Microbial Control: Bacterial Growth, Nitrification, and Bioremediation

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Explores denitrification, the reduction of nitrate to N₂ under anoxic conditions, crucial for water quality.

Explores biological wastewater treatment, focusing on nitrification and denitrification processes, bacterial growth kinetics, and reactor design.

Explores wastewater treatment, resource recovery, and the history of water systems.

Explores the water treatment process at the Lutry production plant in ensuring high-quality water supply.

Covers the processes in a classical wastewater treatment plant, including the impact of primary clarification and the treatment of micropollutants.

Explores the negative impact of organic micropollutants on the environment and the Swiss legislation regulating their treatment.

Explores advanced OMP removal through oxidation and adsorption processes for effective wastewater treatment.

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 treatment, microbial kinetics, sizing approaches, and environmental impact of heavy metals and neutrophication.