全新Ultraten技术换热元件翼管高效节能, 高度先进的冷凝技术确保能源的高效利用.
烟气迅速冷却, 使能量得到有效利用, 节能增效.
应用CFD数值模拟分析技术优化Ultraten技术换热管的传热性能.
将热交换面积增加一倍 5 可以置换烟气中的更多热量, 从而提高传热效率.
采用高导热铝硅合金传热元件，大大延长受压元件的使用寿命.
The unique tear groove design greatly improves the heat transfer performance of the heat exchange tube in the condensing state.
A new type of environmentally friendly combustion method, which mixes air and gas evenly, burns quickly and thoroughly, and stirs evenly to make the mixing more complete. Fangkuai Boiler grasped the pulse of the times and followed the concept of environmental protection, and launched a fully premixed ultra-low nitrogen gas boiler with NOX emissions below 9ppm, far lower than the requirements of the "Beijing Boiler Air Pollution Emission Standard" published in Beijing.
烟气再循环是抑制氮氧化物排放的技术之一. Part of the exhaust gas return to the air supply system to reduce the oxygen concentration in the mixture and act as a heat absorber to prevent the combustion temperature from becoming too high, thereby suppressing the formation of nitrogen oxides. 烟气循环量通常为 5-20% 占废气总量的, reducing NO production by 10-90%. This method is used in stationary combustion facilities such as boilers as a technique for suppressing NO production.
The flue gas condensation waste heat recovery device uses low-temperature water or air to cool the flue gas to reduce the flue gas temperature. The water vapor in the flue gas condenses near the heat exchange surface area, and simultaneously realizes the sensible heat release of the flue gas and the latent heat of water vapor condensation. The water or air in the heat exchanger absorbs heat and is heated to realize heat recovery and improve the thermal efficiency of the boiler. Integrated layout saves more floor space. As the heat surface, the spiral fin tube has high heat exchange efficiency, 足够的受热面, and low system resistance on the flue gas side, 满足普通燃烧器的要求.
The new Ultraten technology heat exchange element wing tube is highly efficient and energy-saving, 高度先进的冷凝技术确保能源的高效利用. 烟气迅速冷却, 使能量得到有效利用, 节能增效.
