Experience on Application of Non-Metallic Materials for Offshore Facilities

Salvatore Montalto, P. Cavassi, Luca Ponteggia, M. Romano
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Abstract

The scope of this paper is to share technical knowledge and experience gained on the use of non-metallic materials in off-shore environments. The proposed applications lead to the highest benefit level in terms of maintenance interventions as well as to weaknesses jeopardizing the productivity. In particular, we evaluated the use of:Glass-reinforced composite material in offshore platform boat landing and stairs, instead of galvanized grating;Glass-reinforced epoxy pipe for offshore firefighting network;Plastic reinforcement sleeve on the protection of tube bundle heat exchanger welding. Analysis was carried out on obtained results. The approach took into consideration the technical results after long period of installation in a boat landing and firefighting network offshore with averse environmental conditions, while for the plastic sleeve it was a proactive action against failure and the relevant study of consequences in case of removal. Present paper is not an innovative implementation but it is born from the daily offshore plant observation with the particular aim to improve the asset integrity trying to guarantee the best performance, reducing maintenance and restoration cost. Positive and negative results on the above applications will be mentioned to permit as final conclusion a proper material selection and design accuracy for future application.
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非金属材料在海洋设施中的应用经验
本文的范围是分享在近海环境中使用非金属材料所获得的技术知识和经验。建议的应用程序在维护干预方面带来了最高的效益水平,同时也带来了危害生产力的弱点。特别是,我们评估了玻璃增强复合材料在海上平台船平台和楼梯上的使用,代替镀锌格栅;玻璃增强环氧树脂管用于海上消防网络;塑料增强套管用于管束换热器焊接保护。对所得结果进行了分析。该方法考虑了在恶劣环境条件下在海上船舶着陆和消防网络中长时间安装后的技术结果,而对于塑料套管,它是针对故障的主动行动,以及在移除情况下对后果的相关研究。本文不是一个创新的实施方案,但它诞生于日常海上工厂观察,其特定目的是提高资产完整性,试图保证最佳性能,降低维护和修复成本。上述应用的积极和消极结果将被提及,以便作为最终结论,为将来的应用提供适当的材料选择和设计准确性。
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