[FtsS09F01PriorInformationNotice]

[Information]

[Published]

[ExpireDate]: 25.11.2021

[ExternalReference]: 2021-544422

[FtsReference]: 2021-026781

[FtsS09F01PriorInformationNotice]

[NoticePin]

[Supplies]

[NoticeIsPriorInfoOnly]

[Section1]: [Ca]

I.1)

[NameAddressContact]

United Kingdom Atomic Energy Authority
N/A
Culham Science Centre
Abingdon
OX14 3DB
UK
[Contactpoint]: Hugo Silva
[AddressEmail]: hugo.silva@ukaea.uk
[Nutscode]:  UKJ14 -  Oxfordshire
[Internets]:
I.3)

[InfoTendering]

[AddressObtainDocs]:  
https://uk.eu-supply.com/app/rfq/rwlentrance_s.asp?PID=40264&B=UK
[AddressFurtherinfo]
[AsContactsAbove]:  
I.4)

[CaType]

[MaintypePublicbody]
I.5)

[Mainactivity]

[OtherActivity]:  Fusion Research

[Section2]: [Object]

II.1)

[QuantityScopeContract]

II.1.1)

[TitleContract]

Tritium Compatible Compressor For Materials Research Facility
[Fileref]:  T/HS241/21
II.1.2)

[CpvMain]

31720000  - 
II.1.3)

[TypeContract]

[Supplies]
II.1.4)

[DescrShort]

A tritium compatible sieverts rig, known as the Materials Testing Rig (MTR) is required to investigate the ideal hydrogen isotope adsorption/absorption characteristics of materials before progressing to the design of an experimental pressure swing ad/absorption experiment.
The Materials Testing Rig (MTR) requires a small-scale tritium compatible compressor capable of supplying high-pressure tritium to the experiment.
II.1.6)

[LotsInfo]

[DivisionLots]: [No]
II.2)

[Description]

II.2.2)

[CpvAdditional]

42123000  - 
71320000  - 
71323200  - 
71340000  - 
71350000  - 
71356000  - 
71900000  - 
73300000  - 
II.2.3)

[PlacePerformance]

[Nutscode]:  UKJ14 -  Oxfordshire
II.2.4)

[DescrProcurement]

A tritium compatible sieverts rig, known as the Materials Testing Rig (MTR) is required to investigate the ideal hydrogen isotope adsorption/absorption characteristics of materials before progressing to the design of an experimental pressure swing ad/absorption experiment.
The Materials Testing Rig (MTR) requires a small-scale tritium compatible compressor capable of supplying high-pressure tritium to the experiment.
II.3)

[DateOfContractNotice]:

17-01-2022

[Section4]: [Procedure]

IV.1)

[Description]

IV.1.8)

[GpaInfo]

[GpaCovered] : [Yes]
IV.2)

[InfoAdmin]

[Section6]: [InfoComplement]