Procurement notices · Find a Tender + Contracts Finder

Notices

Every UK public-sector procurement notice in one board — open opportunities, closed tenders, awards, and pre-market signals. Filter by deadline, value or CPV, and save your search as an alert.

Closing 24h

Open notices

Closing this week

461

Don’t miss

Open · all

2,948

Live opportunities

Posted · 24h

632

New notices

Posted · 30d

12,913

All notice types

Awarded · 7d

2,027

Market signal

ActiveView: All notices Clear all

28,600 noticesall types · sorted by publication date

Page 10 of 1430

Time to close

Value

Type

Buyer

Notice

OPEN

No deadline

—

Estimated

Tender

FTS

North Kesteven District Council

THEATRE LIGHTING UPGRADE - TECHNICAL SYSTEM REPLACEMENT FOR THE TERRY O'TOOLE THEATRE

· Published 07 Jul

Notice peek

AwardCF · 6eff461fef2d

S30117 Decarbonising concrete by validating the use of lower carbon cement blends for incorporation in the standards - Phase 2

National Highways

Status

Awarded

Estimated

—

Published

07 Jul 2026

Key facts

Notice ID: cf-653506d0-db01-4fcd-a08a-6eff461fef2d
CPV code: 73220000 · R&D services
Awarded to: Ove Arup
Source: Contracts Finder

Timeline

Published
07 Jul 2026
Awarded
07 Jul 2026

Description

This project (Phase 2 of a two-phase programme) specifically aims to investigate and validate the expanded use of lower-carbon binary and ternary blended cements by increasing the proportion of PC replacement with supplementary cementitious materials (SCMs) such as calcined clays, limestone, and other viable alternatives, through a staged laboratory experimental research and testing programme. The research will explore blend combinations and replacement levels that exceed those currently allowed under UK standards, including BS 8500:2023, the Manual of Contract Documents for Highway Works (MCHW), and the Design Manual for Roads and Bridges (DMRB). By reducing reliance on traditional SCMs such as Ground Granulated Blast Furnace Slag (GGBS) and Fly Ash (FA), which both are subject to supply limitations, this project aims to support the wider adoption of more sustainable and readily available alternatives, including calcined clays and limestone. The project will also provide the technical evidence required to inform future updates to UK concrete standards, supported by the results of an experimental research programme. This work will build on the literature review, feasibility study, and detailed testing specification developed as part of the deliverables from the successfully completed Phase 1 of the project. This will enable the deployment of lower-carbon cement blends at scale while ensuring the durability, performance, and long-term resilience of the UK's concrete infrastructure is maintained.