Detailed Engineering of Sodium Technology Complex (STC)
Performed multidisciplinary engineering for a nuclear power plant chiller package, covering 3D equipment and piping modelling, detailed drafting, material management and project documentation. The integrated engineering approach supported accurate design development, interdisciplinary coordination and delivery of project-specific engineering outputs.
Customer Problem
The customer required detailed engineering support for a nuclear chiller package, including equipment and piping modelling, drafting, material management and project documentation.
Approach
Performed integrated 3D modelling, equipment and piping layout development, detailed drafting and engineering documentation with multidisciplinary coordination.
Key Finding
The integrated engineering approach helped identify design and interface issues early, improving coordination between mechanical, piping, structural and E&I disciplines.
Risk & Recommendations
Design inconsistencies and interface issues could affect project execution and compliance. Close multidisciplinary coordination and adherence to applicable project standards were maintained throughout the engineering process.
Business Outcome
Delivered coordinated engineering outputs including 3D models, layouts, piping isometrics, GA drawings, material take-offs and project documentation.
Conclusion
The detailed engineering support provided an integrated solution for the STC, supporting accurate design development, seismic qualification and reliable execution of the nuclear facility.
Deliverables
- Intelligent 3D Models, Equipment & Piping Layouts
- Structural & Support Models, FRS and SAM Data
- Piping GA & Isometric Drawings, Equipment Location Plans
- Piping MTO, Line Lists, Engineering & QC Documentation
Software Used
STAAD.Pro