BRAZIL BIOMASS FUEL WOOD CHIPS ENERGY

Wood Chips Pinus Brazil Biomass and Partners are ideal for the fuel energy. Our product is of high quality. Wood fuel has several environmental advantages over fossil fuel. The main advantage is that wood is a renewable resource, offering a sustainable, dependable supply. Other advantages include the fact that the amount of carbon dioxide (CO2) emitted during the burning process is typically 90% less than when burning fossil fuel. The principle economic advantage of wood biomass energy is that wood is usually significantly less expensive than competing fossil fuels.

The wood chips, pine present average humidity around 20/25%, due to the process of packing. The analyses were performed in triplicate for each treatment and followed recommendations of the rules of TAPPI - Technical Association of Pulp and Paper Industry (TAPPI, 1994). Our company develops viable projects in renewable energy. One of our jobs is to produce and export wood chips to the international market. It is a pleasure to get in touch with you for a reciprocal collaboration in terms of Biomass fuels and Renewable Energy.

The analyses had been doing at the Energy Laboratory. For the determination of the moisture content. The granulometry was determined by method developed in the Energy Laboratory. Ash in wood was determinated by TAPPI T211 Standard and gross and net calorific value by DIN 51900 Standard. Moisture content, ash, gross calorific value and net calorific value in wood. Ash wood 0,35 % Gross calorific value 4847.

The ideal moisture content is equal or lesser that 30% and greaters that 60% are undesirable. The ash content is low, compatible with the usual values of the wood. The gross calorific value is compatible with the values observed for wood, that are between 4500 the 5000 kcal/kg. The net calorific value must be greater that 1200 kcal/kg to have satisfactory performance in burners with grate. 97,24% of material have chips dimensions.

Materials for use in burners with grate system must have lesser percentage 30% of material with sawdust dimensions. It shows that the material have adequadet dimensions for burners systems with grates. The energy characterization of the material shows that the results of the ash, gross calorific value and granulometry are adequated. The material can be used in the generation of energy, in systems of burners with grates (fixed or mobile stream beds).