RFP QuestBeta
ClosedStage · tender

Health and Safety Executive

Liquid Hydrogen Flow Conditioning Module for Experimental Programme

Laboratory EquipmentCPV 38810000
Value£80k
Deadline16 Mar 2026
Published12 Feb 2026
RegionNationwide
Timeline
Published 12 Feb 2026ClosedCloses 16 Mar 2026
Who to contact
tenders@hse.gov.uk

The procurement contact named on the official notice.

How to submit
Open the submissions portal

All tender documents are available via the HSE In-Tend supplier e-procurement portal. All responses and requests for clarification must be submitted via the portal. Registration is free of charge and can be completed via the following link: https://in-tendhost.co.uk/hse

The submission route named on the official notice.

Contract value in context
£80ktotal contract value
median £70k
this tender£0£588k

This sits in the upper-middle of the Laboratory & Precision Equipment band — a substantial contract for the sector. Based on 9,869 valued Laboratory & Precision Equipment tenders in our corpus.

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The brief

HSE require a liquid hydrogen flow conditioning module for use during a research test programme.

The flow conditioning module should be able to produce a flow of cryogenic gaseous hydrogen at a set flow rate (between 30 - 400 g/s) and temperature (between 25 - 50 K).

It is envisaged that the majority of the vaporisation could be achieved by use of a heat exchanger.

This can be electrically powered and use direct contact or a medium (air, water or another fluid) as the heat exchange medium.

For fine temperature control, the system can could use ambient temperature gaseous hydrogen injected into the flow through a control valve.

The system should include a control loop which takes a signal of outlet temperature as an input to modify the heat input into the cryogenic flow.

A Q&A drop in session for regarding this tender will be held on 23/02/2026 at 10:00 GMT Please respond VIA In-tend for invitation details.

Full description and diagrams available on in-tend

Key requirements

What the supplier must deliver

01

The flow conditioning module should be able

The flow conditioning module should be able to produce a flow of cryogenic gaseous hydrogen at a set flow rate (between 30.

02

The system should include a control loop

The system should include a control loop which takes a signal of outlet temperature as an input to modify the heat input into the cryogenic flow.

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

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Source & provenance
OCID
ocds-h6vhtk-064ee7
Stage
tender · Open
Source
Find a Tender
Buyer ref
012836-2026
View the original notice on Find a Tender

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

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