系泊缆绳
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深海一号海底钻云上算
Ren Min Ri Bao· 2026-02-17 23:59
"我叫唐俊冰,同事们也叫我'深海医生'。" 迎着南海的晨光,记者在"深海一号"作业平台见到了中国海油海南公司"深海一号"气田水下监督唐俊 冰,他笑着介绍自己。 "这样的庞然大物,怎么做到稳稳矗立在海水中?"站在5万吨重、40层楼高的"深海一号"平台,记者不 禁发问。 "全靠这16根'定海神针'。"唐俊冰摸了摸碗口粗的锚链。海面下,每根系泊缆绳,每时每刻都承受着 300至400吨的拉力。它们一端抓着插入海底60多米的锚桩,另一端连接半潜平台,从4个方向将平台牢 牢地稳定在海面上。 坚韧耐腐蚀的系泊缆绳,一度只能依靠进口,"相关装备已经能够实现完全国产化。"唐俊冰说。 2022年4月,习近平总书记连线"深海一号"作业平台时强调:"用我们自己制造的装备,开发我们的油 气,提高我们的能源自给率,保障我们的能源安全。这是一件具有战略意义的大事。" "光配方就调整过上百次。"唐俊冰说,为替代进口,研发团队反复测试材料的耐腐蚀性和抗拉强度,国 产的系泊缆如今已在"深海一号"稳定运行数年。 来到一层生产平台,这里有平台的"大脑"——中控室。大屏幕上,23口深水井的运行状态一目了 然。"这就像给深水井做'心电图'。"唐俊冰解释 ...
深海一号海底钻云上算(新春走基层·开局之年新气象)
Ren Min Ri Bao· 2026-02-17 22:32
"我叫唐俊冰,同事们也叫我'深海医生'。" 坚韧耐腐蚀的系泊缆绳,一度只能依靠进口,"相关装备已经能够实现完全国产化。"唐俊冰说。 2022年4月,习近平总书记连线"深海一号"作业平台时强调:"用我们自己制造的装备,开发我们的油 气,提高我们的能源自给率,保障我们的能源安全。这是一件具有战略意义的事情。" "光配方就调整过上百次。"唐俊冰说,为替代进口,研发团队反复测试材料的耐腐蚀性和抗拉强度,国 产的系泊缆如今已在"深海一号"稳定运行数年。 唐俊冰带着记者从系泊系统向下穿行。"我的一项重要工作,就是每天比对从深海传回的各项仪表数 据。"唐俊冰说。由于特殊的环境,水下"交通"中常常出现水合物"冰堵"。唐俊冰带领团队自主吃透全 脱盐式乙二醇回收系统的运维技术,并推动系统国产化,将防冻液般的水合物抑制剂注入海底管道,实 时除障,保障能源动脉畅通。 来到一层生产平台,这里有平台的"大脑"——中控室。大屏幕上,23口深水井的运行状态一目了 然。"这就像给深水井做'心电图'。"唐俊冰解释,系统能实时监测每口井的压力、温度等数据,一旦发 现异常,可以及时处置。 不仅每口井的数据可以远程监控,钻井作业也能远程遥控。以去年投 ...
缆绳的高科技“变形记”(唠“科”)
Ren Min Ri Bao· 2025-10-25 22:12
Core Insights - The evolution of ropes, particularly in the shipping industry, highlights their critical role as a connection between ships and the shore, with advancements in materials leading to increased strength and functionality [1][2]. Group 1: Material Advancements - Modern ropes, such as those made from ultra-high molecular weight polyethylene fibers, offer comparable strength to steel cables while being only one-seventh the weight, along with corrosion resistance and durability in seawater [2]. - The development of emergency fire-resistant towing ropes demonstrates the need for multi-functional ropes that can withstand high temperatures, maintaining over 90% strength after one hour at 750 degrees Celsius [3]. Group 2: Diverse Applications - Ropes are utilized in various marine applications, including mooring floating production storage and offloading units, positioning systems for offshore wind farms, and specialized cables for oceanographic research that integrate data transmission capabilities [3]. - The deep-sea mooring ropes used in the "Deep Sea No. 1" platform can withstand a pull of 2,300 tons and are designed for a service life of 30 years in deep-sea conditions [3]. Group 3: Technological Integration - The introduction of smart tags for ropes allows for tracking their lifecycle, enhancing safety and reliability in management [4]. - Future innovations may include sensors within ropes to monitor tension, damage, and replacement needs in real-time, further advancing the functionality of these essential tools [4].