Wastewater Treatment Plants

German-Israel cooperation on water technologies - ifak scientist at a project meeting in Haifa

In the second week of november, Dr Schütze of ifak is attending a project meeting with ifak's cooperation partner in Israel. In this workshop with Prof. Friedler of Technion - Israel Institute of Technology and his research group, this scientists are discussing the results achieved so far in the CLUWAL project, which is funded by German Ministry of Education and Research (BMBF) and the Ministry of Science and Technology (MOST) of the State of Israel. In this bilateral research cooperation,simulation-based methods for the assessment of urban water system are developed.These will allow municipalities and water authorities a prudent management of their water systems, by assessing various technological options according to social, ecological and economic criteria of sustainability. Of particular importance in this project are rainwater and stormwater harvesting, as a means of saving precious water resources.

Biological and energetic simulation of the wastewater treatment plant Aschersleben

In the context of this work a model of the wastewater treatment plant in Aschersleben was developed. The model includes the mechanical and biological treatment and the (fluctuating) energy demand of the most important energy consuming devices.

This project aims for a verified model of the plant with a subsequent energetic optimization by considering the individual devices. The model will be simulated with various optimization strategies and will as well take into account the fluctuating load of the plant.

KURAS - Concepts for urban stormwater management and wastewater systems

The project KURAS has developed  sustainable concepts to deal with waste water and rain water in urban regions based on clima change and demographical development assumptions. Within this project, ifak has modelled, simulated and analysed various measures to improve the behaviour of waste water treatment plants in overload situations (more frequent heavy storm events) as well as low flow rate or load situations expected e.g. during more dry sommer seasons.

nidA200 - New sanitation concept for decentralised waste water and bio waste treatment incoperationg anaerobic digestion and algae production

The parish Hille is one of the greatest area communities of Germany and has a central wastewater treat­ment plant. Due to new land use plans and new construction areas, Hille wants a new wastewater treatment concept that reduce the high infrastructure costs of the great area. Because of the nearby recreation and water protection areas, including a sensitive moor, the cleaned wastewater has to accomplish high quality demands.

NoNitriNox - Design and operation of energy efficient waste water treatment plants and avoiding environment damaging emissions

The project aimed to describe and to model the potential production of greenhouse gases like N2O or the potential release of nitrite from waste water treatment plants as result of control concepts aiming at energy minimisation. The developed model will be used to analyse and develop control concepts aiming on minimi­sation of effluent loads including GHG emissions and nitrite and to minimise energy consumption at the same time.

Smart.NET - Smart net operation including hydrogen generation and storage technologies in order to cover the internal energy demand

Due to the high energy demand and the coherent operating costs, wastewater treatment plants are very suitable sites for decentralized energy production by wind turbines or solar panels. The energy production on top of the own energy demand may be used for the production of hydrogen with regard to energy storage. According to this method, wastewater treatment plants might contribute as a decentralized energy supplier to the future energy infrastructure.

Simulation studies for municipal wastewater treatment plants

A simulation study was carried out for the wastewater treatment plant Köln-Stammheim. The core of sludge treatment consist of 5 anaerobic digesters that are operated in parallel under mesophilic conditions. The operator is interested in the improvement of the reduction of particulate organics and the enhancement of gas production.

Dynamic simulation of SBR wastewater treatment plants

The aim of the project was to improve the design, planning and operation of sequencing batch reactor (SBR) wastewater treatment plants (WWTPs). To achieve this aim, novel mathematical models have been developed targeting at a better description of settling properties of the sludge. Based on the established activated sludge models (ASM) of the IWA, the models include all necessary aspects to describe the process dynamics of SBR plants.

Development of a software framework for water quality monitoring stations

A software framework for monitoring stations was developed for the company Primodal and the institute modelEAU of the University Laval (Quebec, Canada). 

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