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Design and construction of HYSY981 被引量:5
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作者 Xie Bin Lin Yaosheng Su Jing Zeng Hengyi Xie Wenhui Jiang Zhe 《Engineering Sciences》 EI 2011年第4期44-50,共7页
This paper focuses on the independent design and construction of HYSY981. HYSY981,which China National Offshore Oil Corporation(CNOOC) possesses its intellectual property right,is brought forward by advanced research,... This paper focuses on the independent design and construction of HYSY981. HYSY981,which China National Offshore Oil Corporation(CNOOC) possesses its intellectual property right,is brought forward by advanced research,concept design and combined basic design. The key technologies are the researches concerning global design,system integration,platform positioning,global performance analysis,structural strength and fatigue analysis,environment effect assessment of South China Sea,basin test and tunnel test,and construction technology of platform. Core technology of design and construction for the 6th deep water semi-submersible rig is held. Independent detail design and construction are also accomplished. These have improved technology of key equipment for China offshore oil exploitation. 展开更多
关键词 hysy981 concept design basic design intellectual property rights core technology
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深水钻井平台三种移位方式对比分析
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作者 董铁军 项凯 周新保 《海洋工程装备与技术》 2018年第3期208-213,共6页
深水钻井平台移位主要有使用自身推进器自航、由拖轮拖带(纯拖)、由拖轮拖带且同时使用推进器协助(混拖)三种方式。以海洋石油981为例,就该平台的自航、纯拖及混拖三种移位工况,就三种移位方式存在的风险隐患及经济效率分别进行分析。... 深水钻井平台移位主要有使用自身推进器自航、由拖轮拖带(纯拖)、由拖轮拖带且同时使用推进器协助(混拖)三种方式。以海洋石油981为例,就该平台的自航、纯拖及混拖三种移位工况,就三种移位方式存在的风险隐患及经济效率分别进行分析。分析结果表明,自航移位方式经济性最好,混拖次之;混拖所需移位时间最短,自航和纯拖所需时间基本相同。 展开更多
关键词 深水钻井平台 移位 海洋石油981 自航 纯拖 混拖
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