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Regenerative Heating Furnace

Regenerative Heating Furnace
The Regenerative Heating Furnace is a highly efficient, energy-saving industrial solution designed to meet the demands of continuous high-temperature heating processes. By incorporating twin regenerative burners that alternate between combustion and heat recovery, this furnace can significantly reduce fuel consumption—by up to 50%—while ensuring optimal temperature uniformity and minimal emissions. This technology is widely used in steel, non-ferrous metals, and glass industries.
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  • Free combination on demand to meet various working conditions

Features & Specifications.

  • Advanced Regenerative Burner System

    Achieves combustion air preheating up to 1,000 °C.

  • Fuel Savings of 35–50%

    Through efficient heat recovery using ceramic honeycomb or ball regenerators.

  • Wide Power Range

    Standard models range from 500 kW to 6 MW; customized designs up to 15 MW.

  • Low Emissions

    NOx emissions < 70 ppm (3% O₂), with optional flameless combustion.

  • Compatible Fuels

    Supports natural gas, LPG, coke oven gas, light oil, and hydrogen-blended gases.

  • Modular & Maintainable

    Easy-to-replace regenerator units and burner assemblies.

  • Safety & Control Systems

    Integrated BMS, UV flame detection, PLC control, and NFPA 86 / EN 746-2 compliance.

Applications.

  • Billet and slab reheating in steel mills

  • Forging furnace preheating

  • Aluminum and copper melting furnaces

  • Ceramic and glass kilns requiring high-temperature uniformity

  • Heat treatment systems for mechanical parts

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