Civil Engineering Departmental Seminar - Part 1 – A Brief History of Activated Sludge Modelling Part 2 – Nitrification Kinetic Parameters for STW Design and Modelling

2:30pm - 3:30pm
Room 3574 (Lift 27/28), Civil Engineering Conference Room

Part 1 – A Brief History of Activated Sludge Modelling

This presentation traces the history of developments underlying the IWA ASM-type models currently used in design and simulation of sewage treatment works.

 

Part 2 – Nitrification Kinetic Parameters for STW Design and Modelling

This presentation looks at the parameters applied in the widely-used IWA textbook on Biological Wastewater Treatment, and contrasts these with parameters applied in North America.

讲者/ 表演者:
Prof. Peter L. Dold

Peter L. Dold, BSc Eng (Chem), PhD

Peter Dold is a graduate of the University of Cape Town.  He is the founder and president of EnviroSim Associates, developers of the BioWin dynamic wastewater treatment plant simulator.  Dr. Dold is the author or co-author of more than 150 research papers.  Peter is actively involved in a number of research projects jointly with utilities and universities.  Current research focus is: biological nutrient removal, chemical phosphorus precipitation, and process control particularly in the context of the new generation of nitrogen removal systems.  Peter is actively involved in consulting activities around the world, with an emphasis on full-scale biological nutrient removal system analysis, optimization and design. 

讲者/ 表演者:
Dr. Christopher M. Bye

Christopher M. Bye, B Eng (Civil), PhD, P.Eng.

Chris Bye is Director of Software Development with EnviroSim Associates Ltd., developers of the BioWin wastewater treatment process simulator. Dr. Bye has over 25 years of experience in wastewater treatment including process design and equipment selection, full-plant modeling and model development for biological nutrient removal, and wastewater characterization and kinetic studies. Chris leads and supports consulting projects for analyzing process options for design, assessment of process capacity, analysis of capacity limitations and development of model-based tools for specific plants.

语言
英文
适合对象
教职员
研究生
主办单位
土木及环境工程学系
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