摘要
为解决核燃料后处理工艺中氧化调价及亚硝酸根脱除的复杂性和低效率问题,以某料液的调节制备装置为研究对象,围绕提升处理效率和环境安全性展开研究。通过集成化设计和自动化控制,针对性地提出了优化工艺流程和设备设计的解决方案。采用的措施包括优化填料柱使用、改进保温夹套的保温方式以及尾气处理技术的优化,取得了显著提升处理效率、降低操作复杂度和增强环境安全性的效果。
In order to solve the complexity and low efficiency problems of oxidation adjustment and nitrite removal in nuclear fuel reprocessing processes,a study was conducted on the preparation device of a certain feed liquid,focusing on improving processing efficiency and environmental safety.Through integrated design and automated control,targeted solutions have been proposed to optimize the process flow and equipment design.The measures adopted include optimizing the use of packing columns,improving the insulation method of insulation jackets,and optimizing exhaust gas treatment technology,which have achieved significant results in improving treatment efficiency,reducing operational complexity,and enhancing environmental safety.
作者
王镇
饶倩蓝
李达
边伟
Wang Zhen;Rao Qianlan;Li Da;Bian Wei(China Nuclear Power Engineering Co.,Ltd.,Beijing 100840,China;CNNC Nuclear Fuel Reprocessing Engineering Technology Research Center,Beijing 100045,China;China Nuclear Society,Beijing 100840,China)
出处
《山西化工》
CAS
2024年第7期123-126,共4页
Shanxi Chemical Industry
关键词
核燃料后处理
氧化调价
亚硝酸脱除
工艺优化
环境安全性
nuclear fuel reprocessing
oxidation price adjustment
nitrite removal
process optimization
environmental safety