
Description
Vertical Lime Kiln – Efficient Lime Production for Various Industries
The Vertical Lime Kiln is a highly effective and energy-efficient solution for producing quicklime (CaO) from limestone (CaCO₃). This kiln is designed to calcine limestone at high temperatures, typically ranging from 900°C to 1000°C, through a vertical shaft system. It is commonly used in industries such as cement, metallurgy, steel, and chemical processing for the production of lime, which is essential for various applications including flue gas treatment, water purification, and construction.
The vertical design allows for efficient material flow, with continuous feeding at the top and lime discharge at the bottom. The kiln’s multi-zone heating ensures that the limestone is exposed to a uniform heat distribution, maximizing the quality and consistency of the final product. Additionally, the vertical lime kiln features energy recovery systems that improve overall fuel efficiency, reducing operating costs and environmental impact.
Key Features:
Continuous feeding and discharge for efficient lime production
High thermal efficiency with multi-zone heating for uniform calcination
Suitable for a wide range of lime production capacities and material types
Energy recovery systems to reduce fuel consumption and improve sustainability
Widely used in industries such as cement, steel, metallurgy, and chemicals
Durable, reliable design with easy maintenance
Choose the Sinomaly Vertical Lime Kiln for a cost-effective, high-capacity lime production system that offers superior energy efficiency, consistent product quality, and enhanced sustainability.
Technical Details
Description | |||
---|---|---|---|
Model | TTHN | ||
Effective Volume (m3) | 100-500 | ||
Capacity (t/d) | 80-400 | ||
Heat Consumption (KJ/Kg·lime) | 910X4.1868 | ||
Coal Consumption (Kg/t·lime) | <130 | ||
Utilization Coefficient (t/d·m3) | ≥0.85 | ||
Activity Degree (ml) | ≥300 | ||
CaO Content Of Quicklime (%) | ≥90 | ||
Over-burning Rate Of Quicklime (%) | <5-7 | ||
Limestone Consumption (t/t·dust) | 1.8 | ||
CO2 Concentration In Flue Gas (%) | 42 | ||
Soot Emission Index (mg/Nm3) | <10 |