| Boiler burners play an integral role in a variety of industrial applications, contributing to the supply of heat and electricity in areas such as manufacturing plants, power stations and residential heating systems. They ensure a successful combustion process by regulating the fuel-air mixture, thereby maximizing efficiency and minimizing emissions. A boiler's efficiency is measured by its fuel-to-energy conversion rate; innovative burner technology helps increase efficiency, thereby reducing fuel consumption and operating costs. Boiler burners are essential not only in fixed sites, but also in mobile applications such as construction sites, remote locations and disaster recovery, providing timely, portable heating solutions. As environmental awareness increases and regulations become stricter, the development of low-emission burner technology has become a priority. Low NOx and ultra-low NOx burners, as well as technologies such as flue gas recirculation, selective catalytic reduction and exhaust gas scrubbers, are some of the advancements in reducing harmful emissions. Boiler burners are critical to optimizing boiler efficiency and mitigating environmental impact, resulting in operating cost savings and lower fuel consumption. Advances in burner technology are in line with the growing preference for sustainability and are making boilers increasingly environmentally friendly. Therefore, the development of boiler burners significantly affects the efficiency and environmental performance of thermal power generation systems. |