Renewable energy Sweden

Wang, Heli he has worked at the National Renewable Energy Laboratory (NREL) in the United States. He received a Ph.D. in corrosion science and materials chemistry from the Helsinki University of Technology in Finland. From 1998, he had worked with nanostructured semiconductors of metal oxides at the Department of Physical Chemistry, Uppsala University, Sweden. His research work has been in materials, electrochemistry, photoelectrochemistry, as well as fuel cell components. 

Bentzen, J. D., Henriksen, U. Hansen, C. H. (1999) Investigation of a Two-Stage Gasifier. 2nd Olle Lindstrom Symposium on Renewable Energy, Bioenergy, 9-11 June, 1999, Royal Institute of Technology Stockholm, Sweden... 

Larson E.D. (June 1999) Advanced Technologies for Biomass Conversion to Energy. In Proceedings of the 2nd OUe Lindstrom Symposium on Renewable Energy, Bio-Energy, Royal Institute of Technology, Stockholm, Sweden. 

El Asri R., De Ruyck J Arauzo J., and Gea G Fluidized Bed Flash Pyrolysis of Biomass , Proceeding of the 2" Olle Lindstrom Syn osium on Renewable Energy - Bioenergy, Sweden, pp. 121-127, 1999. 

Berg, M., Berge, N. (1999) Development of domestic wood fired boilers with catalytic abatement of emissions, Proc. of 2 Olle Lindstrdm Symposium on Renewable Energy - Bioenergy, Stockholm, Sweden... 

Directive 2001/77/EG on promotion of electricity from renewable energy sources. Sweden s strategy is to introduce a system for certificates for electricity from renewables. This system is expected to reduce the future CO2 emissions (NAP 2004). 

The Directive 2009/28/EC also promotes biodiversity protection of threatened species in those lands where biodiesel and bioliquid production would have negative impacts on flora and fauna. Raw materials used in biodiesel and bioliquid production should therefore achieve the status of sustainable, by competent bodies, before being processed. In the longer term, the 2007 Renewable Energy Road Map (European Commission, 2007) specifies the adoption of a minimum 10% consumption of biofuels in the transport sector. Biofuels use in the transport sector would contribute to 14% of total market fuels (corresponding to about 43 million tons of Equivalent Oil) and the share may increase from either current bio—ethanol production in Sweden or biodiesel production in Germany and other European Union countries or other feedstock such as ethanol from straw, rapeseed oil, palm oil, and second-generation biofuels mainly obtained from wood processes (De Lucia, 2010). 

Erlach, B., Wirth, B., Tsatsaronis, G., 2011. Co-production of electricity, heat and biocoal pellets from biomass a techno-economic comparison with wood pelletizing. In Proceedings of World Renewable Energy Congress (Bioenergy Technology), Sweden. 

This work is clearly one in a row of projects originating from the Swedish Parliaments Energy Bill in 1981, which stated energy systems are to be developed, which are primarily based on lasting, preferably renewable and domestic energy sources with the smallest possible environmental impact. This bill was a consequence of the oil crisis in the mid 70 s, which was a shock for the Swedish society and showed how dependent Sweden was on imported oil. [4]... 

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