1. Improving water management and the water management system in the Liao river basin and Lake Di1.1 Structural Indicators1.1.1 Development of innovative 3D Water Governance Models for Kunming City and Bavaria1.1.1.1 Introduction1.1.1.2 Materials and methods1.1.1.3 Results1.1.1.4 Discussion1.1.2 Water Governance Structural Characteristics of Kunming City and Bavaria and Their Comparison1.1.2.1 Introduction1.1.2.2 Materials and methods1.1.2.3 Results and discussion1.1.2.4 Conclusion1.1.2.5 References2. Ecological indicators for surface water quality - methodological approaches to fish community assessments in China and Germany 2.1 Introduction2.1.1 The need for ecosystem health assessment2.1.2 Current situation in China and Germany 2.1.3 Ecological indicators of ecosystem integrity2.1.4 Biological river assessment approaches applied in China and Germany2.1.4.1 China2.1.4.2 Germany2.2 Methodological comparison of fish community assessment2.2.1 Methodology2.2.1.1 Choice of sampling methods2.2.1.2 Area of experimental investigation2.2.1.3 Description of sampling methods and design2.2.1.4 Calculated metrics2.2.2 Results2.2.2.1 Fish Community2.2.2.2 Method efficiency2.3 Discussion2.4 References3. Dianchi Shallow Lake Management3.1 Abstract3.2 Introduction3.2.1 Conceptual Thoughts connecting Water Management and Shallow Lake Management3.2.2 Two studies for one goal3.3 Study 1: Water and Sediment Monitoring Data Acquisition3.3.1 Research Area3.3.2 Materials and Methods3.3.2.1 Sampling 3.3.2.2 Analytics3.3.3 Results and Discussion3.3.3.1 Analytics3.4 Study 2: Shallow Lake Modelling of Lake Caohai3.4.1 Theoretical Foundation and Adaptions3.4.2 Data input and model parameterisation3.4.3 Model simulation scenarios3.4.4 Caohai Shallow Lake Model Results3.5 Summary and Recommendations for the Dianchi Shallow Lake Management3.5.1 Shallow lake management - a very special task3.5.2 Necessity for highest Data Quality3.5.3 Recommendations of most promising management scenario for the lake management3.6 References3.7 Annex3.7.1 Annex 3-1 Full compares between aerobic and anoxic milie3.7.2 Annex 3-2 Relevant parameters and variables of StoLaM used in the Lake Caohai simulation study4. New technical approaches for the co-processing of pharmaceutical wastewater in municipal wastewater treatment plants in the Shenyang region4.1 Introduction4.2 New approaches for the co-treatment of municipal and industrial wastewater4.2.1 State of wastewater treatment and upgrading plan in China and Shenyang4.2.1.1 Administrative structure and legal basis for wastewater treatment and water protection4.2.1.2 Institutions, procedures and challenges4.2.1.3 Environmental problem and state of wastewater treatment in Shenyang4.2.1.4 Status of pharmaceutical waste water treatment in China and the pharmaceutical company "Northeast Pharmaceutical Group Co, Ltd. in Shenyang4.2.1.5 Parallel research activities4.2.2 Innovative membrane technology in waste water treatment and the pilot MBR-treatment facility in Shenyang4.2.2.1 Membrane filtration in wastewater treatment4.2.2.2 Experimental installation: design, construction and operation4.2.2.3 Project progress and operational phases4.2.2.4 Sampling, measurement methods and parameter determi
About the Author: Max Dohmann is Professor emeritus of the University RWTH Aachen and member of the Board of Research Instiute of Water and Waste Management at RWTH Aachen University. His research interests concern general environmental aspects and especially urban drainage, wastewater treatment, water quality management, waste and waste management. After studying civil engineering at the RWTH Aachen University and several years of engineering work in a water management association, he received his doctorate from the University of Hanover in 1974. He then continued his responsible practical work at the water management association and became a professor at the University of Essen in 1983. From 1987 to 2004 he worked as professor and director of the largest German institute for urban water management at the RWTH Aachen University. For several years he was a member of the German Federal Government's Council of Experts on Environmental Issues and a long-standing member of the Governing Board of the International Water Association (IWA). For many years he is a visiting professor at Tsinghua University in Beijing and at Sichuan University in Chengdu. In 2015, the German Ministry of Research appointed him as German spokesperson for the first three German collaborative research projects in the Chinese Major Water Programme.
Martin Grambow is Director General 'Water Management and Soil Protection' at the Bavarian Ministry of Environment and Consumer Protection. His responsibilities comprise all aspects of stewardship for the commons 'water' and 'soil', including regulation, monitoring, and management. In this respect Martin Grambow also represents the state Bavaria in national and international bodies. Amongst others he chairs the German River Basin Management Community Danube, is delegate in the International Lake Constance Conference and the International Commission for the Protection of the Danube River. In 2020 and 2021, he is the chairman of the Federal/States Work Group on Water Issues (LAWA) and the Work Group on Soil Protection (LABO).In the late 90th, Mr. Grambow founded the stat unit "Technology Transfer Water (TTW)". Via TTW, the Bavarian State water administration supports the exchange of knowledge in water administration and in water technologies. Martin Grambow contributes to international activities carried out by various institutions including World Bank, OECD, European Union or Deutsche Gesellschaft für internationale Zusammenarbeit (GIZ). The Asia Region is a main focus of Mr. Grambow's international partnerships, dialogues and exchanges.Martin Grambow is member of several institutions and foundations, notably the European Academy of Science and Arts and their "International Expert Group on Earth System Preservation" (IESP), and the "Bavarian Water Foundation". He is member of the Managing Board of the German Association for Water, Wastewater and Waste (DWA), of the Bavarian Environment Cluster (Umweltcluster Bayern) and specially notably since 2018 member of the International Scientific Advisory Committee (ISAC) for the Chinese Research Academy of Environmental Sciences (CRAES).Martin Grambow studied civil engineering at TUM Technische Universität München. He graduated in 1986 (Diplom-Ingenieur), achieved his doctor's degree in 2005, was appointed Honorary Professor in 2012 and teaches International Waterpolicies and Waterrights at TUM.He is author of various books and articles primarily focussing on the application of concepts for sustainable (water) resource management. He also has co-edited the books "Sustainable Risk Management" and "Global Stability through Decentralization?" in the Springer series "Strategies fur Sustainability".
Yonghui Song is Professor and the Vice-President of the Chinese Research Academy of Environmental Sciences (CRAES), which is affiliated to the Ministry of Environmental Protection (MEP) of China. He obtained his Ph.D. Degree in Environmental Science from the Research Center for Eco-Environmental Sciences of the Chinese Academy of Sciences in 1999 and his Dr.-Ing. in Environmental Engineering from the University of Karlsruhe (TH), Germany in 2003. His research focuses on water pollution control technologies, regional- and basin-level water environmen management. He has undertaken over 20 national or ministerial/provincial scientific research projects as the principal investigator, published over 300 journal papers and obtained more than 20 patents. He received the "Outstanding Research Team Award" of the "11th Five-Year Plan" of the Ministry of Science and Technology (MOST) of China in 2012 and the "Award of MEP for Science and Technology" in 2016. He was selected as the Youth Innovation of Science and Technology Leading Talent by MOST of China in 2012 and was selected as the Innovation of Science and Technology Leading Talent by Organization Department of the CPC Central Committee General Office of China in 2013.