Kerone Engineering Solutions Ltd. is a market leader in cutting-edge cement slag drier systems with a focus on innovative solutions for the efficient drying and processing of granulated blast furnace slag. Our company has established a reputation as a dependable partner in the cement industry because to its commitment to sustainability and environmental responsibility. Our cement slag dryers were created using contemporary technology, and the best moisture absorption is achieved by using large spinning drums and efficient heating systems.

Our control systems are built for exact monitoring and modification, and we prioritize energy conservation by including heat recovery mechanisms. This ensures that the dried slag produced is consistently of a high standard. We at Kerone are committed to supporting the conversion of industrial waste into useful resources, assisting in the production of environmentally friendly cement, and advancing environmentally friendly building techniques globally.

A specialized industrial device known as a cement slag dryer was created in order to efficiently dry and process granulated blast furnace slag, a waste product of the iron and steel manufacturing sector, for use in cement production. This innovative tool allows for the sustainable utilization of industrial waste materials while drastically reducing the environmental impact.

The conventional cement slag dryer is made up of a sizable spinning drum or cylinder that is heated using a variety of fuels, including electricity, natural gas, or coal. Wet slag is injected into the drum at one end, gradually moving to the other end as the cylinder rotates. Hot air is pushed into the drum as it moves, effectively evaporating the slag's moisture. By carefully controlling the drying process, the slag is made ready for blending with cement clinker when the desired moisture content is reached, usually between one and two percent.

• Cement Production
• Concrete Production
• Road Construction
• Soil Amendment
• Environmental Remediation
• Building Materials
• Mining Industry

• Resource Utilization
• Energy Efficiency
• High-Quality Product
• Improved Cement Performance
• Environmental Benefits
• Sustainability
• Cost Savings