Chinese Water Systems: Volume 4: Applied Water Management in China

1.Improving water management and the water management system in the Liao river basin and Lake Di1.1Structural Indicators1.1.1Development of innovative 3D Water Governance Models for Kunming City and Bavaria1.1.1.1Introduction1.1.1.2Materials and methods1.1.1.3Results1.1.1.4Discussion1.1.2Water Governance Structural Characteristics of Kunming City and Bavaria and Their Comparison1.1.2.1Introduction1.1.2.2Materials and methods1.1.2.3Results and discussion1.1.2.4Conclusion1.1.2.5References2.Ecological indicators for surface water quality - methodological approaches to fish community assessments in China and Germany2.1Introduction2.1.1The need for ecosystem health assessment2.1.2Current situation in China and Germany2.1.3Ecological indicators of ecosystem integrity2.1.4Biological river assessment approaches applied in China and Germany2.1.4.1China2.1.4.2Germany2.2Methodological comparison of fish community assessment2.2.1Methodology2.2.1.1Choice of sampling methods2.2.1.2Area of experimental investigation2.2.1.3Description of sampling methods and design2.2.1.4Calculated metrics2.2.2Results2.2.2.1Fish Community2.2.2.2Method efficiency2.3Discussion2.4References3.Dianchi Shallow Lake Management3.1Abstract3.2Introduction3.2.1Conceptual Thoughts connecting Water Management and Shallow Lake Management3.2.2Two studies for one goal3.3Study 1: Water and Sediment Monitoring Data Acquisition3.3.1Research Area3.3.2Materials and Methods3.3.2.1Sampling3.3.2.2Analytics3.3.3Results and Discussion3.3.3.1Analytics3.4Study 2: Shallow Lake Modelling of Lake Caohai3.4.1Theoretical Foundation and Adaptions3.4.2Data input and model parameterisation3.4.3Model simulation scenarios3.4.4Caohai Shallow Lake Model Results3.5Summary and Recommendations for the Dianchi Shallow Lake Management3.5.1Shallow lake management - a very special task3.5.2Necessity for highest Data Quality3.5.3Recommendations of most promising management scenario for the lake management3.6References3.7Annex3.7.1Annex 3-1 Full compares between aerobic and anoxic milie3.7.2Annex 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 region4.1Introduction4.2New approaches for the co-treatment of municipal and industrial wastewater4.2.1State of wastewater treatment and upgrading plan in China and Shenyang4.2.1.1Administrative structure and legal basis for wastewater treatment and water protection4.2.1.2Institutions, procedures and challenges4.2.1.3Environmental problem and state of wastewater treatment in Shenyang4.2.1.4Status of pharmaceutical waste water treatment in China and the pharmaceutical company "Northeast Pharmaceutical Group Co, Ltd. in Shenyang4.2.1.5Parallel research activities4.2.2Innovative membrane technology in waste water treatment and the pilot MBR-treatment facility in Shenyang4.2.2.1Membrane filtration in wastewater treatment4.2.2.2Experimental installation: design, construction and operation4.2.2.3Project progress and operational phases4.2.2.4Sampling, measurement methods and parameter determination4.2.3Demonstration results and recommendations for upgrading actions in Shenyang4.2.3.1Presentation and comparison of results4.2.3.2Comparison of the treatment performance of the pilot plant with the reference treatment plant "GWSTP".4.2.3.3Recommendations for upgrading the old municipal wastewater treatment plants in Shenyang4.2.4New approaches to the co-treatment of pharmaceutical wastewater in the municipal treatment plant4.2.4.1Description of the inlet situation of the test facility4.2.4.2Presentation of the results of important operating phase4.2.4.3Comparison and evaluation of results4.2.4.4Recommendation for action on pharmaceutical wastewater treatment in Shenyan4.3References4.4Annex5.The planning, management and decision support systems of Kunming's urban drainage system5.1Overview5.1.1Chinese Policy Background5.1.2Current Status and Problem Analysis5.1.3Methods5.2Managerial Decision Support System of Urban Drainage System5.2.1Data System5.2.2On-line monitoring system5.2.3Model Simulation System5.2.4Performance Evaluation System5.3Progress in practical application5.3.1Data construction and application5.3.1.1Data standard establishment5.3.1.2Data platform construction5.3.1.3Data feedback and application5.3.2Online monitoring application5.3.2.1Monitoring network construction5.3.2.2Water quantity analysis and decision in the Northern Catchment5.3.2.3Equilibrium Analysis of Water Volume for the Eastern and Southern Catchment Areas5.3.3Model Evaluation and Decision5.3.3.1Model Decision of the Storage Project in Western Catchment5.3.3.2Accurate pollution control decision in Panlongjiang Catchment5.3.4System joint operation5.3.5Summary of application benefits5.4Conclusion and prospects5.5References6.Treatment of wastewater with high proportion of industrial wastewater with extreme requirements on the elimination of nutrients6.1Introduction6.2Industrial wastewater treatment in China6.3The study area and investigated wastewater treatment plant6.4Investigation approaches6.5Results of investigation6.5.1Indirect discharger monitoring6.5.2Optimisation of the existing sedimentation stage6.5.3Optimisation of nitrogen elimination6.5.3.1Optimizing the dosage of external carbon6.5.3.2Use of a downstream anoxic filter6.5.3.3Sludge water treatmentOperation of an SBR-MBBR experimental plantOperation of a pilot plant for deammonification6.6Recommendations for future wastewater treatment in the investigated wastewater treatment plant6.7Summary7.Adaption and introduction of German sewer inspection technology in China7.1Introduction7.2Stage of Urban Drainage Systems in China7.2.1Definition of Task7.2.2Conditions under which the Project was carried out7.2.3Present State of Science and Technology7.2.3.1Legal Situation7.2.3.2Recording of Sewer Condition - Hardware7.2.3.3Coding and Classification of Condition Recording7.2.3.4Conclusion7.2.3.5Management / Financing7.3Application of Advanced Sewer Inspection Technologies in Jiaxing7.3.1General Notes7.3.2First Demonstration of the Inspection Process7.3.3First Assessment of the Inspection Process7.3.4Second Demonstration of the Inspection Process7.3.5Second Assessment of the Inspection Process7.4Management Systems for Sewer Data Evaluation7.4.1Technology Development7.4.2First Demonstration of the Inspection Procedure7.4.3First Assessment of Process7.4.4Second Demonstration of the Inspection Procedure7.4.5Second Assessment of Procedure7.6References