油罐和船舶接地系统的相互作用和设计

M. O. Durham, R. A. Durham
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引用次数: 6

摘要

储罐和船舶有许多接地和保护系统。这些包括流体运动粘接产生的静电放电,防雷接地,雷击放电晕,设备粘接,阴极保护,杂散电流控制,电源和外线保护,仪表连接和仪表保护。每个系统都有独特的需求。此外,接地系统相互作用,在某些情况下,相互干扰。确定每个系统的设计关注点、考虑因素和需求。综合设计显示所有系统一起工作。图表显示了系统的相互作用。描述和注释说明了大量的细节。本程序适用于设计、操作或维护石油化工行业任何方面使用的船舶电气系统的工程师。虽然本文专门针对储罐和船舶,但这些概念可以应用于广泛的结构接地应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interaction and design of grounded systems for tanks and vessels
Tanks and vessels have numerous grounded and protection systems. These include static discharge from fluid movement bonding, lightning protection ground, lightning discharge halo, equipment bonding, cathodic protection, stray current control, power and external line protection, instrumentation connection and instrumentation protection. Each system has unique requirements. In addition, the grounded systems interact and, in some cases, interfere with each other. Design concerns, considerations and requirements for each system are identified. An integrated design shows all systems operating together. Diagrams show interactions of the systems. Descriptions and comments illustrate the numerous details. The procedures are appropriate for engineers who design, operate or maintain electrical systems for vessels used in any facet of the petrochemical industry. Although the paper is specifically addressed towards tanks and vessels, the concepts can be applied to a broad range of grounding applications for structures.
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