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首页> 外文会议>Offshore technology conference (OTC 2002): deep into the future >Malampaya Deep Water Gas To Power Project – Drilling and Completing the Limit
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Malampaya Deep Water Gas To Power Project – Drilling and Completing the Limit

机译：马兰帕亚深水天然气发电项目–钻探并完成极限

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The Malampaya field development comprises subsea wells inrn820 meters water-depth producing via a subsea manifold andrntwo 16 inch diameter inconel clad flowlines to a shallow waterrnplatform 30 km distant. Condensate is removed on thernplatform and the dry gas is then transported via a 504 km longrn24 inch export pipeline to an onshore gas plant at Tabangaorn(Batangas, Luzon Island) for extraction of H2S. Therncondensate is stored in the platform CGS Caisson prior tornexport via a short 3 km long 24 inch diameter pipeline andrnCALM buoy (Fig 11).rnThe Malampaya Deep Water Gas to Power Project in thernPhilippines has delivered first gas as advertised on October 1strn2001. The gas production is from five high rate deep waterrnsubsea gas wells. This paper summarises the delivery of thernwells, in particular, the specific challenges that had to bernsurmounted to deliver high quality wells whilst remainingrnwithin the tight Malampaya project schedule.rnThese challenges related to the deployment of leading edgernwell technology systems in an environmentally pristine andrnremote area. This within a country with extremely limitedrnpetroleum infrastructure and very long supply lines. Therndefinition and management of good performance within thisrncontext and the management of the many interfaces with otherrndisciplines working concurrently required unique ways ofrnworking to be established.rnWithin the technical arena, many novel solutions werernadopted with respect to rig modifications, drilling with losses,rnmanagement of hydrates, horizontal Xmas trees, monoborernwell completions, coiled tubing perforating from a semi-subrnwell test clean-up and extensive/detailed planning.rnOrganisationally, a working atmosphere was developed basedrnon open, detailed and relentless inter-team challenge. This ledrnto drilling and completing, genuinely to the “limit” of whatrnwas achievable for Malampaya.
机译：Malampaya油田开发项目包括通过水下歧管产生深820米水深的海底井，以及两条直径为16英寸的铬镍铁合金包层流水线到30公里远的浅水平台。在平台上除去冷凝物，然后将干燥的气体通过504公里长的24英寸出口管道输送到Tabangaorn（吕宋岛八打雁省）的陆上天然气厂，以提取H2S。冷凝水通过出口之前的3公里长，24英寸直径的管道和CALM浮标储存在CGS沉井平台中（图11）。菲律宾的Malampaya深水天然气发电项目已按照2001年10月1日的广告投放了第一批天然气。天然气生产来自五个高速率深水海底天然气井。本文总结了套管的交付，特别是在高质量的井同时又要紧在Malampaya项目进度表中必须解决的特定挑战。这些难题与在环境纯净和远程的地区部署领先的Edgewell技术系统有关。这在一个石油基础设施极为有限且供应线非常长的国家中。在这种情况下，要对良好的性能进行定义和管理，以及与其他学科同时工作的许多接口的管理，需要建立独特的工作方式。水平的采油树，单井井完井，半潜井试验清理和连续/详尽的计划产生的连续油管射孔。组织的工作环境是基于开放，详细和无间的团队间挑战而形成的。这导致了钻探和完工，真正达到了Malampaya所能达到的极限。

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