Natural hazards: Meghan Connors, Operations Manager, PipeSak Pipeline Products, Canada, reviews buoyancy control systems for onshore pipelines

Elizabeth Corner

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Natural hazards: Meghan Connors, Operations Manager, PipeSak Pipeline Products, Canada, reviews buoyancy control systems for onshore pipelines

机译：自然危害：加拿大PipeSak管道产品运营经理Meghan Connors审查了陆上管道的浮力控制系统

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The safest way to provide negative buoyancy in areas subject to natural hazards such as floods, seismic activity, landslides, and other types of soil movement is the use of geotextile fabric weights. They offer a soft, stable method of buoyancy control that limits the risk of pipeline damage caused by shifting concrete weights and rigid, heavy concrete coating. The low centre of gravity, permeability, and flexibility of the GPW makes it ideal for all nearly types of onshore applications.

机译：在遭受自然灾害（例如洪水，地震活动，滑坡和其他类型的土壤运动）影响的区域中提供负浮力的最安全方法是使用土工织物配重。它们提供了一种柔软，稳定的浮力控制方法，可限制因混凝土重量变化和坚硬，厚实的混凝土涂层引起的管道损坏风险。 GPW的低重心，渗透性和柔韧性使其非常适合所有几乎所有类型的陆上应用。

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《World pipelines》 |2015年第suppla期|共4页
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Elizabeth Corner;
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Natural hazards: Meghan Connors, Operations Manager, PipeSak Pipeline Products, Canada, reviews buoyancy control systems for onshore pipelines

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