PERMANENT AWARD EVIDENCE

TENDER FOR HYDRODYNAMIC MONITORING FOR THE BLACKWATER ESTUARY NATURAL FLOOD MANAGEMENT PROJECT

ROYAL SOCIETY FOR THE PROTECTION OF BIRDS · published 20 Mar 2025. This page preserves the identifiers and current held fields for one Contracts Finder release; it is not an invoice, performance assessment or complete contract history.

Contracts Finder release ID9b2360d3-1d9e-4642-8c03-b44f5b3fb595-835075
Open Contracting ID (OCID)ocds-b5fd17-15d92b14-d143-4028-bbb5-7221bd1713d9
Buyer identifierGB-SRS-sid4gov.cabinetoffice.gov.uk/CsA93Rs4
Release typetenderAmendment
PUBLISHED COMMERCIAL FIELDS

Values stay separate.

A tender estimate and an award value answer different questions. Neither is treated as cash paid.

Award value
Not disclosed
award field
Tender value
£30,000
tender field
Procurement method
Open procedure (below threshold)
Category
works
CPV
45243400
Beach-consolidation works
Delivery
East of England, United Kingdom
No postcode
PUBLISHED DESCRIPTION

What the notice says

The RSPB has secured funding to deliver sand and gravel beach recharge in the Blackwater Estuary. The Blackwater Estuary NFM project is funded through the Environment Agency's £25m Natural Flood Management Programme which aims to protect communities from flooding whilst providing benefit to nature and society. Working with partners, Essex Wildlife Trust and Harwich Haven Authority, the RSPB will create and replenish approximately 6.7 Ha of shingle beach in the Blackwater Estuary to protect coastal flood defences and intertidal saltmarsh, whilst creating habitat for beach nesting birds, the nesting sites of which are increasingly under threat due to climate change induced sea level rise. One of the requirements of the funding is to undertake monitoring to demonstrate the benefit of Natural Flood Management in reducing flood risk and filling knowledge gaps on the effectiveness of NFM. The RSPB and partners are undertaking a suite of monitoring to demonstrate the flood risk and ecological benefits of beach recharge. This will include the use of miniature buoys to measure and understand changes in hydrodynamic regime following a recharge campaign Additional information: Supplier to compete ITT and additional documents will be accepted. If you wish to discuss any aspect of this tender prior to submitting a bid, please email james.dunn@rspb.org.uk

Tender statusactive
STAGE-DATE LEDGER

Reported dates, without an invented lifecycle.

The current projection contains one award release, not a verified chain of planning, tender, award, contract and modification records. Dates are shown in source-field order and are not silently repaired.

  1. 01Notice publishedPublication timestamp on the held release20 Mar 2025
  2. 02Tender period endsTender-period field as published4 Apr 2025
SUPPLIER EVIDENCE

Published names and exact identifiers

A company profile appears only when this release carries a usable company number. Name-only suppliers remain name-only.

No supplier is named in this projection. That does not prove the notice had no supplier in every source version.

SOURCE

Contracts Finder release

Published 20 Mar 2025 · held through the daily award projection · Open Government Licence v3.0.

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