Fire engineering services provider needed to deliver design reviews, compliance assessments, and certification of passive fire protection systems for HS2 MWCC North assets.
9 days left to bid. Opened today, deadline 16 Oct 2026.
Balfour Beatty Vinci (BBV) is seeking suppliers to provide equipment, labor, and supervision for measuring shear wave velocity as part of the HS2 project. The successful bidders will be responsible for conducting measurements up to a depth of 7 meters on one lane, ensuring minimal disruption during
Balfour Beatty Vinci HS2 is seeking suppliers to provide replacement video conferencing equipment for its office locations. A review has shown that several existing units are nearing the end of their manufacturer support lifecycle. To ensure continued operational effectiveness and compliance with te
Balfour Beatty Vinci HS2 is seeking suppliers for noise barrier consumables necessary for the installation of a noise barrier system along the HS2 project alignment. This includes small components such as bolts, nuts, washers, nord locks, and joint materials like EPDM strips. These items are crucial
Balfour Beatty Vinci HS2 is seeking a contractor to provide gritting services, including replenishment of salt grit boxes and snow clearance, for the North Area. The contractor will be required to service various locations based on agreed trigger temperatures and mapped roads. Additionally, the cont
HSE Estates Southwest is seeking an Architect (Lot 1) with specialist support and a Quantity Surveyor (Lot 2) to design and cost a new residential housing facility for adults with disabilities in Monavalley.
Seeking an Architect and specialist design team, plus a Quantity Surveyor, to deliver a new respite care facility for adults with disabilities in Ballydribbeen.
Specialist maintenance and engineering services to improve safety and availability of Royal Navy and maritime assets through reliability-centred maintenance support.
Secure a battery cell prototyping and electrochemical testing partner to manufacture and evaluate high-performance lithium-ion and sodium-ion cells with reproducible results and full technical transparency.
