3714 Harvey Penick Drive, TX 78664
Stay connected:
Piping-Stress-And-Flexibility-Analysis-of-P79-Buzios-8-FPSO-Module.png

Description

Client

A Europe-based Global leader in energy infrastructure, from offshore drilling to engineering solutions.

Engineering Requirement

The client required engineering support for the P79 FPSO piping flexibility and stress analysis project to ensure robust system performance and compliance with industry standards.

Our engineering team managed the entire piping stress and flexibility analysis for the FPSO module, from initial modeling to final report preparation, ensuring thorough analysis and precision. It included stress calculation reports for ~100 systems.

Key activities for FPSO Piping Flexibility and Stress Analysis included:

Piping Layout, 3D Modeling & Detailed Engineering:

  • Develop comprehensive piping layouts.
  • Create detailed 3D models of the piping systems.
  • Perform detailed engineering tasks to ensure system integrity and performance.

Stress and Dynamic Analysis:

  • Conduct stress analysis for each system using CAESAR Version 12 Build 200403 software.
  • Perform dynamic analyses, including Surge, Slug, Water Hammer, and Vibrations.
  • Update CAESAR files with parameters such as geometric design, temperature, pressure, wind, displacement, acceleration, fatigue, and blast pressure.

Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA):

  • Perform CFD simulations to analyze fluid dynamics within the piping systems.
  • Conduct FEA for critical components to ensure structural integrity.

Pipe Supports Loads Design, Drawings & Structural Stress Analysis:

  • Design pipe supports and calculate load requirements.
  • Prepare detailed drawings for pipe supports.
  • Conduct structural stress analysis to ensure supports meet necessary standards.

As-built Drawings:

Prepare as-built drawings reflecting the final installed configuration of the piping systems.

Fabrication Drawings and Bill of Material (BOM):

  • Create fabrication drawings for all components within the piping scope.
  • Develop BOM excluding items covered in the piping scope of supply.

FEA of the Nozzle:

Conduct FEA specifically for nozzles to assess their stress and structural performance.

Deliverables:

Stress Calculation Files:

  • Prepare stress calculation files for each system using CAESAR software.
  • Include stress analysis cases such as DEC, DOC, DAC, TOW, and BLA (if applicable).
  • Generate 5 CAESAR files per system.

Stress Analysis Reports:

  • Prepare detailed stress reports for 100 piping systems based on the provided sample report from the client.
  • Ensure reports are thorough and comply with all specified requirements.

Final CAESAR Files and AFD Reports:

  • Return final CAESAR files to the customer.
  • Assist in the preparation of Approved for Design (AFD) reports.

Our piping stress analysis services team ensured the pipe stress and flexibility analysis of P79 FPSO was comprehensive and aligned with client requirements by incorporating geometric design, temperature, pressure, wind, displacement, acceleration, fatigue, and blast pressure parameters.

Want to know more about this project?

Ready to work with us? Tell us more

    Yes, I am OK to receive further communication over my details shared here.Refer privacy policy for more info.

    Our Recent blogs

    Modular Plant Design

    Maximizing Efficiency With Modular Plant Design

    Choosing between traditional and modular industrial plants is becoming increasingly important in industrial plant development. Modular facilities, which are defined by off-site manufacturing and on-site assembly, are gaining appeal across industries due to their capacity to provide cost savings and increased efficiency. Multidisciplinary engineering design firms play an important role in navigating this decision by utilizing their knowledge to optimize design, expedite fabrication processes, and assure seamless on-site integration while maximizing the benefits of the modular plant design.
    Process Modeling and Simulation Using Aspen Plus

    Process Modeling Using Aspen Plus Software

    Complex systems must be modeled and simulated to be effective in process engineering. Aspen Plus is a highly acclaimed process modeling program widely used in various industries, including chemical and petrochemicals, pharmaceuticals, and power generation. This article will examine the principles of process modeling using Aspen Plus, its unique features and benefits, and how Rishabh Engineering uses this tool to increase productivity, streamline processes, and provide superior design solutions to their clients.
    Stress Analysis of Piping Systems

    What Is Piping Stress Analysis – Benefits, Types, Industry Use Cases

    Piping stress analysis is an important task to ensure piping systems' safety, dependability, and integrity in plant engineering. It is essential for designing, constructing, and maintaining piping structures that transport liquids and gases at varied temperatures and pressure levels. In this blog we will examine the concept of piping stress analysis, its types, why to perform it, when is it required, and industry use cases with real life applications.