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Biomass energy industrial bread

Biomass energy industrial bread is a type of fuel made from agricultural and forestry residues such as corn stalks, wheat stalks, sunflower stalks, willow, Caragana, Tamarix, tree roots, and branches. Using our company's self-developed special equipment and processes including "crushing-pulverizing-drying-dust removal-compression", loose and disordered agricultural and forestry residues are transformed into high-density, standardized biomass energy industrial bread fuel.

Category:

Biomass energy commercialized molded fuel

Keyword:

Biomass energy industrial bread


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  • Description
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  • Product Introduction

    Biomass energy industrial bread is a kind of fuel made from agricultural and forestry residues such as corn stalks, wheat stalks, sunflower stalks, willow, caragana, tamarix, tree roots, and branches. Using our company's independently developed special equipment and through processes such as "breaking-crushing-drying-dust removal-compression", loose and disordered agricultural and forestry residues are transformed into high-density, standardized biomass energy industrial bread fuel.

     

    Product Advantages

    a. Achieving Commercialization: Processing agricultural and forestry residues and other biomass energy raw materials into standardized biomass energy industrial bread, which can be marketed as a standardized bulk commodity;

    b. Contributing to Rural Revitalization: For every 10,000 tons of biomass resources collected, it can directly increase the income of local farmers by two to three million yuan, which is beneficial to the increase in income of farmers, rural revitalization, beautiful countryside, and ecological civilization construction;

    c. Renewable Energy Attributes: Biomass energy has low sulfur, low nitrogen, and zero carbon emissions. It is the only carbon-containing renewable fuel and a multi-flavor energy that can replace fossil energy and be converted into gaseous, liquid, and solid fuels. It can be used in green methanol preparation, energy saving and carbon reduction in the power generation industry, power peak regulation, heating, and civilian use.

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