Uptime is critical, but not easy to achieve.
Specialized engineering skills are needed to design piping systems that avoid vibration-induced failures. Rotating machinery also requires advanced engineering analysis to avoid pulsations, resonance, and other vibration problems.
These engineering services apply to greenfield facilities and also when modifying an existing compressor, pump, or the piping system.
This video illustrates one of the most common integrity failures facing refinery owners. Watch
Wood has unique capabilities to identify and resolve these issues.
SBC Assessment
This article illustrates the challenges involved in accurately designing compressors to handle ethane and ethylene gases. Wood has the deep experience with refinery applications, including surge control, transients, compressor modifications, and troubleshooting. READ MORE (pdf)
New methods to find and track vibration threats in small-bore piping and tubing
View MoreHow to get the most out of your downstream facility
View MoreLearn how to better manage piping vibration and fatigue threats
View MorePiping vibration analysis per EI 2008 Guidelines for the avoidance of vibration-induced fatigue failure (AVIFF).
View MorePulsation study, mechanical review and frequency avoidance analysis, forced response analysis (when required); per API 618, API 688 and GMRC High-Speed Compressor Guideline.
View MoreAdvanced vibration analysis including pulsation, resonance, stress and transients
View MorePipe stress and vibration design – new piping stress modeling techniques for more accurate designs
View MoreField-proven designs to control vibration and allow thermal growth in piping systems
View MoreSmall-bore and mainline piping vibration: a common integrity issue for owners.
View MoreVibration screening can now be done quickly and efficiently with significant cost savings for operators.
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