电力科技与环保
電力科技與環保
전력과기여배보
ELECTRIC POWER ENVIRONMENTAL PROTECTION
2014年
5期
33-35
,共3页
姜艳靓%朱林%王可辉%王娴娜
薑豔靚%硃林%王可輝%王嫻娜
강염정%주림%왕가휘%왕한나
脱硝还原剂%技术%安全%经济
脫硝還原劑%技術%安全%經濟
탈초환원제%기술%안전%경제
DeNOx reductant%technology%security%economy
对液氨和尿素两种 SCR 脱硝还原剂进行了技术、安全和经济比较。结果表明,液氨法和尿素法制氨技术均较成熟;尿素法安全性更高;液氨法有较大经济优势,还原剂占总运行成本的10%~20%,单位千瓦脱硝投资与机组容量大小呈反比。
對液氨和尿素兩種 SCR 脫硝還原劑進行瞭技術、安全和經濟比較。結果錶明,液氨法和尿素法製氨技術均較成熟;尿素法安全性更高;液氨法有較大經濟優勢,還原劑佔總運行成本的10%~20%,單位韆瓦脫硝投資與機組容量大小呈反比。
대액안화뇨소량충 SCR 탈초환원제진행료기술、안전화경제비교。결과표명,액안법화뇨소법제안기술균교성숙;뇨소법안전성경고;액안법유교대경제우세,환원제점총운행성본적10%~20%,단위천와탈초투자여궤조용량대소정반비。
Liquid ammonia is compared with urea as two SCR DeNOx reductants in three aspects of technology, security and economy. lt turns out that the liquid ammonia method and the urea treatment to produce ammonia are both mature,while the urea treatment is more safely. The liquid ammonia has a great advantage in econo-my. The cost of materials occupies 10 to 20 percent of the total cost. And the DeNOx investment of per kW is negative correlated with the size of unit capacity.