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首页> 外文期刊>E & P: A Hart Energy Publication >Technology Targets Better Well Completions: The latest well completion developments aim to increase frac stages and optimize fracture placement
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Technology Targets Better Well Completions: The latest well completion developments aim to increase frac stages and optimize fracture placement

机译：技术瞄准更好的完井技术：最新的完井技术旨在增加压裂阶段并优化压裂位置

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Service companies have developed new technologies that can result in multiple frac stages, fewer production-constraining issues, and optimal fracture staging. Several case studies highlight recent technological advances as they have been applied in the field. Baker Hughes has developed frac balls that are lighter and stronger than conventional frac balls (made of phenolic or fiberglass resin material), providing several advantages to the completion process. But what may turn out to be a game changer is that the company's new IN-Tallic frac balls disintegrate when exposed to brine fluids or acid solutions. This feature eliminates the risk of balls not being produced back to surface or remaining on corresponding seats, which could result in lost production. Additionally, the rate of disintegration can be controlled.
机译：服务公司已经开发出新技术，可导致多个压裂阶段，较少的生产约束问题以及最佳的压裂阶段。一些案例研究突出了在该领域中应用的最新技术进步。 Baker Hughes已开发出比传统压裂球（由酚醛或玻璃纤维树脂材料制成）更轻，更结实的压裂球，为完井工艺提供了多项优势。但是，可能会改变游戏规则的是，该公司的新型IN-Tallic压裂球在暴露于盐水或酸性溶液时会分解。此功能消除了球无法重新生产或残留在相应阀座上的风险，因为这可能会导致生产损失。另外，可以控制崩解速率。

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