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Wood chips and other low-grade wood wastes are the major type of biomass fuel. Other common biomass fuel sources are agricultural. Wood-chips are cut according to the sizes ordered by the buyers and they are dishydrated through. Wood residues from pulp and paper manufacturing, lumber mills, and other industrial wood users are frequently used for producing biomass electricity. Hundreds of biomass fuel systems are currently at work in different parts heating schools, government complexes, and entire city downtowns, as well as producing renewable electricity.

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Much of the raw materials Brazil Biomass Wood Chips SC we use for biomass from certified forests.

Brazil has tradition on biomass production and use. The country fulfils the main required conditions regarding large-scale production of biomass, such as land availability, adequate weather conditions, inexistency of particular constraints regarding labour and the domain both of biomass-production and biomass-conversion technologies in the agricultural and in the industrial sides. Brazil has tradition and a significant potential on biomass production. The historical importance of biomass energy in Brazil is due to a set of factors, including (i) the size of the country and the availability of land, (ii) the adequacy of its weather, (iii) the availability and the low cost of the working force and, most important, (iv) the domain of biomass-production and biomass-conversion technologies in the agricultural.

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Technical and environmental aspects: 

i) Average annual yield: 25-50 t/ha for eucalyptus (7 years) and 20-40 t/ha for pines (12 years);

ii) Up to 3 harvests per planting for eucalyptus;

iii) Charcoal - increasing efficiency leading from 330 to 450 kg / t of wood (+ 36%), together with the achievement of 100 % from planted forests for 2010;

iv) No-tillage or reduced tillage is the usual method of planting;

v) Highly reduced input of chemicals;

vi) At licensing stage, it is required the adoption of general BMPs;

vii) Land availability for new forests may be met inside the 10 M ha already forested, even considering rotation practices.

Reasons: short-term rotation and increasing earnings obtained in productivity.

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However, considering the existence of approximately 50 Mm3 of forest residue practically forgotten, it should be considered the utilization of this as an energy. In a horizon of 1 year, when new plantations and reforestation as mention before were ready to be harvested, as a result mainly from the National Programs, Brazil will have great availability of forest biomass to be exported. 

The greatest environmental benefit of burning wood for energy is in its positive impact in moderating climate change. CO2 buildup in the atmosphere is the primary cause of global climate change. Fossil fuel combustion takes carbon that was locked away underground (as crude oil and gas) and puts it in the atmosphere as CO2. When wood is burned, however, it recycles carbon that was already in the natural carbon cycle.

The net effect of burning wood fuel is that no new CO2 is added to the atmosphere, as long as the forests from which the wood came are sustainably managed. Therefore, when wood replaces fossil fuel, the net impact is to reduce CO2 levels in the atmosphere significantly.

Biomass is a renewable fuel that can be sustainably produced. Biomass fuel is a local product. In contrast to coal or petroleum-based fuel, biomass is grown and harvested on local and regional forests and farms. Energy dollars spent on biomass fuel stay in the regional economy, creating jobs and supporting forestry and agriculture.  Biomass fuel prices are generally lower and more stable.  

The advantages of wood chip  Brazil Biomass are: it is cheap, often as cheap as logs and now (June 2007) cheaper than mains gas; it is a standardized product with Europe wide quality standards in place; fully automated, highly efficient boiler systems are available; it can be made from a wide range of raw materials, often sourced locally.         

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