摘要
镇江港大港三期6号堆取料机线为本工程承前启后,近远期工艺系统衔接的关键环节。新建的进出场输送线需与已建系统、远期预留无缝衔接,不同的系统能力均可正常作业,能力匹配,且尽量不影响现有港区的生产。本工程通过方案的充分比选明确最优设计,对今后其他整体投资大、分期实施的工程建设起到一定的借鉴之用。
Stacker-reclaimer line No.6 in Phase Ⅲ Project at Dagang harbor of Zhenjiang port is a key link-up of short-term and long-term process systems. Newly-built conveying line shall link to the existing system and long-term reserved facilities seamlessly, that is, normal operation of different systems may be guaranteed and their capabilities match each other, and the least production of the existing harbor should be affected. In this project, an optimal design is determined through full comparison of design plans, which serves as a reference for other projects with higher overall investment and phased construction in the future.
作者
艾菁
袁飚
沈怡平
Ai Jing;Yuan Biao;Shen Yiping(CCCC Third Harbor Consultants Co.,Ltd.,Shanghai 200032,China;Zhenjiang Port Group Co.,Ltd.,Zhenjiang Jiangsu,212000,China)
出处
《港工技术》
2021年第6期11-14,共4页
Port Engineering Technology
关键词
工艺系统
近远期衔接
能力匹配
优化设计
process system
link-up of short-term and long-term works
capabilities matching
optimal design