摘要
以流化床垃圾焚烧炉为研究对象,初步建立了垃圾焚烧炉内二恶英生成的数学模型,理论计算结果表明焚烧炉在组织良好的燃烧条件下,燃烧温度大于800 ℃,停留时间大于2 s,入炉垃圾带入的二恶英分解效率可达99%。
Taking fluidized bed incinerator as study object, a mathematical model of dioxin formation in furnace is established. The calculation results show that, under good combustion conditions the combustion temperature is over 800 ℃, the residence time is more than 2 s, and decomposition rate of the dioxin brought in by the waste is up to 99%.
出处
《电站系统工程》
北大核心
2003年第3期15-16,18,共3页
Power System Engineering
