What are the advantages of the new mechanical lime kiln
In the field of lime production, the new mechanical lime shaft kiln has become a key force in the industry's development with numerous advantages.
The energy-saving effect of the new mechanical lime shaft kiln is outstanding. It uses unique ingredients and fabric methods to mix limestone and coal more evenly, which has an energy-saving effect. While the gas inside the furnace participates in calcination, it also exchanges heat with the upper preheating layer, allowing the heat to be fully utilized. At the same time, the fully enclosed and negative pressure calcination method reduces the standard coal consumption to less than 130Kg/T (lime), and all main electrical parts are controlled by frequency conversion, effectively avoiding the phenomenon of large horses pulling small cars and saving an average of over 40% of electricity.
In terms of environmental protection, the equipment is equipped with specialized dust removal, desulfurization, and denitrification systems. The calcined tail gas is treated with a pulse bag filter for dust removal, which meets national emission standards. It can achieve ultra-low emissions when dealing with dust and sulfur-containing gases, with a high desulfurization rate and no secondary pollution to the environment.
It has a high degree of automation and adopts advanced automation control systems, which can enable one person to operate a single kiln and save manpower. The calcination exhaust gas is treated with a pulse bag filter for dust removal, which meets the national emission standards.
The new type of mechanical lime kiln also has the characteristic of high degree of automation. It adopts advanced automation control system, which can realize one person to operate a single kiln, saving manpower.
In addition, the new mechanical lime kiln has a high degree of automation, which can achieve one person operating a single kiln and save manpower. The adjustment, control, and alarm of the production operation of the calcination system equipment are centrally controlled by PLC in the main control room, and there are screen displays and necessary interlocking monitoring at each control point to ensure stable and efficient production process.
