Energy-efficient cooling of baddeleite-corundum in glass furnaces

A method of cooling the baddeleyite-corundum masonry of a cooking basin using a perforated surface for air outflow is considered. The results of calculating jet heat transfer and heat transfer to the environment are presented. Recommendations are given on the choice of parameters for the ventilation system of the masonry, characterized by a 4-fold reduction in air consumption compared to the traditional method of cooling.