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Biomass fuel
As a renewable and environmentally friendly energy source, "biomass fuel" is increasingly gaining favor in industrial sectors such as hot-air furnaces. Primarily derived from organic materials—including crop stalks, forestry residues, and livestock and poultry manure—after processing and conversion, biomass fuel not only boasts a wide range of sources but also produces extremely low carbon dioxide emissions during combustion, thereby helping to mitigate the global greenhouse effect. In the application of hot-air furnaces, biomass fuel has demonstrated its unique advantages. Compared with traditional coal or oil fuels, biomass fuel burns more completely and achieves higher thermal efficiency, significantly reducing energy consumption and operational costs. At the same time, it generates minimal ash residue that is easy to handle, thus alleviating the burden of environmental pollution and waste disposal. Moreover, with continuous technological advancements, biomass fuel processing and combustion technologies have become increasingly sophisticated, making the combustion process more stable and controllable and enabling biomass fuel to meet the stringent quality requirements of hot-air furnaces. Therefore, promoting the use of biomass fuel not only helps optimize and upgrade the energy structure, fostering sustainable development, but also provides cleaner and more efficient energy solutions for industrial equipment such as hot-air furnaces, thereby supporting the green transformation of industrial production.
Key words:
Hot-air stove biomass fuel