Daily production of 200 tons of lime kiln vertical kiln
The daily output of 200 tons of lime kiln vertical kiln is an efficient, energy-saving, and environmentally friendly lime production equipment, widely used in industries such as construction, metallurgy, and chemical industry
βοΈ Core Technical Parameters
- ProductοΌDaily production of 200 tons of lime kiln vertical kiln
- Calcination technology: countercurrent calcination
- Capacity scale: 200T/P
- Control system: PLC control system
- Unit energy consumption: 120-130kg standard coal
- Usage: Metallurgy, construction lime calcination
- Price: Cost varies depending on production capacity scale
The daily output of 200 tons of lime kiln vertical kiln is an efficient, energy-saving, and environmentally friendly lime production equipment, widely used in industries such as construction, metallurgy, and chemical industry. This article will provide a detailed introduction to this type of vertical kiln.
1γ Technical characteristics
The daily output of 200 tons of lime kiln vertical kiln adopts advanced combustion technology and thermal design concept, and has the following significant characteristics:
Efficient production capacity: By optimizing the kiln structure and combustion system, we ensure that limestone is fully burned in the kiln, achieving a daily production capacity of 200 tons and meeting the needs of large-scale production.
Energy conservation and environmental protection: adopting low nitrogen combustion technology to reduce harmful gas emissions; Equipped with an efficient exhaust gas treatment system, achieving clean emissions of exhaust gas and meeting national environmental standards.
Intelligent Control: Equipped with advanced automation control systems, it realizes real-time monitoring and intelligent adjustment of key parameters such as temperature and pressure, ensuring stable and reliable production processes.
2γ Structure and craftsmanship
The vertical kiln mainly consists of kiln body, combustion system, feeding system, discharge system, and exhaust gas treatment system. After crushing and screening, the limestone raw materials are fed into the kiln through the feeding system. In the kiln, limestone undergoes stages such as preheating, calcination, and cooling, ultimately transforming into high-quality lime. Throughout the production process, the combustion system provides the required heat energy, while the exhaust gas treatment system ensures the clean emission of exhaust gas.
3γ Application advantages
The daily output of 200 tons of lime kiln vertical kiln has shown the following advantages in practical application:
Reduce production costs: By improving combustion efficiency and thermal energy utilization, reduce energy consumption; Meanwhile, by-products such as waste residue can be recycled and reused, further reducing production costs.
Improve product quality: By precisely controlling the temperature and calcination time inside the kiln, ensure the uniformity and stability of lime, and improve product quality.
Enhancing market competitiveness: Efficient and environmentally friendly production processes can help enhance a company's image and market competitiveness, and win more market share for the company.
4γ Summary
As an efficient, energy-saving, and environmentally friendly lime production equipment, the daily output of 200 tons of lime kiln vertical kiln has a wide range of application prospects in the field of lime production. With the continuous improvement of environmental protection requirements and the intensification of market competition, this type of vertical kiln will become one of the preferred equipment for lime production enterprises. In the future, with the continuous progress and innovation of technology, the daily output of 200 tons of lime kiln vertical kiln will achieve greater breakthroughs in performance, efficiency, and environmental protection, making greater contributions to the sustainable development of the lime industry.
π Applications & Advantages
Metallurgy
Calcination of active lime, dolomite, magnesite to improve metallurgical performance and reduce impurities.
Cement Industry
Core clinker calcination with co-processing of alternative fuels for energy saving and carbon reduction.
Chemicals & Refractories
Processing bauxite, ceramic proppants, chemical raw materials and fine powders.
Low-Carbon Value
Combined with preheater and cooler, heat consumption can be reduced to <850 kcal/kg clinker, saving thousands of tons of standard coal annually compared to conventional kilns.
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