Expediente |
2024/S 000-019582 |
Organismo |
United Kingdom Atomic Energy Authority |
Código Postal |
|
Fecha de publicación |
26/06/2024 |
Section one: Contracting authority/entitySection I: Contracting authority/entityone.1) Name and addressesI.1) Name and addressesUnited Kingdom Atomic Energy Authority
Culham Campus
Abingdon
OX14 3DB
ContactCharlotte Byrne
Emailcharlotte.byrne@ukaea.uk
CountryUnited Kingdom
NUTS codeUKJ14 - Oxfordshire
National registration numberN/A
Internet address(es)Main addresshttp://www.gov.uk/government/organisations/uk-atomic-energy-authority
Buyer's addresshttps://uk.eu-supply.com/ctm/Company/CompanyInformation/Index/72814
Section two: ObjectSection II: Objecttwo.1) Scope of the procurementII.1) Scope of the procurementtwo.1.1) TitleII.1.1) TitleFusion Futures: 2D and 3D Analysis of Ceramic to Metal Bonding for High Heat Flux Components
Reference number T/CB101/24
two.1.2) Main CPV codeII.1.2) Main CPV code42942200 - Vacuum ovens
two.1.3) Type of contractII.1.3) Type of contractSupplies
two.1.4) Short descriptionII.1.4) Short descriptionThe objective of this work package is to analyse the ceramic to metal bonding used in the
microwave sources on joints that encounters excessively high thermal flux loads.
The work scope envisioned is for a supplier with the capabilities of utilising 3D x-ray
tomography, Scanning Electron Microscopes (SEM) and an SEM with the capability of
thermal and mechanical testing with simultaneous microstructural observations with both
spatial and temporal resolution capabilities (hereafter referred to as specialist SEM).
Section six. Complementary informationSection VI. Complementary informationsix.6) Original notice referenceVI.6) Original notice referenceNotice number: 2024/S 000-019348
Section seven. ChangesSection VII. Changesseven.1.2) Text to be corrected in the original noticeVII.1.2) Text to be corrected in the original noticeSection numberII
Place of text to be modifiedII.1.2) Main CPV code
Instead ofMain CPV code42942200 - Vacuum ovens
ReadMain CPV code38511100 - Scanning electron microscopes
Section numberII
Place of text to be modifiedII.1.1) Title
Instead ofTextFusion Futures: Ceramic to Metal Bonding
Reference number
T/RK090/24
ReadTextFusion Futures: 2D and 3D Analysis of Ceramic to Metal
Bonding for High Heat Flux Components
Reference number
T/CB101/24
Section numberII
Place of text to be modifiedII.1.4) Short description
Instead ofTextThe objective of this work package is to develop microwave vacuum windows for either circular or rectangular waveguide.
There will be two general applications in which a ceramic is inserted into a waveguide or metallic wall: ? Standard WR-## rectangular waveguide ? Small circular or rectangular window with ceramic having a high index of refraction)
The bonding should be compatible with ultra-high vacuum applications with leak rates kept below 10-9mbar/(l?s)
The ceramic material is to be determined based on the suppliers capability, materials index of refraction and microwave transmission efficiency over the range of 25 to 400GHz.
The metallic material is preferred to be either Aluminium (allow 6061 or 6062) and copper (CuCrZr).
ReadTextThe objective of this work package is to analyse the ceramic to metal bonding used in the microwave sources on joints that encounters excessively high thermal flux loads.
The work scope envisioned is for a supplier with the capabilities of utilising 3D x-ray tomography, Scanning Electron Microscopes (SEM) and an SEM with the capability of thermal and mechanical testing with simultaneous microstructural observations with both spatial and temporal resolution capabilities (hereafter referred to as specialist SEM).
This work will also be used by the ITER organisation, as potential improvements to their future procurement of microwave sources for the proposed EC system upgrade.
Section numberII
Place of text to be modifiedII.1.5) Estimated total value
Instead ofTextII.1.5) Estimated total value
Value excluding VAT: £50,000
ReadTextII.1.5) Estimated total value
Value excluding VAT: £75,000
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*Fecha Pub.: 26/06/2024
*Fuente ext: UK
*Enlace ext: https://www.find-tender.service.gov.uk/Notice/019582-2024