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Fuel Tank Seismic Stability: First state rules committee meeting Oct 26

The Oregon Department of Environmental Quality (DEQ) has announced its first rules advisory committee meeting to discuss what rules will govern the new Fuel Tank Seismic Stability program.

DEQ developing rules to make fuel storage tanks more resilient to future earthquakes

DEQ developing rules to make fuel storage tanks more resilient to future earthquakes
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SPbPU: safety questions on oil and gas pipelines safe during an earthquake

Share Underground pipelines that transport oil and gas are very important engineering communications worldwide. Some of these underground communications are built and operated in earthquake-prone areas. Seismic safety or seismic stability of underground pipelines began to be intensively studied since the 1950s. The research shows that current methods used for calculating stress received by the underground pipelines during an earthquake are incorrect Since then, a number of methodologies were proposed for calculating stress received by an underground pipeline during an earthquake. The purpose of these methodologies was to make an accurate prediction on the structural stress received by a pipeline during an earthquake, and thus it would allow to decide how resilient the pipeline must be made in the first place. It is important to find a right balance between pipeline cost and its structural resilience.

Are our oil and gas pipelines safe during an earthquake?

 E-Mail IMAGE: The new research shows that current methods used for calculating stress received by the underground pipelines during an earthquake are incorrect. view more  Credit: Peter the Great St.Petersburg Polytechnic University Underground pipelines that transport oil and gas are very important engineering communications worldwide. Some of these underground communications are built and operated in earthquake-prone areas. Seismic safety or seismic stability of underground pipelines began to be intensively studied since the 1950s. Since then, a number of methodologies were proposed for calculating stress received by an underground pipeline during an earthquake. The purpose of these methodologies was to make an accurate prediction on the structural stress received by a pipeline during an earthquake, and thus it would allow to decide how resilient the pipeline must be made in the first place. It is important to find a right balance between pipeline cost and its stru

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