Tender notice
Compact Accelerator Mass Spectrometer
Notice details
- Published
- Category
- goods
- Buyer region
- North West
- Source
- View official notice
Public buyer
Public buyer
Lancaster UniversityTender value£2,300,000
- Planned startAs published in the notice
- Planned endAs published in the notice
Work description
The Purchaser is inviting tenders on the terms set out in this further competition for the supply, delivery and installation of a Compact Accelerator Mass Spectrometer System.
We seek to:
1.To source, install and commission a compact, multi-isotope, compact accelerator mass spectrometry (AMS) facility.
2. To establish an AMS capability in the UK based on this facility targeted primarily on assisting the clean-up of the UK nuclear legacy and related compatible trace analytical requirements.
3. To have the system in place, commissioned and operational with ancillary facilities by 4th April 2022.
A compact, multi-isotope AMS exploits negative ions, deflecting their path with a magnetic field at low energy, accelerates them and strips them of electrons, passes them through another magnetic field for high-energy mass analysis and collects and identifies them in a particle detector. In doing this, it is possible to separate abundant and rare isotopes of similar masses to yield ratios, i.e., 240Pu/239Pu, in the context of this case. An AMS has very significant advantages for long-lived radionuclides for measurements at trace levels over those made on the basis of radioactive decay because, at such low levels, there is rarely a sufficient amount of substance to yield satisfactory decay statistics on practical timescales that are distinguishable from background.
Additional information: This tender is being conducted electronically using the Lancaster University e-tendering system which can be found at https://in-tendhost.co.uk/lancaster/ To receive documents new users must first register and obtain log in details. Existing users should log in to the web site and express interest.
Is a Recurrent Procurement Type? : No