LATVIAN STATE INSTITUTE OF WOOD CHEMISTRY
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FP5 Projects

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Multi Fuel Operated Integrated Clean Energy Process: Thermal Desorption Recycle-reduce-reuse Technology (TDT-3R MULTI FUEL)

 

Coordination network for lignin oe standardization, production and applications adapted to market requirements (EUROLIGNIN)

 

Development of methods for the remediation of pesticides (PESTICIDE)

 

In-vessel biological degradation of wood powder from the furniture industry (WOODCOMP)

 

Integration of the Latvian state of wood chemistry in the European research area (WOODPRO)

 

 

 

Multi Fuel Operated Integrated Clean Energy Process: Thermal Desorption Recycle-reduce-reuse Technology (TDT-3R MULTI FUEL)
 
NNE5/363/2001, Programme: FP5-EESD, 8 partners, Status: Beneficiary
2002-08-01 - 2005-07-31
LSIWC:
    Department of Technological Research
        Janis Zandersons, Dr., Sen.Researcher, tpd@edi.lv, +371-67551552

 

Develop efficient energy conversion process with overall design efficiency improvement >3% as compared with the unit as operated before retrofit-Improve environmental performance by preventive pre-treatment and removal of HAP. Removal of organic S, Cl>95%, Hg>99% and by use of clean fuel decrease GHG emission with >20% compared to best available technique. Decrease total production cost by >10 % below the cost of technologies that are in operation. Recycle/reuse the removed S, whereas production of by products will be capable of obtaining economic values greater than by products produced with any known technical solutions. Increase feed flexibility for different types of high S content coal and renewable biomass, providing net thermal efficiency on any co-used multi fuel of >65 %. Improve expanded use, EU dimension acceptability of renewable biomass and use waste vegetable oils for CC impregnation for safe/near zero emission clean energy.

Project info: http://cordis.europa.eu/



Coordination network for lignin oe standardization, production and applications adapted to market requirements (EUROLIGNIN)
 
G1RT-CT-2002-05088, Programme: FP5-GROWTH, Contract type: Thematic network contracts, 24 partners, Status: Beneficiary    2002-08-01 - 2005-07-31
LSIWC:
    Laboratory of Eco-effective Conversion
        Janis Gravitis, Dr.habil., Sen.Researcher, jgravit@edi.lv, +371-67553137

Lignin is one of the most abundant renewable raw materials available on earth. Despite of its unique characteristics as a natural product with multiple chemical and biophysical functionalities, this resource is largely under-exploited, because of its image as low quality and low added value material. There is also a complete lack of organised professional co-ordination and communication tools explicitly and exclusively dedicated to lignin market promotion.
As remedy this CA will set up a multi-partner network improving:
1) traditional markets-large quantities but moderate value, "Materials";
2) high value markets ("Bio-chemistry": toxic biocides replacement, health prevention, probiotics and crop cultivation). The main tools are co-ordinated identification of the gaps between the state-of-art and the market needs, promotion of most promising projects and improvement of analytical standards.

Project info: http://cordis.europa.eu/



Development of methods for the remediation of pesticides (PESTICIDE)
  
ICA2-CT-2000-10002, Programme: FP5-INCO 2, Contract type: Cost-sharing contracts, 6 partners, Status: Beneficiary
2000-11-01 - 2003-10-31
LSIWC:
    Laboratory of Lignin Chemistry:
        Galina Telysheva, Dr.habil., Sen.Researcher, ligno@edi.lv, +371-67555916


The project aims at addressing the problem of pesticide pollution and contamination in the former countries of the Soviet Union (NIS states). It aims at developing novel chemical and physical methods for the remediation of pesticides and hence the decontamination of polluted soil, water and food. Major pesticides such as DDT, Linden and various organophosphates are the key focus of the work proposed. New materials, molecular receptors, extraction techniques and reagents will be devised and investigated in detail. They will offer the option of successful remediation of chemically diverse pesticides from various media.

Project info: http://cordis.europa.eu/



In-vessel biological degradation of wood powder from the furniture industry (WOODCOMP)
 
QLK5-CT-2001-70471, Programme: FP5-LIFE QUALITY, Contract type: Cooperative research contracts, 7 partners, Status: Beneficiary
2002-01-01 - 2004-03-31
LSIWC:
    Laboratory of Bioengineering    
        Uldis Viesturs, Dr., Prof., Sen.Researcher
        present contact person: Juris Vanags, Dr., Researcher, btc@edi.lv, +371-67553063

Project info: http://cordis.europa.eu/


Integration of the Latvian state of wood chemistry in the European research area (WOODPRO)
 
QLK5-CT-2002-30360, Programme: FP5-LIFE QUALITY, Contract type: Preparatory, accompanying and support measures, 1 partner, Status: Coordinator
2003-03-01 - 2006-07-31
LSIWC:
    Administration and all laboratories and research groups
        Bruno Andersons, Dr., Scientific Director, Sen.Researcher


The main aim of the activities of the Latvian State Institute of Wood Chemistry is to meet the social and economic demands of Latvia by developing innovative products and technologies on the basis of wood and other types of biomass carrying out multidisciplinary theoretical and applied studies. The aim of the project is to integrate this Institute into the European research by establishing close cooperation with the leading European institutes: exchanging information and ideas; creating an approach to unique research equipment and methods, promoting the renewal of the Institute‘s scientific staff, involving young researchers in the science turnover. This project will intensify the scientific studies and, in collaboration with the Supervisory Board, will actualise the research directions. As a result, the development of Sees in Latvia and in general will be promoted for rational. Environmentally friendly utilization of wood and biomass.

Project info: http://cordis.europa.eu/

 




























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