避免 FPSO 建造和维护期间因流体系统相关原因造成的延误

2025年5月5日
与流体系统构建和维护相关的各种因素都可能导致 FPSO 盈利运营延迟。了解可通过改进采购规划、安装实践等方式避免的常见挑战。

Barry Rowe-Platts,世伟洛克工程服务技术主管
Tommy Jamail,亚太区区域建设经理

近年来,浮式生产储油卸油船 (FPSO) 因其机动性和经济性,成为开采海上资源的一种日益流行的方式。这些船舶完全有能力在海上停泊多年,并可根据船东/运营商的优先事项变化进行重新部署。

虽然建造FPSO需要考虑的因素与建造固定平台有所不同,但类似的挑战也同样存在,例如协调供应商、严格遵守工期以及应对腐蚀性条件。在规划、安装和维护关键流体系统时,以下几个因素值得考虑,以确保高效、高效的建造和船舶运营。

如何有效管理FPSO流体系统的建造和维护?
FPSO建造或干船坞维护的延误会给所有相关人员带来麻烦。对于工程、采购和施工 (EPC) 公司、成套供应商或其他承包商而言,这可能意味着信誉受损。对于FPSO船东而言,如果船只被困在船厂而不是用于开采石油,则可能意味着数百万美元的收入损失。然而,由于各种原因,延误每天都在发生。

  1. 管理复杂物流的挑战
    无论您建造的是新的FPSO还是改造现有船体,与各个组织之间的协调都是一项日常挑战。FPSO的建造地点可能距离其运营地点数千英里,这可能意味着协调、运输和交付方面的困难。随着石油和天然气应用日益复杂,设备成套设备也日益专业化,参与项目的供应商数量也在不断增加。来自不同国家的多家EPC公司可能参与船上数十个关键应用的设计和工程。与这些EPC公司和成套设备供应商的协调在前端工程和设计(FEED前)之前就开始了,并且必须通过系统调试进行管理。

    成功之道:
    选择在FPSO应用设计方面拥有丰富经验且在当地具有影响力的供应商。您需要选择了解当地文化、语言、法规以及工业流体系统操作细微差别的合作伙伴,以便在您应对复杂的物流和沟通问题时最大限度地减少问题。寻找拥有专业全球施工团队的供应商,这些团队应具备丰富的经验,能够协助您进行产品选择、流体系统工程和资本项目管理支持。

  2. 在正确的时间采购正确产品的挑战
    鉴于海上流体系统极易受到腐蚀且许多组件将暴露在高压下,选择可靠供应商提供的成熟产品并确保这些产品采用适合您应用的材料制造非常重要。处理特殊合金和专用产品可能会带来供应链障碍。组件的可用性可能有限,如果没有适当的规划,采购小零件的延迟可能会导致大问题。这可能会导致无法按时完成大型建设项目,也无法维持在孤立油田中作业的船舶的系统正常运行时间。可能还需要特别考虑遵守行业合规标准或公司环境可持续性承诺。 

    如何成功:
    尽早与流体系统组件供应商接洽(如果可能,在 FEED 之前),以找到具有适当可用性的正确零件,从而遵守资本项目时间表。供应商应该能够与您合作,规划采购适合您操作环境的产品,并能够使资产登记反映船上的每种产品,以便更容易维护和修理流体系统。

  3. 避免因安装问题导致系统过早失效的挑战
    无论是在船舶初始建造期间还是在船厂进行维护和维修活动期间,不当的流体系统安装实践都可能在资产的整个生命周期内导致重大的维护、安全和生产问题。材料选择、布线、支撑和安装方面的正确设计基础对于系统寿命至关重要。未经培训的人员可能会引入错误,这些错误会在大型安装过程中成倍增加,降低安全性和可靠性,同时增加维护成本。

    例如,在建造过程中,管道经常会暴露在附近焊接、研磨、切割或喷砂作业造成的碳污染中。如果没有足够的保护和保存方法,当不锈钢暴露在恶劣的工作环境中时,这种污染会导致严重的腐蚀问题,从而导致使用寿命缩短、维护需求增加,如果未被发现,还可能存在潜在的安全隐患。

    成功秘诀:
    这些问题可以通过合理的设计原则、优质的产品、安装培训以及关键阶段的专业监督来预防。小口径油管专家可以帮助经验不足的承包商提高能力、预防问题并确保项目按时完成。

  4. 持续流体系统维护和维修的挑战:
    鉴于FPSO长期在海上航行,大型维护活动通常在干船坞期间进行,小型维护则保持在最低限度。规划如何处理流体系统问题至关重要,因为海上小口径系统故障排除的专业知识通常有限。在停机和干船坞维护期间,经常会暴露出一些被忽视的问题,导致工作范围意外扩大、成本超支和进度延误。

    成功之道:
    识别海上作业人员的知识缺口,并考虑聘请专家评估海上或干船坞中的关键流体系统。世伟洛克现场工程师经常帮助海上作业人员发现问题的根本原因,培训团队进行泄漏预防,并提供从专家咨询到交钥匙服务(包括设计支持、产品选型、系统构建和实施协助)等一系列解决方案。

与合适的供应商合作,共同完成FPSO建设项目。
选择合适的流体系统解决方案供应商,对您避免FPSO建设/维护延误,以及提高流体系统的安全性和可靠性至关重要。您需要合作伙伴能够提供合适的产品和合适的材料,并在采购和生产过程中出现问题时为您提供帮助。合作伙伴应具备行业领先的小口径管流体系统专业知识和经验,并拥有全球技术支持网络。合适的合作伙伴还可以协助制定规格、推荐效率方案、帮助确定各种方案中节省成本的配置,并协助管理时间表和物流复杂性,从而帮助维护施工现场库存和产品供应。

原文链接/Offshore_Mag

Avoid Fluid System-Related Delays During FPSO Construction and Maintenance

May 5, 2025
A variety of factors related to fluid system construction and maintenance can cause delays in getting FPSOs operating profitably. Learn about common challenges that can be avoided through better procurement planning, installation practices, and more.

Barry Rowe-Platts, Technical Lead, Engineering Services, Swagelok
Tommy Jamail, Regional Construction Manager, Asia Pacific

In recent years, floating production storage and offloading (FPSO) vessels have become increasingly popular as a means of exploiting offshore resource deposits due to their mobility and economical operation. While fully capable of spending years anchored at sea, these vessels can be redeployed as owner/operators’ priorities shift.

While construction of an FPSO requires some different considerations than a fixed platform, similar challenges exist related to coordinating vendors, adhering to tight timelines, and accounting for corrosive conditions. When planning, installing, and maintaining critical fluid systems, here are a few factors to consider setting yourself up for efficient, effective construction and vessel operation.

How to Manage FPSO Fluid System Construction and Maintenance Effectively
Delays in FPSO construction or dry dock maintenance are problematic for everyone involved. For engineering, procurement, and construction (EPC) companies, package vendors, or other contractors, it can mean damaged credibility. For an FPSO owner, it can mean millions of dollars in lost revenue if vessels are stuck in shipyards instead of extracting oil. Still, delays happen every day for a variety of reasons.

  1. The Challenge of Managing Complicated Logistics
    Whether you are constructing a new FPSO or retrofitting an existing hull, coordination between a variety of organizations can be a daily challenge. FPSOs may be built thousands of miles away from where they will operate, and that can mean coordination, shipment, and delivery difficulties. As oil and gas applications have become more complicated and equipment packages have become increasingly specialized, the number of vendors involved in projects has also increased. Several EPCs from different countries may be involved in the design and engineering of dozens of critical applications found on board. Coordination with these EPCs and package vendors starts prior to front-end engineering and design (pre-FEED) and must be managed through system commissioning.

    How to Succeed:
    Choose suppliers that have experience with FPSO application design and have a local presence. You want partners who understand local cultures, languages, and regulations and the nuances of industrial fluid system operations to minimize issues as you navigate logistics and communications complexities. Look for suppliers with dedicated global construction teams with rich experience assisting with product selection, fluid system engineering, and capital projects management support.

  2. The Challenge of Procuring the Right Products at the Right Time
    Given how susceptible offshore fluid systems are to corrosion and given that many components will be exposed to elevated pressures, it is important to choose proven products from reliable suppliers and to make sure those products are built with the right materials for your application. Dealing with exotic alloys and specialized products can come with supply chain hurdles. Availability of components may be limited, and without proper planning, delays in acquiring small parts can lead to big problems. This can cause issues with keeping large-scale construction projects on time and with maintaining system uptime on vessels operating in an isolated oil field. Special consideration may also be required to adhere to industry compliance standards or company environmental sustainability commitments, too. 

    How to Succeed:
    Engage fluid system component providers early (pre-FEED, if possible) to find the right parts with appropriate availability to adhere to capital project timelines. Suppliers should be able to work with you to plan for the procurement of products rated to perform in your operating environment and be able to make asset registries reflecting every product on the vessel so that it’s easier to maintain and repair fluid systems.

  3. The Challenge of Avoiding Premature System Failure Due to Installation Issues
    Whether during initial vessel construction or shipyard-based maintenance and repair activities, improper fluid system installation practices can cause major maintenance, safety, and production issues throughout the life of asset. Correct design fundamentals in material selection, routing, support, and installation are essential for system longevity. Untrained personnel can introduce errors that multiply across large installations, reducing safety and reliability while increasing maintenance costs.

    For example, during construction, tubing and piping is often exposed to carbon contamination caused by nearby welding, grinding, cutting, or sandblasting work. Without sufficient protection and preservation methods, this contamination can cause significant corrosion issues when stainless steel is exposed to the harsh operating environment, resulting in reduced operational life, increased maintenance needs, and potential safety concerns if left undetected.

    How to Succeed:
    These issues can be prevented through sound design principles, quality products, installation training, and professional oversight during critical phases. Small-bore tubing specialists can help less-experienced contractors improve competency, prevent problems, and keep projects on schedule.

  4. The Challenge of Ongoing Fluid System Maintenance and Repair
    Given that FPSOs are at sea for long periods of time, major maintenance activities usually take place during dry dock and minor maintenance is kept to a minimum. Planning how to deal with fluid system issues is crucial, as expertise in small-bore system troubleshooting is frequently limited offshore. Overlooked problems often surface during shutdowns and dry dock maintenance, causing unexpected scope increases, cost overruns, and schedule delays.

    How to Succeed:
    Identify knowledge gaps in offshore crews and consider bringing in specialists to evaluate critical fluid systems offshore or in dry dock. Swagelok field engineers often help offshore operators detect root causes of issues, train teams in leak prevention, and provide solutions ranging from expert consultation to turnkey services including design support, product selection, system builds, and implementation assistance.

Working with the Right Suppliers for FPSO Construction Projects
Choosing the right fluid system solutions provider can make a big difference in your ability to avoid FPSO construction/maintenance delays and increase the safety and reliability of your fluid systems. You want partners with the right products available in the right materials and who can help you pivot when issues arise from procurement to production. A partner with industry leading expertise and experience in small bore tube fluid systems with a global technical support network. The right partner can also assist with specifications, recommend efficiencies, help identify cost-saving configurations within various packages, and assist in managing timelines and logistical complexities to help maintain job site inventory and product availability.