Innovation 1.1: Beta Version of the Watershed Information System (WIS)
Partners: Geoplex GIS GmbH, University of Osnabrück IUSF, Wetsus
A GIS (Geographic Information System)-supported database on the emissions of active substances into the environment is being developed for the water management, handling of human and veterinary pharmaceuticals, and decision-making authorities. The cross-border catchment area of the Vechte River (including its tributaries) has been used as a pilot area. The database, referred to as the Watershed Information System (WIS) is a unique and user-friendly visualization tool. In addition to pharmaceuticals, it is also used for visualizing the development and distribution of multi-resistant organisms in soil and surface waters. The WIS provides information about the quality of the entire river basin. The information system manages data from several sources gathered and generated during the project by partners and third parties. This data is combined, inter alia, with information on water use and the consumption and emission of human and veterinary medicines (see WP 1.2, Gray Water Footprint) and on the risks of emissions for ecology, human health and the economy (see WP 1.3, Regional Risk Assessment). Scenarios on the effects of climate change or demographic change have been applied. With all this integrated information, it is possible to simulate and visualize the effects of certain risk mitigation measures for the entire catchment area. Through the use of GIS technology, information can be identified, filtered and combined. The instrument is therefore well suited to support communication and decision-making processes associated with complex topics such as micro-contamination.
For more information about the WIS, see its bèta version: link
Partners: Geoplex GIS GmbH, University Twente Water Management
The aim of the app is to determine the extent of water pollution caused by the use of medicines. By spatially displaying pharmaceuticals in water, the footprint is then used to simulate the effects of the planned measures in the catchment area. The tool can also be used to evaluate and communicate existing measures.
Partners: AVIV BV, Radboud University Environmental Sciences
Through the spatial visualization of various risk indicators, the impact of planned management measures can be better communicated throughout the catchment area. Using computer models, previously calculated risks are translated into information formats that are suitable for informing the general public and for decision-making processes. The development of an app can also drive the user-friendliness and marketing of RRA as a separate tool.
Partners: Waterschap Zuiderzeeland, University of Osnabrück IUSF, University Twente Water Management, Radboud University Environmental Sciences, AVIV BV
By working on: a) an inventory of the entire medical product chain, b) a cost-benefit analysis of small sewage treatment plants, and c) an analysis of the treatment performance of existing large-scale sewage treatment plants, the activities of other project partners will be supported by providing necessary background information.
Partners: InProSens, Saxion UAS, Novaris Orbit Technology BV
Development and verification of an automated, in-situ measurement system for monitoring phamaceutical concentrations and other micro-impurities in surface waters as well as effluent streams of sewage treatment plants.
Partners: Novaris Orbit Technology BV, InProSens, Saxion UAS, NX Filtration, Weil Wasseraufbereitung GmbH, RUMC a.o.
The universal wireless monitoring system can be used for a wide variety of sensors, and for many services that require (real-time) monitoring. The measurement of water quality and water quantity of both surface and underground water systems is an area of application that will be further developed and researched in this project.
Partners: NXFiltration BV, Weil Wasseraufbereitung GmbH, Saxion AUS
Development of processes, systems, applications and validation approaches for capillary nanofiltration involving the removal of hormone-influencing and other medicinal substances from surface water (for drinking water production and industrial water production) and effluent streams (in sewage treatment).
Partners: VitalFluid, University Hospital of Münster (UKM) IfMM
The plasma reactor has a receptacle in which human excrement and urine are mixed with water to form a liquid manure. A device for separation of solid parts and fluids can be added (urine contains 75% of medicinal residues, while excrement contains only 25%). The slurry is then exposed to the plasma, which is activated in the upper part of the reactor by electrodes. In this process, air is brought into a plasma phase and the resulting reactive oxygen and nitrogen dissolve in a water-urine-stool mixture. The reactive molecules oxidize medicines like antibiotics and deactivate multi-resistant microorganisms. After a pre-determined treatment time, the waste can be transferred to the conventional sewage treatment plant. An ambulatory system for patients can be connected to a toilet. In addition, the technology can be used in hospitals or as an extra cleaning step in sewage treatment plants to clean larger wastewater streams.
Partners: Europe Ayurveda Centrum, University Hospital of Münster (UKM) IfH and IfMM
Ayu-phytoremediation comprises of a selection of water plants for the rehabilitation of riverine and terrestrial plants for the rehabilitation of rural areas. A combination of terrestrial and aquatic plants are being selected that showed the best results.
Partners: Europa Ayurveda Centrum, University Hospital of Münster (UKM) IfH
Bhima choorna is a complex multi-target Ayurveda herbal preparation that is cultivated in Overijssel, the Netherlands. In this project the antibiotic effects are being investigated. The herbs can be processed in animal feed to increase the immune system of animals. Prophylactic use can prevent or reduce the use of antibiotics.
Partners: Microganic GmbH, University Hospital of Münster IfH, Wetsus a.o.
Algal Antibiotic Replacement is a powder (or paste or extract) obtained from microalgae. In this project the antibiotic effect and impact on the animal immune system are being investigated. The product can be used over the long term and prophylactically in modern livestock farming and thereby naturally increases animal welfare. It can bring the farmer the same economic benefits as the use of antibiotic performance enhancers.
Partners: Noldus Information Technology BV, Demcon BV, Ubisense GmbH
Farm animal monitoring involves the development of a non-invasive continuous monitoring for a real-time registration of animal behavior (cows) for early detection of disease development and reduces the need for group medication.
Partners: Amrif, Alloksys, TDI, Phycom, Aix Scientifics
A new class of inflammation inhibitors, based on alkaline phosphatase, are being developed. This biopharmaceutical potentially can be used both for human and veterinary treatment of a wide range of diseases.