Engineering in Action: Real-World Applications of BOSpulse and BOSfluids
Welcome to this edition of our LinkedIn newsletter, where we highlight recent projects that demonstrate how advanced tools like BOSpulse and BOSfluids are solving critical engineering challenges. From pulsation and vibration analysis to mitigating water hammer effects, these tools are helping engineers ensure system reliability, safety, and compliance with industry standards.
Pulsation and Vibration Analysis of a Compressor System on an FPSO
A three-stage reciprocating compressor system on an FPSO (Floating Production Storage and Offloading) unit in the North Sea required evaluation for compliance with the latest API 618 (6th Edition, 2024) standards. Pulsations and vibrations were identified, posing risks to system reliability and safety.
Using BOSpulse, the system was modeled to analyze the compressor's performance. The analysis uncovered resonances and standing waves that contributed to these issues, enabling the team to implement targeted solutions to mitigate risks and ensure compliance.
Pulsation Analysis and Optimization of a Compressor System
A two-stage reciprocating compressor system, operated by a leading energy company, began experiencing vibrations after modifications, including pipe rerouting. These vibrations, particularly in the 1st and 2nd stage suction lines, raised concerns about compliance with API 618 Design Approach 3 standards.
The team used BOSpulse to model the entire system, from the 1st stage inlet to the 2nd stage discharge pulsation bottle outlet. The analysis identified the root cause of the vibrations, allowing for the implementation of effective mitigation measures. These solutions were validated through further using BOSpulse, ensuring long-term system stability and performance.
Mitigating Water Hammer Effects in Jetty Fire Protection Systems
Fire protection systems at two industrial jetties experienced severe water hammer effects during rapid flood-and-drain cycles. These effects compromised the structural integrity of the piping and created unsafe conditions.
Using BOSfluids, the existing model was reviewed and enhanced to provide more realistic results. This allowed engineers to identify critical issues and implement solutions to mitigate water hammer effects, ensuring the safety and reliability of the fire protection systems.
How BOSpulse and BOSfluids Can Support Your Work
Consider how BOSpulse and BOSfluids can further enhance your engineering projects:
These tools are designed to provide actionable insights, helping you optimize system performance, improve safety, and ensure compliance with industry standards.
Stay tuned for more insights and case studies in our next edition. If you’d like to learn more about how BOSpulse and BOSfluids can support your projects, feel free to reach out or explore our resources.