Fachbereich Ökologische Agrarwissenschaften University of Kassel Organic Agricultural Sciences

 



Dept. of Grassland Science
and Renewable Plant Resources
Fachgebiet Grünlandwissenschaft
und Nachwachsende Rohstoffe

 
 
Research
 Completed research projects
 Completed theses/ MSc/ BSc
 Research network bioenergy
 Environmental profile of Kassel University
 Former Dept. of Agronomy
   

                                                                                                                    

PROGRASS - Securing the conservation of NATURA grassland habitats with a distributed bioenergy production

 

Objectives:

The University of Kassel developed a technological and process orientated approach (PROGRASS) to produce bio-energy (electricity and solid fuel) also from mature grasslands (protected NATURA habitats).

Due to the adapted technology the PROGRASS approach is especially feasible for extensive grasslands – a substrate which causes problems in conventional biogas or combustion systems.

In the framework of the LIFE+ project PROGRASS will be demonstrated in extensive grasslands in European NATURA habitats of Germany, UK and Estonia – not only to prove the feasibility but also to evidence that the approach may become a cornerstone in the protection of these grasslands biotopes in Europe by developing a sustainable solution consisting of nature protection and socio-economic development of disadvantaged, marginal rural regions.

 

Thus PROGRASS follows the overall objectives:

  • Protection of NATURA reserves
  • Securing livelihood for small farmers in retreated areas
  • Saving/Compensating costs for the conservation of grassland biotopes
  • Increasing the acceptance for the compulsory and sustainable management and maintenance of these biotopes
  • European wide creation of awareness and transfer of the approach for the sake of European NATURA habitats

 

On the operative level the project is consisting of 4 work packages:

  1. DEMONSTRATION of the approach of electricity and solid fuel production on typical extensive European grasslands
  2. Verifying the FEASIBILITY of the approach
  3. Investigating and evidencing the SUSTAINABILITY of the approach
  4. VALORISATION of the approach on different typical sites in the German state of Hesse and different European regions
further information (pdf)
Homepage: www.prograss.eu
  Copyright © Department of Grassland Science and Renewable Plant Resources
  Editor: Maike Himstedt
  Last modified:   
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