Project objectives:
The integrated approach
The traditional way of dealing with polluted soil and groundwater does not work in all cases. In urban environments with complex contaminations of chlorinated solvents an integrated approach is needed to tackle the problems. Yet where should you start? The CityChlor project provides building blocks. If you use these building blocks your chances of success are much greater. And by working together right from the start you can influence the process and turn problems into solutions for a sustainable city development.
CityChlor has demonstrated that remediation and sustainable re-development can evolve on a parallel timescale. It is also clear that public and private partnerships are important for guaranteeing the success of the process over a period of several decades. Moreover, the project has shown that an integrated approach can fit into European and local legislation. Finally, CityChlor has created tools for risk perception and community involvement and, of course, the project has reviewed and selected new techniques for characterisation and remediation.
So CityChlor has delivered the building blocks for stranded city development. But what building block must be added when and by whom? To provide an answer to such questions, CityChlor developed a plan that takes you through the different steps of an integrated approach and takes the interests of stakeholders into account.
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Project
Summary:
The CityChlor project ran from 2009 till October 2013. All reports, results and videos can be found on www.citychlor.eu
CityChlor was a transnational cooperation project that aimed to improve the quality and minimize the pollution of soil and groundwater. Our solution? An integrated approach to tackle the threats caused by contamination with chlorinated solvents in urban areas.
Project partners from Belgium, France, Germany and The Netherlands worked together in the necessary complementary team to achieve this goal. All participating institutes have direct responsibility in the definition of policies and guidelines in their respective regions.
CityChlor was co-funded by INTERREG IVB North-West Europe (NWE), a financial instrument of the European Union’s Cohesion Policy. It funds projects which support transnational cooperation. The aim is to find innovative ways to make the most of territorial assets and tackle shared problems of Member States, regions and other authorities.
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Achieved Objectives:
The integrated approach combines all aspects that are relevant to tackle the problems that VOC in urban environment causes. An integrated approach allows for more synergies through early connecting and overlapping different disciplines in urban planning is thought to be the most effective approach. It is a complex matter and actors involved will need guidance to achieve an integrated approach and good collaboration.
Within CityChlor we strived to find solutions for both the technical, characterisation and remediation, aspects as well as the socio-economical challenges.
Results
1. Integrated approach
An approach that combines all aspects that are relevant to tackle the problems that VOC in urban environment causes.
Combines: depending on area, site, context you can use different aspects together or parallel to each other;
All aspects: socio-economical aspects (like urban development, communication, financial and legal aspects), techniques, time, space, environment, actors (active & passive) and contexts.
2. Characterization techniques
There is a need for efficient techniques for characterization that can be used in urban environments. Several new techniques exist and have already proven their value, but they do not find their way easily to broad application. CityChlor dealt with these types of characterisation problems, tested some solutions and evaluated the outcomes.
3. Remediation techniques
Remediation in urban areas must not hinder economic and social activities. In most cases remediation must therefore be realised ‘in-situ’. This means treating the pollution without excavation. There are countless highly promising remediation techniques but most of these are not widely used. To remove the barriers for market acceptance of innovative remediation techniques we developped codes of best practice based on demonstration projects.
4. Social and economical aspects
Remediation is also a matter of communication, legislation and financing. And with an area-oriented (more polluted sites at once) and integrated approach (all stakeholders together) those aspects are more important than ever. To put it straight: without good communication, legislation and financing the areaoriented and integrated approach will not work. Or, to turn it around: with good communication, legislation and financing you can make your urban redevelopment even more successful.
5. Videos
From an animated video of the integrated approach towards real live practical videos of characterisation and remediation projects can be found on the CityChlor youtube channel.
6. Review
At the start of the project, a state-of-the-art inventory assures that results of previous relevant European and regional projects have been critically reviewed and incorporated in the project. A number of remediation projects that faced difficulties have been critically reviewed. Regional workshops are held to involve all relevant stakeholders. All these documentations, including presentation and reports of CityChlor workshops can be found here.
Pilot projects
The pilot projects aim to remove barriers for market acceptance of innovative technologies. They act as demonstration and validation sites for new techniques and communication aspects of the integrated approach. The results are used to found codes of best practice that will support implementation. The pilot projects are co-ordinated by one partner, but followed by a team in which all regions are involved. This will aid in the development of a harmonized basis of knowledge, which will factilitate the access of contractors to the international market.
Nano-iron injection for source treatment
Innovative Detection Techniques: EnISSA-MIP and RNS
Communication in soil remediation
Characterization tools and Monitored Natural Attenuation
Thermal treatment
Bio-process monitoring
Aquifer Thermal Energy Storage
INTERREG IVB.
This project has received European Regional Development Funding through INTERREG IVB.
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