Indirectly Heated Rotary Kiln
Indirectly Heated Rotary Kiln
An Indirect Rotary Kiln that revolutionises pyro-processing
FLSmidth’s Indirectly Heated Rotary Kiln is a more sustainable and affordable choice when compared to others on the market, as it offers both minimised fuel consumption and maintenance. With the numerous benefits that the kiln provides, you are bound to be impressed.
An indirect rotary kiln that keeps sustainability in mind without substituting quality
With a strong demand for the mining industry to adopt a more sustainable method of producing high-quality products, the machinery used must be designed to accommodate this need, while still maintaining a high level of efficiency and productivity. However, if designed poorly, maintenance issues and higher operational costs can make this sustainable approach not worthwhile.
This is why, at FLSmidth, we have designed and engineered an Indirect Rotary Kiln that aims to provide a solution to these problems. Rather than applying heat directly to the material – as direct rotary kilns do – the Indirect Rotary Kiln is heated from the outside, where the material is heated via contact with the outer kiln shell. This allows for a more tightly controlled environment, which is especially effective when used primarily in the lithium from spodumene industry. The kiln is also suitable for use with any minerals bearing ore from which the action of mineral acids extracts metals.
For this reason, we have manufactured our indirect rotary kilns to be highly robust, ensuring minimal maintenance and a longer service life. With our kiln, you also benefit from reduced fuel consumption and waste gas emissions, which is both cost-effective and sustainable.
For these reasons, our indirectly heated rotary kiln is the best of its kind, making this product your ideal choice when you need high-quality material processing at your facility.
Benefits that reduce operating costs and maintenance
FLSmidth’s Indirect Rotary Kiln offers numerous benefits designed to optimise your facility while reducing operating costs and maintenance.
