Question 1

What is "R803.1-Structural Integrity of Nuclear Steam Generators against In-line (Streamwise) Fluidelastic Instability"?

Accepted Answer

**Opportunity Summary: Structural Integrity of Nuclear Steam Generators**

**Title**: R803.1-Structural Integrity of Nuclear Steam Generators against In-line (Streamwise) Fluidelastic Instability  
**Issuing Organization**: Canadian Nuclear Safety Commission (CNSC)  
**Location**: Ottawa, Ontario, Canada  
**Contact Details**: Lucie Frouin, Email: solicitation-demandedesoumission@cnsc-ccsn.gc.ca

**Project Scope and Objectives**: This opportunity involves the assessment and enhancement of the structural integrity of nuclear steam generators, focusing specifically on resistance to in-line or streamwise fluidelastic instability. The project aims to ensure the safety and reliability of nuclear facilities in Canada.

**Key Dates**:  
- **Posted Date**: February 16, 2026  
- **Due Date**: March 16, 2026  
- **Previous Solicitation Cancelled**: This solicitation cancels and supersedes solicitation number 5000088650 dated November 4, 2025.

**Contract Type and Estimated Value**: The specific contract type and estimated value are not mentioned in the opportunity metadata.

**Mandatory Qualifications**:  
- Expertise in fluid-structure interaction and structural analysis, specifically related to nuclear engineering.
- Proven experience with nuclear steam generator design, assessment, and integrity evaluations.

**Preferred Qualifications**:  
- Previous successful completion of similar projects for nuclear regulatory authorities or energy providers.
- Advanced degrees or certifications in relevant engineering disciplines (such as nuclear, mechanical, or structural engineering).

**Geographic Restrictions**: No specific geographic restrictions are stated, but familiarity with Canadian nuclear regulations will be beneficial.

**Technical Capabilities Needed**:  
- Proficiency in computational fluid dynamics (CFD) and structural analysis software.
- Ability to perform risk assessments and develop safety mitigation strategies in the nuclear context.

**Deliverables and Performance Standards**: Specific deliverables are not outlined; however, proposals should detail compliance with standards relevant to nuclear safety and engineering best practices.

**Evaluation Criteria**:
- Proposals will be evaluated on the basis of technical capability, experience with similar projects, and the qualifications of the proposed team.
- The methodology for analysis and risk mitigation strategies will also be a critical factor.

**Proposal Evaluation Process**: Detailed criteria for evaluation are not explicitly outlined; emphasis will be on the match between the organization’s expertise and the objectives of the project.

This opportunity represents a vital component of nuclear safety in Canada, targeting organizations with strong technical skills in nuclear engineering and structural integrity analysis. Companies that can demonstrate prior success and specialize in this niche field are encouraged to apply.

Question 2

When is the proposal submission deadline?

Accepted Answer

The proposal submission deadline is March 16, 2026 (4 days left).

Question 3

Where can I submit a proposal or get solicitation documents?

Accepted Answer

You can access the full solicitation documents and submit your proposal at: https://canadabuys.canada.ca/en/tender-opportunities/tender-notice/cb-56-720789

R803.1-Structural Integrity of Nuclear Steam Generators against In-line (Streamwise) Fluidelastic Instability

Actions

Documents

Description

Additional Information

Source

Source Record ID

Source URL

Type

Status

Is Public

Deadline Text

Created

Last Updated

Contact Info Name

Contact Info Email

Contact Info Address Line

Contact Info City

Contact Info Province

Contact Info Postal Code

Contact Country

Organization Address Line

Organization Address City

Organization Address Province

Organization Address Postal Code

Organization Country

Reference Number

Summary Updated At

Frequently Asked Questions

AI Summary

Explore More Opportunities