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Figure from:Pellet – a Key to Biomass Energy

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Table 1. Comparison of selected wood pellets standards and specific standards for the various forms of biomass processing. The first part refers to the classification of the origin and sources of biomass derived from the environment and its processed forms that enter the market. The second part, characterise six groups of products: Wood pe lets, Wood briquettes, Wood chips, Fire wood, Non-wood pellets. The purpose of this actions, taken by the European Commissi on, is to create a common nomencla ture for communication between the suppliers of biomass, processors, consumers and producers treatment. of equipment associated with its

Table 1 Comparison of selected wood pellets standards and specific standards for the various forms of biomass processing. The first part refers to the classification of the origin and sources of biomass derived from the environment and its processed forms that enter the market. The second part, characterise six groups of products: Wood pe lets, Wood briquettes, Wood chips, Fire wood, Non-wood pellets. The purpose of this actions, taken by the European Commissi on, is to create a common nomencla ture for communication between the suppliers of biomass, processors, consumers and producers treatment. of equipment associated with its

Related Figures (6)

Suppliers of raw biomass take care of good condition of the material source. Plantations for example require appropriate use of fertilizers or pesticides. Biomass, which reached the appropriate age and properties, is collected and shredded for easier transportation.
Suppliers of raw biomass take care of good condition of the material source. Plantations for example require appropriate use of fertilizers or pesticides. Biomass, which reached the appropriate age and properties, is collected and shredded for easier transportation.
step is the fragmentation of biomass usi hammer mills. Then the material in loose form, ure, is placed in a device th forms pellets. In some cases, depe material properties used to create pellets, addi under air press a special binder, which increases density of pelle properties. ts, is needed. The hardness ail final produ is stored and cooled, which helps to improve i nding on tl Source: Antares Group Inc., Assessment of Power Production at Rural Utilities Using Forest Thinnings and Commercially Available Biomass Power Technologies. Prepared for the U.S. Department of Agriculture, U.S. Department of Energy and National Renewable Energy Laboratory, 2003.
step is the fragmentation of biomass usi hammer mills. Then the material in loose form, ure, is placed in a device th forms pellets. In some cases, depe material properties used to create pellets, addi under air press a special binder, which increases density of pelle properties. ts, is needed. The hardness ail final produ is stored and cooled, which helps to improve i nding on tl Source: Antares Group Inc., Assessment of Power Production at Rural Utilities Using Forest Thinnings and Commercially Available Biomass Power Technologies. Prepared for the U.S. Department of Agriculture, U.S. Department of Energy and National Renewable Energy Laboratory, 2003.
Source: P. Donaj, W. Yang, W. Blasiak, High-temperature steam gasification of straw pellets, Royal Institute of Technology, Stockholm 2010 The best measure of the competitiveness of energy generated from the pellet is its price (figure 1).
Source: P. Donaj, W. Yang, W. Blasiak, High-temperature steam gasification of straw pellets, Royal Institute of Technology, Stockholm 2010 The best measure of the competitiveness of energy generated from the pellet is its price (figure 1).
The costs of fuel production from biomass is significantly higher than the prices of conventional fuels such as coal or natural gas. Carbon dioxide emissions, which is accompanied by fossil fuel burning, however, makes the final cost of energy production ranks at a similar level. This fact is of crucial
The costs of fuel production from biomass is significantly higher than the prices of conventional fuels such as coal or natural gas. Carbon dioxide emissions, which is accompanied by fossil fuel burning, however, makes the final cost of energy production ranks at a similar level. This fact is of crucial
Figure 3. Pellet market balance in Europe in 2008
Figure 3. Pellet market balance in Europe in 2008
Source: R. Sikkema, M. Steiner, M. J unginger, W. Hiegl, Final report on producers, traders and consumer of wood pellets, Vienna 2009
Source: R. Sikkema, M. Steiner, M. J unginger, W. Hiegl, Final report on producers, traders and consumer of wood pellets, Vienna 2009
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