Health and Safety Executive
Buyer information published with procurement notices.
- Published identifier
- GB-PPON PBXM-4389-TXVZ
- Address
- Liverpool, UKD73, L20 7HS, United Kingdom
- First notice
- 8 Jan 2025
- Latest notice
- 9 Oct 2026
Published procurement activity · 80 tenders
Buyer information published with procurement notices.
HSE require the supply of hydrogen gas for use during a research test programme. The gas is intended to be used by piping into an existing pressure reduction system which will meter the gas through to a flow management system. The supply should be at least 500 barg (approximately 800 kg, other pressures may be accepted) and be
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 control a flow of gaseous hydrogen at a set flow rate within the range 20 - 400 g/s. The system should respond to a setpoint which is
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
HSE require a 3" vent stack for use with cryogenic hydrogen for an experimental programme. The vent must have interchangeable terminations (miter cut, bullhorn, lambda) which may be on a flanged connection or otherwise joined. The vent stack should be 4 m tall and terminate in a 3" ANSI Class 300 flange. 0.5 m from the top there
HSE require a 25 mm control valve for an experimental programme. The valve must be suitable for liquid hydrogen service (down to 20 K) and have continuous analogue control between 0 - 100% open. The valve should be controlled electrically and be rated for ATEX Zone 1. Ex ia/ib electronics are not preferred- Ex d, e, m etc. are
The Building Safety Regulator (BSR) is housed within the Health and Safety Executive (HSE) and is responsible for ensuring that buildings across Great Britain are compliant with statutory requirements. In accordance with the Building Regulations 2010, the Secretary of State has approved the National Calculation Methodology (NCM)
HSE have a requirement to improve vehicular access for planned and future projects within our explosive testing area above the Frith valley testing complex, between two of our built assets at our Buxton site. Contractors are advised to attend the site visit to fully understand the access route to the proposed construction site,
HSE require a 1" cryogenic control valve for an experimental programme. The valve must be suitable for liquid hydrogen service (down to 20 K) and have continuous analog control between 0 - 100% open. The valve should be controlled electrically and be rated for ATEX Zone 1. The valve should be vacuum insulated and use bayonet con
HSE require a 3" cryogenic valve for an experimental programme. The valve must be suitable for liquid hydrogen service (down to 20 K) and have pneumatic actuation (open/closed). The valve should have a position indicator rated for ATEX Zone 1. The valve should have flanged connections (ANSI class 300). The valve should have a ma
HSE require a 3" vent stack for use with cryogenic hydrogen for an experimental programme. The vent must have interchangeable terminations (miter cut, bullhorn) which may be on a flanged connection or otherwise joined. The vent stack (including the termination) should have a height of 7 m and the vent stack must have a maximum a
Organisation details and tender classifications reflect information published by the original procurement sources. Similar buyer names are grouped only where an official identifier or compatible name and postcode provide a safe link.