factory direct coal dzl boiler
Fourth, improve the degree of environmental protection
We all know that coal-fired furnace has been impermissible environmental policy, coal is a serious source of pollution not only pollutes the environment but also cause a variety of effects on the body, after making use of the boiler gas furnace, greatly reducing soot and various kinds of soot emissions can effectively improve air quality, more environmentally better protect the cleanliness of the air, but also more in line with the standards of environment protection and energy policy.
Due to the special nature of the industrial park location, we are more to consider whether the factory direct coal dzl boiler with green features in the choice of boiler equipment. According to our survey of the entire boiler industry, quick side has considerable experience in research and development in the field of environmental cleaning boilers, boiler equipment while also providing low pollutant emissions for Beijing more enterprises and institutions, we are fully confident that the fast boiler ability. --customer feedback
Through estimation: If the exhaust gas temperature of 150 ℃, when the excess air ratio from 1.5 to 3.0 cases, the combustion is generally bituminous coal, anthracite factory direct coal dzl boilers, heat losses from about 5% to 10%, reducing the thermal efficiency of the boiler nearly 5 percentage points. While the chain grate boiler excess air ratio was mainly due to leakage caused by the grate, but also accounted for a large proportion of the furnace leakage, strict plugging wind, to improve boiler thermal efficiency, reduce coal consumption, save energy resources it is very significant. Before plugging the wind, the first thing leakage test boiler.
This advanced technology further improves the well-known benefits of earlier CFB technologies to include unprecedented fuel flexibility, inherently low emissions, and high availability. Designs of efficient subcritical factory direct coal dzl boilers firing 100 per cent biomass are available to 600 MWe. This technology also offers supercritical steam boiler designs for biomass and coal co-firing applications up to 800 MWe.