Furfural residue, as a kind of biomass resource, has broad application prospects. In recent years, the production of charcoal from furfural residue has gradually attracted people's attention, which can not only convert waste furfural residue into valuable carbon products, but also realize the effective utilization of resources and environmental protection.
1. The significance of furfural residue to charcoal.
The furfural residue charcoal making technology is a process in which the furfural residue is finally converted into carbon after a series of treatments. This technology not only solves the problem of furfural residue treatment, but also produces carbon products with a variety of uses, which can be widely used in environmental protection, chemical industry, energy and other fields.
Second, the role of the carbonization furnace in the process of charcoal.
The carbonization furnace is the core equipment of furfural slag charcoal making technology. In the carbonization process, the furfural slag is placed in the carbonization furnace and subjected to high temperature treatment to allow the volatiles in it to escape, leaving solid carbon. Parameters such as temperature, atmosphere and time of the carbonization furnace have an important impact on the properties of the final carbon product.
3. Types and selection of carbonization furnaces.
According to the heating method and structural characteristics, the carbonization furnace can be divided into many types, such as vertical carbonization furnace, horizontal carbonization furnace and rotary carbonization furnace. Different types of carbonization furnaces have different advantages and disadvantages, suitable for different production scales and needs. When choosing a carbonization furnace, it is necessary to consider factors such as production efficiency, energy consumption, product quality and environmental protection requirements. The material characteristics of furfural slag are small particle size, which is more suitable for drum carbonization furnace (rotary carbonization furnace type) with continuous process
Fourth, the application prospect of furfural residue to charcoal.
With the enhancement of environmental awareness and the increasing shortage of resources, the furfural residue charcoal technology will have a broader application prospect. By continuously optimizing the design and operating parameters of the carbonization furnace and improving the quality and yield of carbon products, the development and application of furfural residue charcoal making technology will be further promoted.
From Baxter Environmental Protection: