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首页> 外文会议>Deepwater reality - ultradeep potential >Deep Offshore Technology XII, New Orleans, 2000 Ultradeepwater TLPs ? the tendon system challenge and alternative solutions
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Deep Offshore Technology XII, New Orleans, 2000 Ultradeepwater TLPs ? the tendon system challenge and alternative solutions

机译：XII，新奥尔良，2000年超深水TLP？肌腱系统的挑战和替代解决方案

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The paper describes the alternatives for bringing the TLP concept into ultradeepwater.rnThe challenge has been long recognised; the hydrostatic head results in a heavyrntendon that requires a larger hull to carry the weight.rnThe step-diameter tendon is a concept that neutralizes the tendon weight. The benefitrnof the step-diameter tendon as well as of a low cost, medium modulus carbon fiberrntendon are illustrated in terms of overall cost, as compared to a conventional tendonrnsystem.rnThe benefits are illustrated by a case study for a Gulf of Mexico application. Thernresults show that the step-diameter gives substantial savings in hull and tendon costsrnin 2,000m and the benefits grow to over 40 percent (of the hull and tendon system) inrn3,000m. The carbon fiber system offers a similar potential in 3,000m.rnThis paper shows that by the new tendon solutions, will maintain its competitivenessrnalso in ultradeepwater applications.
机译：本文描述了将TLP概念引入超深水的替代方法。静液压压头会导致腱重，需要更大的船体来承载重量。步径直径的腱是中和腱重量的概念。与常规的腱系统相比，从总成本的角度说明了阶梯直径的腱以及低成本，中模量碳纤维的优点。通过墨西哥湾应用的案例研究说明了其优点。结果表明，台阶直径可在2,000m内节省大量船体和腱的成本，在3,000m处收益可增长至40％以上（占船体和腱系统的百分比）。碳纤维系统在3,000m处具有类似的潜力。本文表明，通过新的肌腱解决方案，在超深水应用中也将保持其竞争力。

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