Pre-tender
Published
Gaseous Hydrogen Pressure Reduction Station for Experimental Programme
10 suppliers have saved this notice.
Looks like a fit? Save this tender and qualify it in Stotles
Description
HSE require a gaseous hydrogen pressure reduction station for use during a research test programme. The PRS will be connected to a bulk hydrogen supply up to 500 barg. The PRS should be able to produce a flow a gaseous hydrogen at a set flow rate (20 - 300 g/s). The PRS will be connected to a vent stack, pressure relief and isolation systems, which will be installed by HSE before the system is used for experiments. The PRS should be instrumented with pressure and temperature upstream and downstream of the regulation, and a mass flow meter. The equipment is required for use at the HSE Buxton (SK17 9JN) test site. HSE is seeking to understand the design of potential solutions and the associated costs of manufacturing this equipment. Suppliers should email tenders@hse.gov.uk with any questions and costs associated with supplying the above.
Qualify tenders faster with AI summaries - see key details in the Stotles app
Never miss a tender again
Get alerts, AI summaries and tools to qualify faster
Explore similar pre-tenders, open or awarded contracts
Browse open tenders, recent contract awards and upcoming contract expiries that match similar CPV codes.
Health and Safety Executive
25,000 GBP
Published 8 days ago
Health and Safety Executive
22,000 GBP
Published 8 days ago
United Kingdom Atomic Energy Authority
2,000,000 GBP
Published 3 months ago
United Utilities Water Ltd
120,000,000 GBP
Published 6 months ago
United Utilities Water Ltd
2,000,000 GBP
Published 7 months ago
Explore top buyers for public sector contracts
Discover open tenders, contract awards and upcoming contract expiries of thousands of public sector buyers below. Gain insights into their procurement activity, historical purchasing trends and more.
CPV Codes
Sign up to the Stotles Tender Tracker for free
Find even more contracts with advanced search capability and AI powered relevance scoring.