摘要
针对沿海煤炭出口码头到港煤炭种类和堆存位置多样、堆场作业情况复杂、配煤工艺流程繁杂等对码头堆场布置方案和煤种堆存分布管理带来的巨大挑战,以黄骅港煤炭码头一期工程为例,对煤炭码头堆场通过能力进行优化研究。在不改变工艺布置方案的条件下,通过分析现场实际运营数据、优化流程选择、调整垛位大小和堆存煤种布局,利用计算机仿真手段对各方案进行测算,得到最优堆场通过能力方案。结果表明,在传统装卸工艺方案设计和技术手段无法实现的情况下,利用仿真手段将运营管理、运营策略等因素融合到方案设计中,可为煤炭装船码头堆场布置方案提供理论参考和数据支撑,也为煤炭码头智能化建设提供支持。
Aiming at the great challenges of the stockyard layout and coal grade distribution management of the coal export terminal,caused by the variety of coal types and stack positions,the complex stockyard operation and coal blending process,We take the first phase project of Huanghua Port as an example,carry out optimization research on the throughput capacity of coal stockyard.Under the condition of the original process plan,we analyze actual operation data,optimization process selection,the stock position size and the coal type adjustment,and use the computer simulation method to calculate each scheme and obtain the optimal scheme of the stockyard throughput capacity.The results show that when the traditional loading and unloading process scheme design and technology implementation difficulties,using simulation method for integrating operation management and strategy to the scheme design can provide theoretical reference and data support for coal export terminal stockyard layout,and also lay the foundation for wisdom of the coal terminal upgrade.
作者
吴立新
曹震
郭家琪
冯鹏
WU Li-xin;CAO Zhen;GUO Jia-qi;FENG Peng(CCCC Water Transportation Consultants Co.,Ltd.,Beijing 100007,China;State Key Laboratory of Coastal and Offshore Engineering,Dalian University of Technology,Dalian 116024,China)
出处
《水运工程》
北大核心
2021年第10期334-340,共7页
Port & Waterway Engineering
关键词
煤炭装船码头
堆场布置
煤种分布
仿真
coal export terminal
stockyard layout
coal grade distribution
simulation
