What breakthroughs have biomass pellet hot air furnaces made in industrial applications?
Publish Time: 2025-04-08
Against the backdrop of global energy transformation and increasingly stringent environmental protection requirements, biomass pellet hot air furnaces, as an efficient and environmentally friendly energy device, have made significant breakthroughs in industrial applications, providing new solutions for the sustainable development of industrial production.Significantly improved energy efficiencyThe biomass pellet hot air furnace uses advanced combustion technology and heat exchange systems to significantly improve energy efficiency. Taking the biomass hot air furnace developed by Yuanheng New Energy in Xuzhou, Jiangsu as an example, it uses an innovative heat exchange system to completely eliminate the problem of heat exchange tube blockage, and has a thermal efficiency of more than 85%, which is a significant leap compared to the traditional coal-fired hot air furnace with a thermal efficiency of up to 70%. In a rice drying project in Yancheng, Jiangsu, the original coal-fired hot air furnace was replaced with a Yuanheng biomass hot air furnace, which significantly saved fuel costs, fully demonstrating the advantages of biomass pellet hot air furnaces in energy efficiency.Significantly improved environmental performanceThe biomass pellet hot air furnace uses biomass pellets as fuel, which is made from renewable resources such as crop waste and sawdust. After burning, it does not produce harmful substances such as sulfur dioxide and phosphorus pentoxide, and does not cause acid rain, which conforms to the concept of green environmental protection. At the same time, the ash after the combustion of biomass fuel is a high-quality organic potash fertilizer with extremely high grade, which can be recycled to create profits, realizing the recycling of resources. In grain drying projects in some areas, after the biomass pellet hot air furnace replaced the coal-fired hot air furnace, all the indicators of flue gas emissions met the standards, effectively reducing air pollution and contributing to improving environmental quality.Improved automation and intelligence levelModern biomass pellet hot air furnaces are equipped with advanced control systems, which realize automated and intelligent operation. The control system can adjust and monitor the various parameters of the hot air furnace in real time, control the working status of the ignition mechanism, feed motor, fan and other components, and has fault alarm and remote monitoring functions. Taking the 5LS-20 biomass pellet hot air furnace as an example, its control system has manual, automatic and parameter setting functions, which can automatically adjust the hot air temperature of the grain dryer, and the deviation is controlled within ±3°C, ensuring the drying quality. In addition, it can also be connected with the mobile phone APP in real time, so that users can grasp the operation of the equipment at any time and deal with faults in time, which improves the safety and reliability of the equipment.Continuous expansion of application areasThe application field of biomass pellet hot air furnace is no longer limited to grain drying, but gradually expanded to multiple fields of industrial production. In light industries such as textiles, food processing, and papermaking, biomass pellet hot air furnace can provide a stable heat source for production to meet the needs of steam or drying. In the drying field of traditional Chinese medicine, pepper, seafood, tea, dried fruit and meat industries, biomass pellet hot air furnace has also been widely used. For example, in the drying of chrysanthemums, the hot air generated by the biomass hot air furnace has a high temperature, fast speed, and uniform temperature, which will not cause excessive heat damage to the chrysanthemums, while maintaining the fragrance and color of the chrysanthemums and improving the product quality.The breakthrough of biomass pellet hot air furnace in industrial applications has not only increased energy efficiency and improved environmental performance, but also enhanced the level of automation and intelligence and expanded the application areas.
