Helicopter-borne SQUID (Superconducting Quantum Interference Device) full tensor magnetic gradiometry survey in Yukon Territory (YT)

OPPORTUNITY SUMMARY

PURPOSE & SCOPE:

• Procurement/Grant Description: The opportunity is for a Request for Proposal (RFP) aimed at conducting a helicopter-borne SQUID (Superconducting Quantum Interference Device) full tensor magnetic gradiometry survey.
• Project Scope and Objectives: The project focuses on studying the potential of full tensor magnetic gradiometry (FTMG) for geoscience and magnetic anomaly detection applications. It seeks to utilize FTMG data to provide superior discrimination of magnetic sources compared to traditional techniques.
• Contract Type and Estimated Value: The specific contract type or estimated value is not mentioned.

BUYER INFORMATION:

• Issuing Organization: Natural Resources Canada (NRCan), specifically the Geological Survey of Canada (GSC).
• Contact Details: Len Pizzi ([email protected]), Telephone: (343) 550-5308.
• Important Dates:
  • Posted Date: January 6, 2026
  • Due Date: February 6, 2026, at 2 PM EST

MANDATORY REQUIREMENTS:

• Required Certifications/Registrations: Suppliers must have the necessary certifications and adhere to the requirements outlined in the RFP.
• Mandatory Qualifications: Experience with helicopter-borne SQUID magnetometry and tensor gradiometry is implied.
• Set-Aside Requirements: No specific set-aside requirements or geographic restrictions were mentioned in the provided documents.
• Geographic Requirements: The project is focused on the Minto Area near Minto, Yukon Territory (YT).

TECHNICAL REQUIREMENTS:

• Key Technical Capabilities Needed:
  • Proficiency in magnetic gradiometry, specifically full tensor magnetic measurements.
• Specific Technologies/Methodologies Required: The use of SQUID magnetometers to measure the nine tensor components of the Earth’s magnetic field.
• Deliverables and Performance Standards: Detailed deliverables are likely outlined in the RFP, but specifics are not provided in the summary.
• Evaluation Criteria: The evaluation criteria will include the technical capabilities of bidders as noted in the RFP.

PREFERRED QUALIFICATIONS:

• Nice-to-Have Certifications/Experience: Additional experience in geoscience applications and familiarity with land claims agreements in the Yukon region may be beneficial.
• Preferred Qualifications: Not explicitly mentioned, but broader experience in similar geophysical surveys could be advantageous.
• Additional Evaluation Factors: Past performance with similar projects and the effectiveness of proposed methodologies could serve as competitive advantages.

KEY EVALUATION FACTORS:

• Proposal Evaluation Methodology: Proposals will be assessed based on how well they meet the technical requirements and objectives laid out in the RFP.
• Weighting of Different Criteria: Specific weighting is not provided, but technical capabilities and previous experience appear critical.
• Past Performance Requirements: Evidence of successful previous projects in related fields may be considered.

This structured summary is optimized for companies to assess their suitability for the project and identify key opportunities for collaboration with NRCan.