Explores wastewater treatment principles, BOD removal efficiency, and typical pollutant concentrations.
Delves into the N and P metabolism in megacities, using Beijing as a case study to analyze nutrient inputs, flows, and environmental consequences.
Covers anaerobic wastewater treatment, nitrogen removal, anaerobic biodegradation, and the development of sludge granules.
Explores biological nutrient removal and chemical phosphorous removal in wastewater treatment plants, emphasizing denitrification and phosphate removal methods.
Delves into advanced wastewater treatment processes, including oxygen demand, phosphate removal, and biological nitrogen removal, addressing the challenges of micropollutants.
Explores landfill design, water treatment, waste recovery, and site compliance, emphasizing drainage systems and environmental sustainability.
Explores water and waste treatment, substance quantification in wastewater, filtration, and organic matter decomposition by bacteria.
Explores the stages of wastewater treatment, from pre-treatment to disinfection, highlighting the challenges and technologies involved.
