CAJ | 학술논문

受水泥窑余热参数波动的影响，水泥余热发电现有的几种除氧方式，除氧效果都不理想。以一条5000 t/d水泥熟料生产线配置9 MW纯低温余热发电为例，从工程应用的角度，通过理论计算及工程实践经验，详细分析探讨了水泥窑余热发电现常用三种除氧方式的优缺点。在此基础上提出了一种适应现有水泥窑余热发电的新型给水除氧工艺--无专用除氧器的新型综合给水除氧工艺系统。
수수니요여열삼수파동적영향，수니여열발전현유적궤충제양방식，제양효과도불이상。이일조5000 t/d수니숙료생산선배치9 MW순저온여열발전위례，종공정응용적각도，통과이론계산급공정실천경험，상세분석탐토료수니요여열발전현상용삼충제양방식적우결점。재차기출상제출료일충괄응현유수니요여열발전적신형급수제양공예--무전용제양기적신형종합급수제양공예계통。
Affected by fluctuation of the waste heat parameter, the effect of several existing deoxidation methods is not ideal. A 5 000 t/d clinker production line with 9MW low-temperature waste heat power generation as example, from the point of engineering applica-tion, pros and cons of three commonly used deoxidation methods for cement waste heat power generation were discussed and analysed in detail by theoretical calculation and engineering practice. On the basis a new feed deoxidization process--new synthesis feedwater deoxidization system with no special deaerator, adapt to existing cement kiln waste heat power generation was advanced.