Übersetzung für "Uferfiltration" in Englisch

The consequences of the changing climate on riverbank filtration are not yet known.

Bank filtration is a valuable method for both drinking water production andwater treatment thus providing for a sustainable resources management.

Is Bank filtration an Effective Barrier against Organic Substances and Pharmaceutical Residues?

The research project Riverbank filtration under climate change scenarios addresses this question.

Complete elimination of all dimethyl oligosulphides was observed during riverbank filtration.

By bank filtration of the receiving water they can reach the groundwater.

We also study the fate of pollutants in groundwater recharge and river bank filtration for the purposes of drinking water production.

The drinking water is mainly extracted by bank filtration from the Spree and other rivers.

For this reason, bank filtration is preferred to the direct extraction of water from rivers in a number of countries.

It is the first time a book about bank filtration is written consequently interdisciplinary as a monograph.

All other cities directly chose public management, together with a preference for groundwater or bank filtration.

This 50-day line also applies to the residence time of the infiltrate in the underground during bank filtration and managed aquifer recharge (MAR).

The main task of the project IC-NASRI is to summarize scientific, technical and economic aspects of bank filtration and ponded groundwater recharge on the basis of the data and knowledge acquired during the NASRI-1 project.

The tasks to be performed in Berlin include the combination of ozonation processes with natural post-treatment steps for the elimination of trace organic compounds as well as the combination of bank filtration and nanofiltration for the removal of sulphate and trace organic compounds.

For small to medium-sized systems, a river bank filtration process or combination of sedimentation and slow sand filtration may be an operationally simple and inexpensive alternative to conventional river water treatment.

Around 17 % of Germany's drinking water that is supplied by the public water networks is derived via bank filtrate or artificial groundwater recharge.

On the L2L Conference, Cyril Roger-Lacan (Vice President and CEO Europe of Veolia Water)and Gesche Grützmacher (Kompetenzzentrum Wasser Berlin) presented a lecture on "Bank filtration as a sustainable solution to drinking water production".

Underground passage as utilised during river bank filtration and artificial groundwater recharge has been proven to be an effective barrier for multiple substances present in surface waters during drinking water production.

The experiences with bank filtration, sewage field irrigation and artificial groundwater recharge gained in Berlin during both practical and R & D status, could contribute to resolve these issues.

Drinking water derived by riverbank filtration is generally of high quality and is an important source of drinking water in several European countries.

However, neither bank filtration as semi-natural pre-treatment step nor the effectiveness of the constructive barriers have been studied systematically yet with regard to expected changing climatic conditions, i.e. increasing frequency of extreme rainfall.

In small to medium-sized plants, bank filtration or a combination of sedimentation and slow sand filtration provides a convenient and cost-effective alternative to conventional river water treatment.

Bank filtration and artificial groundwater recharge have been used as a treatment process for a long time, and the mechanisms governing the removal of impurities and the chemical reactions of the water components have not been sufficiently understood.

The project aims at assessing the potential risk arising from the occurrence of complexing agents, selected pesticides and PFC in surface waters used for drinking water production through bank filtration and artificial recharge.

As part of the overall project for â Water extraction from valley aquifers in the catchment area of the Elbeâ, the key focus of this subproject has been the investigation of the behaviour of aromatic sulphonic acids and low-molar halogenated carbonic acids during bank filtration as a natural preliminary stage for drinking water treatment.