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RESEARCH

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Chromium in Asopos Groundwater system: Remediation technologies and measures
(LIFE+ CHARM)

The groundwater system of Asopos River presents high concentrations of
hexavalent chromium [Cr(VI)] and as a result there is an increased public
concern, since part of the groundwater is used for water abstraction for human
consumption and most of it for irrigation purposes. One interesting issue
related to the groundwater quality of the specific groundwater system is related
to the possible increased natural levels of chromium in the water, which makes
it a more difficult task to tackle, with respect to the determination of
rational threshold values (TVs) and proposal of appropriate remediation
technologies and measures.

We participated in the LIFE+ Environment Policy and Governance 2010: Chromium in
Asopos Groundwater system: Remediation technologies and measures (CHARM). During
this assignment our responisbilities include: a) the evaluation of geogenic
Cr(VI) in Greek groundwater aquifers and in Asopos river basin, b) the design
and implementation of a wide groundwater and soil sampling in Northern Greece
and Asopos river basin, c) the evaluation of potential Cr(VI) anthropogenic
sources in Asopos river basin and c) the preparation of deliverables.

Download Project Sheet

 



Risk assessment of an uncontrolled waste landfill at Attica

The purpose of this assignment was to strengthen the NTUA research team to
evaluate the environmental risk of a currently inactive uncontrolled dumpsite of
Attica that used to operate by 2010’. The geological background of the area is a
karstic limestone that naturally has a high water permeability that
significantly increase the risk of groundwater contamination, that is mainly
used for irrigation.

For the purposes of this assignment, site visits in the wider area were
conducted, inhabitants and municipal employees were interviewed and an extensive
soil and groundwater sampling were carried out in order to examine whether the
dumpsite received not only domestic but industrial waste as well, but also if
groundwater has been contaminated by leachate so far, taking into account the
vulnerable geological background.

Download Project Sheet

 



Environmental site assessment of a landfill in North Greece

The purpose of this assignment was to strengthen the NTUA research team to
evaluate the environmental risk of one of the largest landfills in Greece.

During this assignment, site visits in the wider area of the landfill were
conducted, employees were interviewed, and an extensive groundwater sampling
were carried out in order to examine the environmental impacts of landfill to
groundwater quality. In addition, the groundwater sampling protocol that was
followed by then was reviewed, the laboratory methods used were assessed and the
leachate treatment system was reviewed in order to further assess the
environmental impacts of the landfill to the surface water quality as well.

Download Project Sheet



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ABOUT

We are environmental consultants with more than 20 years’ experience in
providing services to our clients to comply with the environmental legislation,
mitigate their environmental impacts and improve their environmental footprint.





CONTACT INFO

 * ENYDRON
   111 Chrysostomou Smyrnis str., 183 45 Moschato, Greece
 * +30 210 8836555
   
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