Loading page content…
Loading page content…
Loading contract search results…
Loading contract details…
| Source: | Find a Tender Service (FTS) |
| Notice Type: | Tender notice |
| Buyer: | Cambridge City Council |
| Main Category: | Services |
| Procurement Method: | Below threshold - open competition |
| Tender Status: | Open |
Pipeline status
Not addedImports the contract into your BidWriter pipeline · Qualify before you commit to bid
Application Deadline
29 July 2026
Closed
Estimated Value
£100,000
Need help writing this bid?
Our specialists write winning tender responses. Free consultation, no obligation.
Book a free consultation →| Estimated Value (ex. VAT): | £100,000 |
| Estimated Value (inc. VAT): | £120,000 |
| Release Date: | 8 July 2026 |
| Application Deadline: | 29 July 2026 |
| Enquiry Deadline: | 22 July 2026 |
| Contract Start Date: | 30 September 2026 |
| Contract End Date: | 30 April 2027 |
| Contract Duration: | 7 months |
| Award Criteria: | 30% price and 70% quality |
| Procurement ID (OCID): | ocds-h6vhtk-06b89c |
| Notice Reference: | 064392-2026 |
Ready to bid on this contract?
BidWriter AI writes your tender response in minutes — import this contract in one click.
View Original Notice
Access the full notice on the official portal
Awarded to
| Award decision date: | 2 September 2026 |
| Award status: | Active |
30% price and 70% quality
The purpose of this commission is to provide a specialist lead role for pollution mitigation evidence and design for Hobson's Brook and Coldham's Common. The commission must convert the available evidence into practical, defensible and measurable nature-based pollution mitigation designs capable of informing construction planning, consents, delivery sequencing and future performance validation. The required outputs must support Cambridge City Council in moving from evidence and concept to delivery-ready technical design. The appointed supplier must provide a clear evidence trail from monitoring data and pollutant load analysis through to treatment train sizing, design assumptions, hydraulic performance, pollutant removal expectations, risks, uncertainties and monitoring validation requirements.
Document pack· 1 file