Recent Development of Kilns

Category: Industry News

Release Date: 2026-04-16

Summary: In recent years, driven by the dual carbon goals and smart manufacturing, the kiln industry has accelerated its transformation toward green and low-carbon operations, intelligent efficiency, structural innovation, and clean energy substitution. The sector is characterized by rapid technological iteration, substantial improvements in energy conservation and emissions reduction, and an ongoing upgrade of the industrial structure (approximately 400 words). Green and energy-efficient solutions have become the core focus. Full-oxygen and oxygen-enriched combustion, regenerative combustion, and low-NOx burners are now widely adopted, boosting thermal efficiency to over 75%; advanced flue-gas waste-heat recovery, multi-layer composite insulation, and nano-coating technologies have reduced unit-product energy consumption by 18%–22% compared with 2020 levels. Double-deck roller kilns are being rapidly deployed, delivering energy savings of 15%–25%, halving land footprint, and enabling flexible production. Intelligentization is deeply permeating the industry. AI, digital twins, and PLC-based closed-loop temperature control achieve precision within ±0.5°C; remote monitoring, predictive maintenance, and automated atmosphere regulation are becoming standard, raising first-pass yield to over 99.7%. The integration of 5G and the Industrial Internet of Things is enabling end-to-end digital and intelligent transformation across the entire value chain, reducing downtime due to fault prediction by 50%. Low-carbon fuels and electric kilns are achieving breakthroughs. Liquid ammonia, hydrogen fuel, and electric heating are replacing natural gas; Mona Lisa’s all-ammonia-fired kiln has achieved zero carbon emissions, reducing annual CO₂ output by 5,200 tons, while all-electric kilns produce zero pollutant emissions and are being rapidly implemented in the glass and ceramics sectors. Structural and application upgrades are underway. Narrow-body, high-speed, modular kilns have become mainstream; batch kilns (shuttle kilns) are evolving toward greater efficiency, lighter weight, and precise atmosphere control. The industry is shifting from equipment sales to integrated models that combine energy-saving services, carbon management, and remote operation and maintenance. Overall, kilns are transitioning from high-energy-consuming equipment to green, intelligent, high-end solutions, thereby supporting the low-carbon, high-quality development of industries such as ceramics, metallurgy, and building materials.

In recent years, driven by the dual carbon goals and smart manufacturing, the kiln industry has accelerated its transformation toward green and low-carbon operations, intelligent efficiency, structural innovation, and clean energy substitution. Overall, the sector is characterized by rapid technological iteration, substantial improvements in energy efficiency and emissions reduction, and an ongoing upgrade of the industrial structure.
Green and energy-efficient practices have become the core focus. Full-oxygen and oxygen-enriched combustion, regenerative combustion, and low-NOx burners are now widely adopted, boosting thermal efficiency to over 75%; advanced flue-gas waste-heat recovery, multi-layer composite insulation, and nano-coating technologies have reduced unit-product energy consumption by 18%–22% compared with 2020 levels. Double-deck roller kilns are being rapidly deployed, delivering energy savings of 15%–25%, halving floor space requirements, and enabling flexible production.
Deep integration of intelligent technologies. AI, digital twins, and PLC-based closed-loop temperature control achieve an accuracy of **±0.5°C; remote monitoring, predictive maintenance, and automated atmosphere control have become widespread, boosting first-pass yield to over 99.7%**. The convergence of 5G and the Industrial Internet enables end-to-end digital and intelligent transformation across the entire value chain, reducing downtime by 50% through proactive fault prediction.
Breakthroughs in low-carbon fuels and electric kilns: liquid ammonia, hydrogen fuel, and electric heating are replacing natural gas. Mona Lisa’s pure-ammonia-fired kiln has achieved zero carbon emissions, reducing annual carbon emissions by 5,200 tonnes; fully electric kilns produce zero pollutant emissions and are being rapidly deployed in the glass and ceramics industries.
Structural and application upgrades are underway. Narrow-body, high-speed, modular kilns have become the industry standard, while batch (shuttle) kilns are evolving toward greater efficiency, lighter construction, and precise atmosphere control. The industry is shifting from equipment sales to integrated models that combine energy-saving services, carbon management, and remote operations and maintenance.
Overall, kilns are transitioning from high-energy-consuming equipment to green, intelligent, high-end solutions, thereby supporting low-carbon, high-quality development in industries such as ceramics, metallurgy, and building materials.

Keywords: Recent Development of Kilns

Related Information

Company News

Industry News

Previous entry: How many types of firing kilns are there?

Next: What are the differences between a roller kiln and other types of kilns?

Submit