An overview". Pure and Applied Chemistry. 73 (7): 1163–72
O. Schacht, K. Ajibo. Soil bioremediation: in-situ vs. ex-situ. (Costs, Benefits, and Effects). - WSP and Goteborg Energi, 2002.- p. 77.

• written report from laboratory work, oral questioning, final test - 40 points;
• final control (test) - 60 points (written-oral form).