Biotechnology of Solid Waste Biodegradation

BTUS652: Biotechnology of Solid Waste Biodegradation. This course provides an in-depth examination of the generation, management, and composition of solid waste. Students will gain a comprehensive understanding of the nature of organic matter within solid waste and the processes involved in its metabolic biodegradation.

Key Focus Areas

• Organic Matter Composition: Exploration of the types and characteristics of organic matter present in solid waste.
• Metabolic Biodegradation: Study of the biochemical pathways and mechanisms through which organic matter is broken down.
• Microbial Communities: Analysis of the diverse microbial populations that develop during biodegradation and their functional roles.
• Environmental Parameters: Consideration of the environmental factors that influence the efficiency and outcomes of biodegradation processes.

The curriculum emphasizes both aerobic and anaerobic systems, highlighting their distinct processes and applications in solid waste treatment.

• Bioreactor Operations: Examination of various bioreactor technologies used in the treatment and conversion of solid waste.
• Energy Production: Discussion of methods for generating energy from the formation of solid, liquid, and gas byproducts during waste biodegradation.