Advantages of the new calcium oxide production line
In the wave of industrial development that emphasizes both environmental protection and efficiency, the new calcium oxide production line stands out with significant advantages and has become a key driving force for industry transformation.
Energy conservation and consumption reduction, cost reduction and efficiency improvement
The production line adopts energy-saving kiln types such as new vertical kilns and rotary kilns, combined with waste heat recovery devices, to convert the waste heat from the kiln tail gas into steam or hot air for raw material preheating, drying and other processes. The comprehensive energy consumption is reduced by 20% -30% compared to traditional processes. The intelligent combustion control system adjusts the fuel ratio in real time to avoid excessive heating, and the fuel cost per ton of product can be reduced by 15% -20%.
Environmental protection upgrade, green intelligent manufacturing
Equipped with advanced environmental protection equipment such as pulse bag filters and integrated desulfurization and denitrification devices, the emission concentrations of particulate matter, sulfur dioxide, and nitrogen oxides are far below the national ultra-low emission standards, achieving "near zero dust and ultra-low emissions". The fully enclosed production process and automated ash unloading system suppress dust throughout the entire process from raw material feeding to finished product outbound, greatly improving the cleanliness of the factory environment.
Intelligent control, quality improvement
Relying on the PLC+DCS intelligent control system, it integrates real-time monitoring of multiple parameters such as temperature, pressure, and flow rate with AI algorithm regulation, achieving full process automation and reducing labor costs by more than 40%. The precise temperature control technology enables the activity of calcium oxide to exceed 360ml (4N · HCl/10min), and the free calcium content to remain stable within 0.5%. The uniformity and stability of the product are significantly improved, meeting the needs of high-end fields such as metallurgy, environmental protection, and chemical engineering.
