CAJ | 학술논문

目前，在火电厂脱硝技术中，选择性催化还原(SCR)脱硝技术被广泛应用，在还原剂的使用上，尿素相对于液氨、氨水有一定的优势，在今后的使用中将越来越广泛。但由于尿素还原使用先例较少，其热工控制系统还需要不断完善和经验积累。本文对300MW火电机组尿素制氨还原法脱硝的热工控制系统做了一些基本的介绍与分析，希望能为火电厂脱硝热工控制的不断完善起到抛砖引玉的作用。
목전，재화전엄탈초기술중，선택성최화환원(SCR)탈초기술피엄범응용，재환원제적사용상，뇨소상대우액안、안수유일정적우세，재금후적사용중장월래월엄범。단유우뇨소환원사용선례교소，기열공공제계통환수요불단완선화경험적루。본문대300MW화전궤조뇨소제안환원법탈초적열공공제계통주료일사기본적개소여분석，희망능위화전엄탈초열공공제적불단완선기도포전인옥적작용。
At present, the technology for NOx reduction by selective catalytic reduction (SCR) in power plant is widely used. The urea has certain advantages as a kind of reducing agent, and it will be used more and more widely in the future. But the thermal control system need improvement and more experience because the urea reduction was not used widely now. This paper makes some basic introduction and analysis about thermal control system for NOx reduction by selective catalytic reduction which uses urea to Catalytic in power plant, and hopes for a continuous improvement.