云南电力技术
雲南電力技術
운남전력기술
YUNNAN ELECTRIC POWER
2014年
5期
81-83
,共3页
伍日胜%李贺%杨飞龙%靳立维
伍日勝%李賀%楊飛龍%靳立維
오일성%리하%양비룡%근립유
配风方式%NOx排放%风烟系统电耗%精细化控制
配風方式%NOx排放%風煙繫統電耗%精細化控製
배풍방식%NOx배방%풍연계통전모%정세화공제
air distribution strategy%NOx emissions%air and gas system power consumption%automation control
介绍了某厂2×1000 MW超超临界机组投产后通过对传统的氧量控制及二次配风方式进行优化,大幅度降低了炉膛出口NOx排放量和风烟系统电耗。同时,还将试验所得的优化参数以函数曲线的形式应用于DCS中,实现了锅炉配风的精细化控制。
介紹瞭某廠2×1000 MW超超臨界機組投產後通過對傳統的氧量控製及二次配風方式進行優化,大幅度降低瞭爐膛齣口NOx排放量和風煙繫統電耗。同時,還將試驗所得的優化參數以函數麯線的形式應用于DCS中,實現瞭鍋爐配風的精細化控製。
개소료모엄2×1000 MW초초림계궤조투산후통과대전통적양량공제급이차배풍방식진행우화,대폭도강저료로당출구NOx배방량화풍연계통전모。동시,환장시험소득적우화삼수이함수곡선적형식응용우DCS중,실현료과로배풍적정세화공제。
This paper introduces the results that the NOx emission in the boiler export and the power consumption of the air and gas system were reduced greatly by adjusting the oxygen volume and the second air distribution of the boiler of 2×1 000 MW ultra-super-critical units in Pinghai Power Plant? The results realize the meticulous control of the second air distribution by using the curvilinear function of optimized parameter from the experiment in DCS system.