Abstract
Natural gas-fired walking-tray furnaces are an innovative solution for heat treatment of metals, providing increased energy efficiency and reducing environmental impact.The article analyzes the prospects for introducing this technology into the metallurgical industry of Kazakhstan.Particular attention is paid to comparison with traditional heating methods, identifying key benefits such as reduced emissions of carbon dioxide, nitrogen oxides and particulate matter, as well as the cost-effectiveness of switching to natural gas.The scientific novelty of the study lies in the comprehensive assessment of the design features of continuous furnaces with a walking pallet and the development of innovative approaches to automated control of temperature conditions.The article presents new data on the possibilities of optimizing the processes of heating blanks using intelligent control systems, which allows minimizing production losses and improving product quality.The practical significance of the study lies in the development of recommendations for adapting this technology to the conditions of Kazakhstan's metallurgy, including the modernization of existing production facilities.The introduction of continuous furnaces with a walking pallet on natural gas will allow enterprises to significantly reduce operating costs, reduce their carbon footprint and increase competitiveness in the global market.In addition, the importance of developing gas transportation infrastructure for the successful integration of this technology in regions with limited access to natural gas is emphasized.The proposed solution opens up new opportunities for the modernization of metallurgical enterprises in Kazakhstan, ensuring a balance between production efficiency, environmental safety and economic benefits.