HHF Test Services for In-Vessel and JT 60 Mock-ups

The opportunity titled "HHF Test Services for In-Vessel and JT 60 Mock-ups" is a call for tenders from Fusion for Energy (F4E), identified by the code F4E-OMF-1877. This tender pertains to the preparation and High Heat Flux (HHF) testing of ITER Normal Heat Flux Tungsten Mock-ups, including specific mock-ups such as First Wall tungsten Small Scale Mock-Ups and JT60-SA tungsten monoblock mock-ups, as well as technology development tungsten mock-ups. The procedure is open for submission, allowing any eligible organization to participate, and the submission method is non-electronic. The deadline for submitting tenders is November 7, 2025, at 16:00. This is classified as a procurement contract for services, indicated by the main Common Procurement Vocabulary (CPV) code of 71300000, which corresponds to engineering services. The estimated total value for this contract is not disclosed. Eligible applicants include companies, research institutes, and specialized testing facilities with the capabilities required for high heat flux testing. The focus of this procurement aligns with the development of fusion energy technologies, and it emphasizes international collaboration within the ITER project framework. While consortia can potentially apply, the complexity of the tasks may favor applicants with robust in-house capabilities. This initiative reflects F4E's ongoing commitment to advancing fusion energy technology, engaging European industry, and ensuring rigorous testing and validation processes for materials used in fusion reactors. Successful applicants will be responsible for performing these critical tests and delivering results that are essential for the continued development and eventual deployment of fusion energy technologies.

HHF Test Services for In-Vessel and JT 60 Mock-ups is a call for tenders with procedure identifier F4E-OMF-1877. The submission method is Non Electronic and the procedure is Open For Submission. The description of the call is for the preparation and the High Heat Flux testing of ITER Normal Heat Flux Tungsten Mock-ups such as First Wall tungsten Small Scale Mock-Ups, JT60-SA tungsten monoblock mock-ups and technology development tungsten mock-ups. The procedure type is Open procedure and the contract type is Services. The TED publication date is 22 September 2025 and the time limit for receipt of tenders is 07 November 2025 16:00. The estimated total value is N/A. The Main CPV code is 71300000 - Engineering services. The Award method is N/A. The Address of the buyer profile is N/A. Information about a public contract, a framework agreement or a dynamic purchasing system (DPS) is N/A. Questions and answers (Q&A) are available for download in PDF (EN). No translations are available. In summary, this is a call for tenders, specifically F4E-OMF-1877, seeking services for the preparation and High Heat Flux (HHF) testing of ITER Normal Heat Flux Tungsten Mock-ups. These mock-ups include First Wall tungsten Small Scale Mock-Ups, JT60-SA tungsten monoblock mock-ups, and technology development tungsten mock-ups. It's an open procedure, meaning any interested party can submit a tender. The deadline for submissions is November 7, 2025, at 16:00. The contract is for services, and the estimated total value is not available (N/A). The relevant CPV code is 71300000, indicating engineering services. The award method is also not available (N/A). The tender submission is non-electronic. Additional information, including questions and answers, can be found in the provided PDF document.

Eligible Applicant Types:The opportunity is a call for tenders, implying that eligible applicants are likely businesses or organizations capable of providing the specified services. Given the technical nature of the services (High Heat Flux testing), eligible applicants would likely include engineering firms, research institutions with relevant testing facilities, or specialized service providers.

Funding Type:The funding type is procurement, specifically a service contract. The call is for "HHF Test Services," indicating that the selected applicant will be contracted to provide these services in exchange for payment.

Consortium Requirement:The information provided does not explicitly state whether a single applicant or a consortium is required. However, the nature of the services suggests that both single applicants and consortia could be eligible, depending on their capabilities to fulfill all requirements of the tender.

Beneficiary Scope (Geographic Eligibility):The opportunity originates from the EU Funding & Tenders Portal, suggesting that applicants from the EU and potentially associated countries are eligible. The specific eligibility criteria would be detailed in the tender documents, but it is reasonable to assume that EU-based entities are the primary target.

Target Sector:The target sector is engineering, specifically related to fusion energy research and development. The call focuses on High Heat Flux (HHF) testing of tungsten mock-ups for ITER (International Thermonuclear Experimental Reactor) and JT-60SA, both major fusion research projects. This falls under the broader categories of energy, research, and advanced materials.

Mentioned Countries:No specific countries are mentioned, but the context of ITER and JT-60SA implies involvement of the EU, Japan (JT-60SA is a Japanese fusion experiment), and potentially other international partners in the ITER project.

Project Stage:The project stage is related to validation and testing. The call is for testing services of already developed mock-ups, indicating that the design and fabrication stages are largely complete. The testing is likely part of the validation or demonstration phase of these components.

Funding Amount:The estimated total value is listed as "N/A," meaning the specific budget for this tender is not disclosed in the provided information.

Application Type:The application type is an open call for tenders. The description states "Open For Submission" and "Open procedure," indicating that any eligible entity can submit a tender. The submission method is "Non Electronic".

Nature of Support:The nature of support is monetary. The selected applicant will receive payment for the services rendered under the service contract.

Application Stages:The number of application stages cannot be determined from the provided information. Typically, open calls for tenders involve at least two stages: submission of the tender and evaluation of the submitted tenders. There may be additional stages such as clarification requests or contract negotiation.

Success Rates:The success rates cannot be determined from the provided information. Success rates for tenders vary widely depending on the specific call, the number of applicants, and the quality of the proposals.

Co-funding Requirement:The information provided does not indicate whether co-funding is required. Co-funding is less common in procurement contracts than in grant agreements, so it is unlikely but cannot be definitively ruled out without further information.

Summary:

This opportunity is a call for tenders (F4E-OMF-1877) from Fusion for Energy (F4E) for High Heat Flux (HHF) testing services. The services involve the preparation and testing of ITER Normal Heat Flux Tungsten Mock-ups, including First Wall tungsten Small Scale Mock-Ups, JT60-SA tungsten monoblock mock-ups, and technology development tungsten mock-ups. This is an open procedure, meaning any eligible organization can submit a tender. The submission method is non-electronic. The contract type is for services, and the main CPV code is 71300000, which corresponds to engineering services. The deadline for submitting tenders is November 7, 2025, at 16:00. The estimated total value of the contract is not available. The opportunity targets organizations with expertise in high heat flux testing and materials characterization, particularly in the context of fusion energy research. The selected contractor will be responsible for performing the necessary tests and providing the relevant data to F4E. The tender relates to the validation and testing phase of components intended for use in ITER and JT-60SA, two major international fusion research facilities.