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Germany, Water, Environment
Revolutionary System Monitors Water Pollution
Revolutionary System Monitors Water Pollution Toxic microalgae, viruses and chemical contaminants are floating in our waters. These hazardous materials pose a high risk to the livelihood of the sea dwellers. Especially the aquaculture is affected by this rising problem.
Wolfgang-Albert Flügel:  Scrutinising rivers upstream
Wolfgang-Albert Flügel: Scrutinising rivers upstream Climate change influences water cycles. Particularly, it has an effect on the natural and socio-economic processes of river basins. Major rivers of the world have their origin in alpine-style mountains.
Closing the water cycle
Closing the water cycle Clean freshwater faces various threats such as increasing demand by population growth, pollution and changes in the hydrological cycle due to climate change.
Ralf Otterpohl: a second life for unsuspected nutrient-rich waste
Ralf Otterpohl: a second life for unsuspected nutrient-rich waste Every day cities in Europe discard a useful nutrient-rich resource that could be used to grow crops. Ironically, we treat and process human wastes while we mine non-renewable phosphate and potassium and we consume fossil fuel to make nitrogen fertiliser.
Sheltering rising population from storm water
Sheltering rising population from storm water Storm water is a critical consideration in managing urban water , as it influences the risks of flooding. Unfortunately, a global rise in urban population means that water management in urban areas is now under strain.
Troubled Danube’s waters, not up to standards yet
Troubled Danube’s waters, not up to standards yet There are 19 countries in the catchment area of Danube River. The extensive use of water resources in that area has not been without consequences on its water quality. Let alone on the riverside’s biodiversity and environment.
Climate proof sea defences with a green twist
Climate proof sea defences with a green twist Coastal areas offer great challenges when balancing the need to protect natural habitats, with the requirement of human and economic activities . Dikes, for example, may not constitute the solutions of the future.
Purifying sludge through oxygen-based digestion
Purifying sludge through oxygen-based digestion Dealing with sludge is one of the biggest issues of waste water treatment.
On the heels of eels
On the heels of eels Nobody knows the underlying biological mechanisms of the European eels migration . Thanks to an EU-funded research project called eeliad , now about toreach completion, biologists have revealed some of its secrets, including a better understanding of its biology and migration route.
Flood water in silico
Flood water in silico Not all countries are equal in the face of floods. To provide support for the variety of scenarios encountered, the RAMWASS research project developed a tool for gauging and managing the dangers of floods in specific river zones.
Sacha Schlobinski: cities harmony protected from climate change
Sacha Schlobinski: cities harmony protected from climate change Sacha Schlobinski looks to the future when working at his day job as CEO of Cismet. This software company, based in Saarbrücken, Germany, takes the lead role in the information communication technology part of SUDPLAN .
Bioalchemy: turning sludge into clear water
Bioalchemy: turning sludge into clear water The process was developed by the Water Research Institute (WRI) of the Italian National Research Council and tested and scaled-up as part the EU-funded Innowatech project We know that biological processes offer the cheapest way to treat industrial wastewater.
Christian Mittermayr: “Rapid detection of pathogens in water supply networks increases public security”
Christian Mittermayr: “Rapid detection of pathogens in water supply networks increases public security” Dr. Christian Mittermayr from Lambda GmbH is the Coordinator of the EU research project DINAMICS, involving major European stakeholders from the relevant branches, end users and production system suppliers, ICT providers, SMEs and academic and research institutes.
Nanotechnological innovations can improve water purification
Nanotechnological innovations can improve water purification Membranes for water purification are used in many applications and different types of membranes are being developed at the moment. No membrane can filter and purify water entirely, but improvements using novel kinds of membranes are made.
Nano Filtered Water
Nano Filtered Water The filter could be used to recycle sewage on a space station, but the main focus is the use of ultra pure water in the fabrication of semiconductors.