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Vibration screening can now be done quickly and efficiently with significant cost savings for operators.
Veridian VS is a free, web-based screening tool used by owners, operators and engineering consulting firms to identify high-risk locations in process piping systems. This stand-alone tool is used to improve the design of piping systems, to support inspection and measurement activities, and for vibration integrity programs.
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Veridian VS identifies and evaluates potential excitation mechanisms that can result in piping vibration fatigue failures, such as:
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Other features include:
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Easily identify and evaluate all potential excitation mechanisms | ||
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User statistics, auditing | Define access for team members | Unique evaluation for subsea flowlines (flow-induced pulsation) |
Screening report – line listing | Detailed listing | Detailed assessment table |
Industry research confirms that vibration-induced fatigue failures are a major source of fluid release in hydrocarbon facilities1. These failures are costly in terms of safety, environmental damage, corporate liability, extended downtime and financial losses.
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1 Source: UK Health and Safety Executive |
API integrity management standards (API 570,571, 574 and 584) consider vibration as an important damage mechanism that requires proactive management for all small-bore connections (SBCs) and piping.
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New features and improvements in Veridian 1.3 include:
Void fractions are only used if you select the EI Guidelines 2020 (which is not yet available).
Improved scrolling through results
Download the Veridian fact sheet (PDF)
Read the Veridian FAQ
Veridian overview
Whitepaper: effective piping vibration management
Piping vibration integrity primer (PDF)
Case study: managing piping vibration integrity risks at an LNG facility (PDF)
Technical papers:
AIV and FIV in Pipelines, Plants, and Facilities
International Pipeline Conference 2016, Calgary, Canada (© ASME)
Testing System Set-Up to Evaluate Acoustic Induced Vibration
ASME 2016 Pressure Vessels and Piping Conference 2016, Vancouver, Canada (© ASME)
Vibration-Induced Fatigue – A Risk-Based Approach
API Inspection Summit 2017, Galveston, TX, USA
Authorities regulating vibration:
Veridian AM – anomaly management
Piping Vibration and Integrity Assessment
Acoustic-Induced Vibration (AIV) Analysis
Flow-Induced Vibration (FIV) Analysis
Multiphase and Slug Flow Analysis
Small-Bore Connections (SBC) Assessment
Free tool. Available to people inside and outside your organization.
Web-based. Easy to access and share.
Secure, private, consistent. Data from all projects and assets saved in one secure tool and database.
Improved quality, efficiency and easy to use. Over traditional spreadsheets or hand calculations.
Proven. Built and used by industry experts.
No maintenance. We ensure the tool keeps pace with current standards and regulations.
Proactive. Provides best-practice management of vibration risks.
Reduced design, construction and commissioning costs.
Data custodian throughout your asset’s life cycle.
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Webinar: Shake, rattle and grow (2022 update) • Webinar: Controlling dynamic flexibility • Webinar: Piping and tubing vibration anomaly mgmt • PostPro – field data processing and analysis • Multi-channel vibration measurements • Vibration-induced fatigue management (Offshore Magazine) • Webinar: Shake, rattle and grow I (2022 update) • Avoiding vibration-induced fatigue failure • Examples of Piping Vibration (Video) • Important Differences in Pulsation Software • Pipe Support Stiffness, GMRC Project • Transient Conditions on Small-Bore Piping • Piping Vibration Design Considerations • Tips for Managing a Successful Vibration Project • Piping Vibration Examples • An Integrated Approach to Manage Vibration Risks •
Learn how to solve complex vibration problems with advanced troubleshooting techniques to keep your facility running smoothly, with minimal downtime. Register now