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OPPORTUNITIES FOR NONMETALLIC COMPOSITES AND GLASS REINFORCED COATINGS IN GAS PROCESSING PLANTS

机译:天然气加工厂中非金属复合材料和玻璃纤维增​​强涂层的机会

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Oil, gas and petrochemical industries have critical process equipment that experienced deterioration to varying degrees due to several factors. The options widely utilized to address these concerns include conventional repair, replacement or upgrade. However, these options are often expensive and require long shutdown time for repair. Non-metallic composite materials can be utilized as one of the most cost effective option to restore the integrity of these equipment within a short duration. This option not only helps to maximize the non-metallic enrichment within the operating plants, but also promote opportunities for creating additional petrochemical industries.This paper focuses on our experience in Uthmaniyah Gas Plant where non-metallic composite materials have been used to restore the integrity of certain critical components. The components discussed in this paper will include cooling water system (CWS) and critical hydrocarbon pipelines. The CWS is critical for almost all process industries. The corrosivity of water and deterioration of materials in CWS is often complex due to variation in the water chemistry and other environmental factors. The core elements of a cooling water system, namely cooling tower and associated heat exchanger that experienced deterioration were upgraded with non-metallic composites to avoid recurrence and achieve longer life cycle.Moreover, each operating plant has numerous pipelines for transporting feedstock and end-products. Each pipeline has transition points (above/below ground) and their external protections in asphalted/concreted areas have remained a challenging task. Industries experienced significant external corrosion due to shielding and abrasion at these transition points. Non-metallic composites installed as field trails in this application functioned effectively and enhanced the external protection.This paper outlines the practical experiences in material degradation aspect on the referenced systems, from the prospective of a gas processing plant, and how non-metallic composite materials can play a vital role in corrosion protection and life extension of core components.This paper outlines the practical experiences in material degradation aspect on the referenced systems, from the prospective of a gas processing plant, and how non-metallic composite materials can play a vital role in corrosion protection and life extension of core components.
机译:石油,天然气和石化行业具有关键的工艺设备,由于几个因素而经历了不同程度的变化。广泛用于解决这些问题的选项包括常规修复,更换或升级。但是,这些选项往往是昂贵的并且需要长时间关闭时间进行维修。非金属复合材料可用于在短时间内恢复这些设备的完整性的最具成本效益的选择之一。此选项不仅有助于最大化运营工厂内的非金属丰富,而且促进创建额外的石化行业的机会。 本文重点介绍我们在Uthmaniyah燃气厂的经验,其中非金属复合材料已被用于恢复某些关键部件的完整性。本文讨论的组件将包括冷却水系统(CWS)和临界烃管道。 CWS对于几乎所有的过程行业至关重要。由于水化学和其他环境因素的变化,CWS中水和材料的劣化的腐蚀性通常很复杂。冷却水系统的核心元件,即冷却塔和相关的热交换器经历过劣化的劣化,用非金属复合材料升级,以避免复发并实现更长的生命周期。 此外,每个运营厂都有许多管道用于运输原料和最终产品。每个管道具有过渡点(高于/下面的地面),其在沥青/混凝土区域的外部保护仍然是一个具有挑战性的任务。由于这些过渡点处的屏蔽和磨损,行业具有显着的外部腐蚀。安装的非金属复合材料在本申请中作为现场路径有效地运行,并增强了外部保护。 本文概述了引用系统中物质退化方面的实际经验,从天然气加工厂的前景以及非金属复合材料如何在核心组件的腐蚀保护和生命延伸中发挥重要作用。本文概述了从天然气加工厂的前瞻性以及非金属复合材料如何在核心组分的腐蚀保护和寿命延伸方面发挥重要作用的实践经验。

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