Abstract
Purpose. Development of a cost-effective method for the production of branded metallurgical lime. Metodology. Analysis of technical solutions known in engineering in the field of lime production technology, as well as a generalization of the experimental studies obtained. Findings. An efficient method for the production of metallurgical lime with a low consumption ratio with low energy consumption and reduction of harmful emissions has been developed and introduced into production. Practical value. Developed and implemented in the production method of lime can be implemented in the foundry industry and will reduce the cost of products, reduce harmful emissions, especially in the conditions of micro-metallurgical production Key words: energy consumption, harmful emissions, vertical annular gap, lined shells, electric heaters, counter thermal flows, expenditure ratio, branded metallurgical lime.
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