RFP QuestBeta
ClosedStage · contract

The University of Nottingham

2250/ITTO/SC Cryogenic Electric Propulsion Facility

Industrial MachineryCPV 42000000 42900000 42990000
Value£6.0m
Deadline31 May 2024
Published22 Apr 2024
RegionEast Midlands
Timeline
Published 22 Apr 2024ClosedCloses 31 May 2024
Contract value in context
£6.0mtotal contract value
median £100k
this tender£0£6.5m

This is a large award for Industrial Machinery — above three-quarters of comparable contracts. Based on 5,734 valued Industrial Machinery tenders in our corpus.

Match for your company
Sign up free to see how well this tender matches your company — the score, the signals that align, and where the gaps are.
The brief

Introduction: This is an Invitation to Tender (ITT) with information, instructions and guidance provided in this document.

Tender submission (consisting of the completion of the Online Supplier Questionnaire, Technical Response, and Commercial response documents) should be completed and returned by all Tenderers who wish to bid for the contract.

Please note, throughout the tender documentation the University of Nottingham will be referred to as 'UoN'.

Synopsis: The UoN requires the design, manufacture, install and commissioning of a Cryogenic Electric Propulsion Facility (CEPF) to a high standard which will include a cryogenic cooling system and a cryogenically cooled aluminium DC electrical bus, both of which shall have defined physical and functional interfaces to the device under test (DUT). - Supply helium gas at 20 to 35 Kelvin to the device under test (DUT) and return it back to the helium plant. - Supply helium gas at 60 to 120 Kelvin to the device under test (DUT) and return it back to the helium plant. - Supply helium gas at 20 to 35 Kelvin to an aluminium electric bus bar (Cbus) and return it back to the helium plant. - Supply Liquid Nitrogen at 77 K to the device under test (DUT) and purge it to the atmosphere. - The electrical bus needs to carry 4kA direct current into the DUT using the cryogenic characteristics of aluminium.

A modular system is required to achieve a variety of configurations with each module quoted separately, and any linkages clearly identified.

Options could be provided for installation of working components in standard containers in a location that is within 50 miles of The University of Nottingham upon agreement with the supplier.

Objectives: To establish a contract for the CEPF requirements and ensure strategic developments such as: - Obtain value for money for goods and services. - Establish a Collaborative Contract that allows multiple Sub-Contractors share IP with the intent to deliver the project requirements. - Social value and sustainability is factored into our commercial activities - Eliminate the risk of modern-day slavery within the supply chain.

Estimated Value: The estimated budget for this project (2250/ITT/SC) is £3,000,000 to £6,000,000 which includes design, manufacture, delivery, commissioning, and all VAT and duty obligations.

The tender will be divided into two lots, a guideline budget for each lot is included in the specification documentation.

Consideration will be given to each proposal, or combination of proposals, which provides the best value for money in line with the Objectives.

Key requirements

What the supplier must deliver

01

Tender submission (consisting of the completion

Tender submission (consisting of the completion of the Online Supplier Questionnaire, Technical Response, and Commercial response documents) should be completed and returned by all Tenderers who wish to bid for the contract.

02

Supply helium gas at 20 to 35

Supply helium gas at 20 to 35 Kelvin to the device under test (DUT) and return it back to the helium plant.

03

Supply helium gas at 60 to 120

Supply helium gas at 60 to 120 Kelvin to the device under test (DUT) and return it back to the helium plant.

04

Supply helium gas at 20 to 35

Supply helium gas at 20 to 35 Kelvin to an aluminium electric bus bar (Cbus) and return it back to the helium plant.

05

Supply Liquid Nitrogen at 77 K

Supply Liquid Nitrogen at 77 K to the device under test (DUT) and purge it to the atmosphere.

Derived from the notice text — always confirm against the original documents.

What this bid requires

Skills, tools & certifications

Detected from the notice — the capabilities and credentials this bid calls for. Click one to see who wins that work.

Buyer intelligence

Make the case to bid

Reveal who to approach at The University of Nottingham, and generate a go-to-market strategy from their news, accounts and people.

Source & provenance
OCID
4040ea3f-6348-4dc0-b53a-17be750d4a81
Stage
contract · Contract
Source
Contracts Finder
Buyer ref
IT-55-1468-2250/ITTO/SC Cryogenic Electric Propulsion Facili
View the original notice on Contracts Finder

Contains public sector information licensed under the Open Government Licence v3.0. Source data © Crown copyright.

Market context

Who wins this kind of work

The suppliers and buyers around this opportunity — drawn from official award data. Drag to orbit; click a node to explore.

Top suppliers & buyers in Industrial Machinery

Assembling the market network…

The University of Nottingham’s tender network

Assembling the network…

Also open now

Similar open tenders

25/027 ­ Qualification System for the Provision Of Electric Drive Compressor Packages

Gas Networks Ireland

Closes 30 Oct 2035Electrical Equipment
Value not publishedValue