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How to Define a New Higher Strength Drill Pipe for Maximizing Safety

机译:如何定义一个新的更高强度钻杆,用于最大限度地提高安全性

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The evolution of drilling programs has driven the industry to develop more suitable solutions adapted to extreme and aggressive conditions such as Sour Service environments. High strength drill pipe is necessary to achieve these deeper drilling targets because Sulfide Stress Cracking susceptibility is observed even in minimal concentrations of H2S partial pressure.Due to the astringency of the sour environment, particular precautions have to be defined to select and characterize an adapted Sour Service steel grade. Controlling crucial manufacturing parameters is the key to successfully supplying products for these critical applications. Steel microstructure, chemical composition, cleanliness and heat treatment process control are all important to promote Sulfide Stress Cracking resistance in high strength drill pipe. Moreover, controlled yield strength, restricted hardness and improved fracture toughness are the mechanical parameters enhancing the ability of these drilling products to be used safely and efficiently by drilling contractors and operators in aggressive wells.This paper presents the latest VAM Drilling solutions in terms of steel chemistries and manufacturing process controls highlighting key parameters that drilling engineers and specifiers should consider when planning sour gas wells. The paper also introduces further developments to be sought for deep and Extended Reach Drilling above current material limits.
机译:钻井计划的演变推动了该行业开发出更合适的解决方案,适用于酸维修环境等极端和侵略性的条件。高强度钻管是为了实现这些更深的钻孔靶,所以即使在最小的H 2 S部分压力的浓度下观察到硫化物应力裂解敏感性。对于酸环境的涩味,必须定义特定的预防措施以选择和表征适应的酸服务钢级。控制关键制造参数是成功为这些关键应用提供产品的关键。钢微观结构,化学成分,清洁度和热处理过程控制均在高强度钻管中促进硫化物应力开裂性抗性一致。此外,控制屈服强度,限制硬度和改善的断裂韧性是通过在侵略性井中钻合承包商和操作员来安全有效地使用这些钻井产品的机械参数。本文提出了钢铁方面的最新VAM钻探解决方案化学和制造过程控制突出显示钻探工程师和说明符在规划酸性气井时应考虑的关键参数。本文还介绍了进一步的发展,以寻求深度和延长钻探在当前材料限制上方。

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