Research and development projects (Ekkehard Christoffels)
EU Horizon 2020 “Demonstrating synergies in combined natural and engineered processes for water treatment systems” (AquaNES) Project Leader Part Erftverband: Ekkehard Christoffels (up to and incl. 10/2018)
MULNV-NRW-Research Project “Identification and implementation of measures to reduce substance input from agricultural effluents into surface waters” (Agro-Diffus) Project Leader: Ekkehard Christoffels, Erftverband (up to and incl. 10/2018)
BMBF-Project “Sustainable technologies and services for water and resource management on the Upper Yangtze in Sichuan” (Ways) Project Leader Part Erftverband aquatec: Ekkehard Christoffels
MKUNLV-NRW-Research Project „Investigation of innovative measures for the reduction of micropollutants and microorganisms in flowing waters“ (RESMO) Project Leader Part Erftverband: Ekkehard Christoffels
EU-Interreg IVb Project Transnational Action Plan on Emerging Substances (TAPES)”, Action Leader Wastewater treatment und Project Leader Part Erftverband: Ekkehard Christoffels
EU Life+ Project „Application of integrative Modelling and Monitoring approaches for river basin Management evaluation (M³)“ Project Leader Part Erftverband: Ekkehard Christoffels
MUNLV-NRW-Project „Examination and evaluation of measures to reduce physico-chemical and hygienic-microbiological contamination of watercourses with the example of the Swist river“ Project Leader Part Erftverband: Ekkehard Christoffels
MUNLV-NRW-Project „Investigations of microbial river pollution by diffuse inputs using the example of the Swist river“ Project Leader Part Erftverband: Ekkehard Christoffels
MUNLV-NRW-Project „Investigations on microbial river pollution by discharges from combined sewer systems using the example of the Swist river“ Project Leader Part Erftverband: Ekkehard Christoffels
BMBF-Research Project „Material and data management in river basins, demonstrated for heavy metals in river Erft (SAFE)“ Project Leader Part Erftverband: Ekkehard Christoffels
Research and development projects (Heinrich Dahmen)
Large-scale tests of a standardised optimisation and simulation tool for online sewer network control using the example of the catchment area of the Kenten sewage treatment plant in the Erftverband area, Phase II – Flow control in sewer networks under the aspect of economic efficiency; Maja Lange, Heinrich Dahmen, Reinhold Kiesewski, Sebastian Kordel, Dr.-Ing. Richard Rohlfing, Oliver Pracejus, Dr. Annelie Sohr, Holger Hanss
Large-scale tests of a standardised optimisation and simulation tool for online sewer network control using the example of the catchment area of the Kenten sewage treatment plant in the Erftverband area, Phase I – discharge control in sewer networks under the aspect of economic efficiency; Maja Lange, Heinrich Dahmen, Reinhold Kiesewski, Dr.-Ing. Richard Rohlfing, Dr. Annelie Sohr, Holger Hanss
Control of the retention soil filter basin Bendstraße in Glehn; Dipl.-Ing. H. Dahmen, Dipl.-Ing. T. Beeneken
Literature (see details)
Details