摘要
700℃蒸汽参数超超临界火电技术作为下一代超超临界发电技术,可以得到较高的供电效率。对于煤炭资源的节约、发电机组的经济性以及环境改善,都显示了相当的优越性。发展700℃超超临界火电技术,可以大量替换国内的小型机组,有效节约资源,并改善小型机组污染严重的问题。提出了700℃超超临界锅炉整体设计方案,提出针对性解决措施,为后续工程持续优化提升做好技术储备。
The next generation of ultra supercritical power generation technology, 700℃steam parameter ultra supercritical thermal power technology can obtain higher power supply efficiency. For the saving of coal resources, the economy of generating units and the improvement of environment, it shows considerable advantages. The development of 700℃ ultra supercritical thermal power technology can replace a large number of domestic small units. It can effectively save resources and improve the serious pollution of small units. The overall design scheme of 700℃ ultra supercritical boiler and targeted solutions is puts forward, so as to make technical reserves for the continuous optimization and upgrading of subsequent projects.
作者
王婷
郭馨
殷亚宁
黄莺
王伟来
徐彦辉
左国华
WANG Ting;GUO Xin;YIN Ya-ning(State Key Laboratory of Efficient and Clean Coal-fired Utility Boilers(Harbin Boiler Co.,Ltd);Harbin Boiler Co.,Ltd.,3.Hadian Power Equipment National Engineering Research Center Co.Ltd)
出处
《电站系统工程》
2021年第6期15-17,共3页
Power System Engineering
基金
国家重点研发计划资助项目(2018YFB0604403-7)资助。
