From August 21 to 23, the "Seventh China Heating Academic Annual Conference" hosted by the Heating Technology Professional Committee of the China Urban Heating Association was grandly held in Ordos, Inner Mongolia. Fangkuai Boiler was invited to attend the conference as a supporting unit, and made a strong appearance with the "Heating System Solution", attracting the attention of many experts and scholars.
This academic annual meeting focused on topics such as heating policies and energy transformation under the dual carbon goals; research on low-carbon and zero-carbon heating modes and heat source substitution; construction of smart heating platforms; and hydraulic balance and control technologies for heating and secondary networks.
Ms. Lu Jie, R&D Director of Fangkuai Boiler, was selected into the Proceedings of the China Heating Academic Annual Conference (2024) with her paper "Comparison of Composite Industrial Waste Heat Recovery and Heating Utilization Schemes", and made important technical exchanges at the academic annual conference. On and off the stage, ideas collided and wisdom blended, pointing out the direction for the future development of heating technology! Each technology of Fangkuai embodies the innovative passion and wisdom of the technical R&D team, and demonstrates Fangkuai's keen observation and development capabilities of market demand.
Fangkuai Boiler has just won a landmark order: two 50 t/h startup boilers for the new China Coal Guoyuan 2×1000 MW ultra‑supercritical power units. This project highlights why clients trust Fangkuai’s blend of cutting‑edge know‑how, reliable equipment and AI‑enhanced support.
Fangkuai Boiler Co., Ltd. hosted the Northeast Region Clean Heating and Dual-Carbon Solutions Exchange Conference in Shenyang, themed "New Chapter in Heating Supply, Exchange to Create the Future."
FANGKUAI Boiler Co., Ltd. offers a comprehensive series of commercial hot‑water boilers—gas‑fired vertical, water‑tube, integrated, split, vacuum, electric, condensing and even coal/biomass variants—that span outputs from under 100 kW to over 70 MW. They combine high thermal efficiency (up to 97 %), low emissions, space‑saving designs and flexible installation options.