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I+DARTS - Innovative and Demonstrative Arsenic Remediation Technologies for Soils

LIFE11 ENV/ES/000547


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Contact details:

Project Manager: Jose Luis Rodriguez
Tel: 985 10 39 91/38 33
Fax: 985 10 40 40
Email: jgallego@uniovi.es



Project description:

Background

In recent decades, industrial restructuring has led to the closure of many mining and industrial facilities in various parts of Europe, and particularly in Spain. This has left a large number of contaminated sites. In Asturias, the situation is striking, with a multitude of degraded areas remaining both from old mining (coal and metal) activities and the relatively recent dismantling of heavy industry (chemical and metallurgical) plants. Whether located within or near urban areas or in more isolated areas where rural development or natural ecosystems are important, soil contamination is not a trivial problem. The challenge is even greater when contaminants with complex geochemical characteristics and behaviour – such as arsenic – are present in areas under restructuring processes or protected areas. Despite the efforts of recent decades, it is estimated that there might be thousands of such contaminated former industrial and mining sites in every EU country, including several hundred affected by arsenic. Traditional management measures including soil confinement and landfilling are not sustainable solutions. More efforts are needed in terms of policies and techniques to advance specific recuperation actions for such sites.


Objectives

The 'I+DARTS' project aims to demonstrate the technical and economic feasibility of using best available technologies in real scale to offer more advanced and sustainable soil remediation solutions for regions undergoing industrial restructuring. It expects to deliver a decision tool that will enable the selection of the most appropriate technique for remediation of specific contaminated sites and thus facilitate decontamination efforts in other areas. The project plans to conduct pilot actions of a variety of techniques for the remediation of soils contaminated by arsenic and heavy metals. It will work on three test sites presenting a diversity of characteristics and scenarios aiming thus to be globally representative of other locations in the region and hopefully beyond. Two sites will be former mining areas and one an old industrial site. The sites are located in diverse areas: rural/natural; suburban; and urban. The project intends to conduct an innovative biogeochemical characterisation of the three target sites. It will then compare the application of enhanced remediation technologies, such as phytoremediation, bioremediation, soil washing or electrokinetics on the three contaminated sites using pilot-scale demonstration experiences. The decision protocol developed by the project will take into account the characteristics of each site - including the original contamination source and intended future land use as well as calculations of the technical and economic feasibility of the best available technologies - to offer recommendations on the best approach to remediation. The protocol will be communicated to other regions under industrial restructuring in the EU.

Expected results The project is expected to achieve the following results:

  • Strengthen existing scientific knowledge around decontamination of highly polluted soils;
  • Demonstrate the effectiveness and feasibility of best available technologies in dealing with former industrial and mining sites more sustainably than e.g. soil confinement or landfill;
  • Provide a decision tool for identifying the best remediation approach for a given site. This tool will thus support the application of the project's methods in other parts of the EU; and
  • Present solutions to enhance and update current Environment Policies and Governance Strategies on contaminated soils in Asturias (and eventually beyond).


Results


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Environmental issues addressed:

Themes

Land-use & Planning - Soil and landscape protection
Risk management - Site rehabilitation - Decontamination


Keywords

contamined soil‚  decision making support‚  heavy metal‚  mine‚  soil decontamination‚  abandoned industrial site


Natura 2000 sites

Not applicable


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Beneficiaries:

Coordinator University of Oviedo
Type of organisation University
Description The University of Oviedo (UNIOVI) is a public university located in Asturias in northern Spain. The university has three campus and research centres and has established a Cluster of Excellence with various partners around Energy, the Environment and Climate Change.
Partners Principado de Asturias, Spain Sogener, Spain

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Project reference LIFE11 ENV/ES/000547
Duration 01-SEP-2012 to 31-AUG -2016
Total budget 878,639.00 €
EU contribution 439,319.00 €
Project location Asturias(España)

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Read more:

Project web site Project's website
Project web site - 2 Project's Twitter page

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Project description   Environmental issues   Beneficiaries   Administrative data   Read more   Print   PDF version