The short-chain chloroparaffins (SCCP), (C10-13 chloroalkanes) are identified in the European Water Framework Directive, as priority hazardous substances. Within the ScorePP project, the aim is to develop emission control strategies that can be employed to reduce emissions from urban areas into receiving waters. Six different scenarios for mitigating SCCP emissions in two different semi-hypothetical case cities representing eastern inland and northern coastal conditions have been evaluated. The analysis, associated with scenario uncertainty, indicates that the EU legislation, Best Available Technologies (BAT) and stormwater/CSO management were the most favorable in reducing emissions into the environment
International audienceDespite a large body of legislation, high nutrient loads are still emitted in ...
A range of emerging pollutants (EPs) are now being considered for regulatory designation as potentia...
Short chain chlorinated paraffins (SCCPs) raise concerns due to their potential for persistence, bio...
Cities of the future face challenges with respect to the quantity and quality of water resources, an...
Cities of the future face challenges with respect to the quantity and quality of water resources, an...
The EU Water Framework Directive (WFD) requires Member States to protect their inland (and coastal) ...
The overall aim of the ScorePP project is to develop comprehensive and appropriate source control s...
Water is an essential resource for human life and the environment. The widespread use of chemicals i...
The European Union (EU) Water Framework Directive (WFD) requires Member States to protect inland sur...
Human pharmaceuticals and its derivatives form a group of bioactive chemicals that are abundant in ...
The widespread use of chemicals has led to significant water quality concerns, and their use is stil...
Abstract niet beschikbaarThis document is a product of the SPEED project (Source reduction cooperati...
Pharmaceuticals are known to widely occur in the environment and to affect the health of ecosystems....
An objective of the multi-disciplinary EU Framework 6 project ScorePP (Source Control Options for Re...
In order to support the implementation of the Marine Strategy Framework Directive an evaluation of e...
International audienceDespite a large body of legislation, high nutrient loads are still emitted in ...
A range of emerging pollutants (EPs) are now being considered for regulatory designation as potentia...
Short chain chlorinated paraffins (SCCPs) raise concerns due to their potential for persistence, bio...
Cities of the future face challenges with respect to the quantity and quality of water resources, an...
Cities of the future face challenges with respect to the quantity and quality of water resources, an...
The EU Water Framework Directive (WFD) requires Member States to protect their inland (and coastal) ...
The overall aim of the ScorePP project is to develop comprehensive and appropriate source control s...
Water is an essential resource for human life and the environment. The widespread use of chemicals i...
The European Union (EU) Water Framework Directive (WFD) requires Member States to protect inland sur...
Human pharmaceuticals and its derivatives form a group of bioactive chemicals that are abundant in ...
The widespread use of chemicals has led to significant water quality concerns, and their use is stil...
Abstract niet beschikbaarThis document is a product of the SPEED project (Source reduction cooperati...
Pharmaceuticals are known to widely occur in the environment and to affect the health of ecosystems....
An objective of the multi-disciplinary EU Framework 6 project ScorePP (Source Control Options for Re...
In order to support the implementation of the Marine Strategy Framework Directive an evaluation of e...
International audienceDespite a large body of legislation, high nutrient loads are still emitted in ...
A range of emerging pollutants (EPs) are now being considered for regulatory designation as potentia...
Short chain chlorinated paraffins (SCCPs) raise concerns due to their potential for persistence, bio...