Raw Coal Silo Rotary Blade Anti-Blocking Solution
The technical advantages are significant, and the external geared motor drives the rotation of the plugging knife, which can effectively separate the coal flow from the silo wall, eliminate the phenomenon of bridging and arching, and also overcome the problem of powder leakage in the rotary plugging industry. In the future, it is expected to be promoted in more industrial fields, continue to help enterprises improve production efficiency, and reduce the cost loss caused by material blockage.
Peak-shaving Intelligent Coal Blending System
Through the design of a buffering silo and intelligent control, this system allows for flexible dual-direction blending of high- and low-calorific value coal. It ensures precise coal type switching and avoids combustion disturbances, while optimizing coal usage costs. With the growing demand for deep peak shaving in thermal power units, this system will be widely applied in the power industry, facilitating the efficient and economical operation of coal-fired power plants.
Air Dome Coal Storage Solution for Coal-Fired Power Plan
The air-supported membrane structure is a mature global building system with nearly four decades of application history, particularly in North America and Europe. Over the past decade, with advancements in domestic construction technologies and evolving demand, membrane structures have rapidly developed and are increasingly becoming a preferred solution across various sectors.
Steam-Based Coal Drying System
Amid rising global energy demands and increasingly stringent environmental regulations, the efficient and clean utilization of coal remains crucial. The steam-powered coal drying system has emerged as a key technology in driving the transformation and upgrading of the coal industry.
Biomass Co-Firing Technology
This technology features distinctive design tailored to the properties of biomass, utilizing independent burners for co-firing, and incorporating complete pre-treatment and feeding processes. Aligned with energy transition trends, it holds great potential for reducing coal power carbon emissions and improving overall energy efficiency. It is set to become a vital option for coal power enterprises striving for green development and energy sustainability.
Plasma-Assisted Low-Oil Ignition
This technology boasts remarkable advantages, including high ignition energy capable of meeting various application scenarios. It enables rapid response of pulverized coal boilers under ultra-low or fast-ramping loads. In today’s context of energy conservation, emission reduction, and cost control, plasma-assisted ignition is expected to gain broader adoption in coal-fired power, supporting greener and more cost-effective thermal power generation.