The application of bagasse carbonization furnace promotes the green transformation of the sugarcane production chain and has the following impacts and promotion effects:

1. The use of bagasse carbonization furnace solves the problem of waste of sugarcane bagasse. Traditionally, a large amount of slag is produced after harvesting sugarcane, which is usually disposed of by open burning or composting, which can easily cause environmental pollution and waste resources. The bagasse carbonization furnace can efficiently carbonize sugarcane bagasse and convert it into useful biomass charcoal. This not only reduces waste generation but also converts waste into valuable energy products.

2. The application of slag carbonization furnace provides renewable energy and green energy options. Biomass char produced by carbonizing sugarcane bagasse can be used as a solid fuel, replacing traditional fossil fuels such as coal. The amount of carbon dioxide released when biomass charcoal is burned is relatively low, reducing greenhouse gas emissions and having less impact on the environment. This helps mitigate climate change and promotes sustainable development.

3. The use of slag carbonization furnace promotes the resource utilization of agricultural waste. Biochar after carbonization of sugarcane bagasse can be used as a soil conditioner to increase the organic matter content and water retention capacity of the soil and improve soil quality. This has a positive impact on increasing crop yields and quality, reducing the need for chemical fertilizers and pesticides, and reducing the negative impact of agriculture on the environment.

4. The application of slag carbonization furnace promotes the circular economy of the sugarcane production chain. By converting bagasse into biochar and soil amendment, a recycling ecosystem is created. This circular economy model reduces the waste of resources, improves resource utilization efficiency, reduces dependence on natural resources, and promotes sustainable development of agriculture.