Objectives of BIOSOIL project
The main objective of BIOSOIL
project is to demonstrate the technical and economic feasibility of Compost
Bioremediation technology for the reclamation of polluted soils
with different characteristics and/or different types of organic pollutants.
The remediation of polluted urban soils by means of an innovative,
effective, environmental-friendly, versatile and cost-effective technology
such as Compost Bioremediation technology, will promote the integration
of environmental considerations in urban planning for the sustainable development
of many cities in Europe.
Moreover, the reclamation of urban brownfields will facilitate the integration
of new socio-economic activities in derelict urban areas, promoting the
development of many cities in the European Union.
This main objective is divided into the following more specific objectives:
- Increase the intrinsic biodegradative capacity of a contaminated soil
with the addition of a specifically made compost that
will act as a degradative microbial bioaugmented inoculum and will improve
soil structural and nutritional characteristics, accelerating therefore
the bioremediation process.
- Provide new technologies of high efficiency and minimal
environmental impact for the reclamation of contaminated soils.
- Facilitate a sustainable management of contaminated soils
without the necessity of their dumping in landfills, which involves social
or environmental threatens and risks for human health, groundwater and
ecosystems.
- Increase the availability of clean urban soil for the re-planning
of brownfields.
- Promote environmental initiatives that will contribute to the implementation,
updating and development of Community Environment policy
and to Sustainable Development in the European Community.
- Create direct and indirect employment in activities
related to the management of contaminated soils and the introduction of
new socio-economic activities in reclamated emplacements.
- Introduce innovation and quality
in the management model of contaminated soils.