In the bentonite processing industry, drying is one of the key production links, and coal-fired boiling furnaces have long been widely used to provide the heat source required for drying due to their high calorific value and low cost.
High-efficiency drying, but energy consumption and pollution problems are prominent
Bentonite drying requires stable and high-temperature hot air. Coal-fired boiling furnaces can provide high-temperature hot air above 400°C, which meets the requirements of rapid dehydration of bentonite and effectively improves production efficiency. The person in charge of a bentonite processing company said: "Compared with electric heating or gas hot air furnaces, coal-fired hot air furnaces have lower operating costs and are especially suitable for large-scale continuous production."
Technical improvement: New coal-fired boiling furnaces improve energy efficiency and reduce emissions
In order to meet environmental protection requirements, some equipment manufacturers have launched improved coal-fired boiling furnaces, using technologies such as stratified combustion, flue gas circulation and bag dust removal to increase thermal efficiency to more than 80%, while reducing sulfide and particulate matter emissions. In addition, some companies combine waste heat recovery systems to further reduce energy consumption.
Driven by the "dual carbon" goal, biomass boiling furnace are creating a technological revolution in the fields of industrial heating and agricultural drying wi
In the field of industrial drying, pulverized coal hot air furnaces are becoming a new choice for many companies to replace traditional coal-fired boilers with
Driven by the "dual carbon" goal, the biomass drying industry is accelerating its transformation towards high efficiency and low carbon. Clean hot air furnaces
In the bentonite processing industry, drying is one of the key production links, and coal-fired boiling furnaces have long been widely used to provide the heat
