Water analysis Conducting and evaluating physical-chemical and microbiological water testing in accordance with the German Drinking Water Ordinance and other relevant legal regulations.
Testing of products and devices Initial testing of products and materials in contact with drinking water. Our Test Centre is accredited for more than 200 different product standards according to DIN EN ISO 17025. Test and develop UV technology.
Treatment technologies Develop sustainable water supply concepts. Implement, monitor and optimise new technologies. Test and further develop existing treatment methods.
Micropollutants and microorganisms Develop and improve the method of determination using cutting-edge equipment. Investigate the presence, behaviour and retention of inorganic and organic micropollutants in the water cycle and drinking water treatment.
Network management and drinking water installation Microbiological quality change, deposit formation and cleaning and optimisation of the distribution network operation. Evaluate and analyse corrosion damage.
Risk management Support for water supply companies to establish a Water Safety Plan. Benefit from our extensive expertise.
Contaminated sites Evaluation of the decomposition potential at contaminated locations. Development of sustainable ways to eliminate pollutants from the environment. Employ a combination of microbiological and technical methods.
- About TZW
The concept of safety and security comprises both normal operation (safety) and exceptional (crisis) situations (security). We conduct research into both areas to constantly increase the safety and security of drinking water supply.
Digital transformation is taking place in the most varied areas of public drinking water supply. The following focus areas have recently emerged: Data collection (e.g. sensors), data management (e.g. databases), data-driven applications (e.g. forecasting models) and IT security. Research is also strongly focused on new applications in the fields of artificial intelligence and blockchain.
Effective research outcomes are only achieved if clear objectives and conditions are defined. Imagine a football match without goals. The players would work extremely hard for 90 minutes but without any result because there is no goal and therefore no objective. Identifying trends by means of scouting and defining and communicating adequate specifications is therefore part of every effective research management strategy.
- Increasing security during normal operation for small water suppliers who have limited staff resources
- Evaluation and increase in security with regard to the entry of toxic substances in drinking water
- Roadmap of DVGW water research: One of the first research programmes of the DVGW for the water sector started in 1982. Research programmes have been regularly updated ever since. Based on experiences from cooperating with water supply companies on one side and international networks on the other, TZW actively contributes to updating the DVGW research programmes.
DVGW Cloud TRINK-HelpDESK – Feasibility study
The projected cloud solution TRINK-HelpDESK will be a progressive approach for water supply companies to deal with analytical and technical content to…Read more
Risk Management for catchment areas of drinking water reservoirs
Risk management in drinking water supply is an effective instrument to prevent any negative impacts on the safety of water supply.
TZW has…Read more
Sensor system for online detection of organic trace substances (SenSOS)
In the SenSOS project the organic trace substances detecting online sensor system WATERTRACE is tested both in the drinking water purification process…Read more
Fiware4Water intends to connect the water sector to the IT platform FIWARE. Several interfaces and tools will be developed for the benefit of all end…Read more
Protection of drinking water supply against attacks (STATuS)
The retention capacity or substance degradation of acutely toxic chemical contamination in typical treatment stages was investigated within the STATuS…Read more
System of analysis for the quality assurance of drinking water
A low-maintenance system that combines distillation and UV-vis spectrometry enables the detection of organic compounds from the drinking water matrix…Read more