Open tender

Published

RSPB Insh Marshes - River Tromie Realignment

2 suppliers have saved this notice.

Looks like a fit? Save this tender and qualify it in Stotles

Value

120,000 GBP

Close date

2026-05-25

Description

The realignment of the last 400m of the River Tromie through the excavation of a new channel, lowering embankments, and the formation of riffles and bars using river sediments. Lot 1: The project will realign the last 400m of the River Tromie as it flows across RSPB Insh Marshes reserve and joins the River Spey. The work involves excavation of a new channel, reprofiling historic ditch embankments, transportation of the spoil to a storage area approx. 1km away, and the creation of fish friendly features in the new channel to ensure fish habitat and passage. Insh Marshes nature reserve is highly designated as such operations must be carried out with due consideration for the sensitive wildlife and habitats. The designations also limited the construction window to between mid-August to mid-October.

Unlock decision maker contacts.

Never miss a tender again

Get alerts, AI summaries and tools to qualify faster

Explore similar pre-tenders, open or awarded contracts

Browse open tenders, recent contract awards and upcoming contract expiries that match similar CPV codes.

Harris Federation

175,000 GBP

Published 9 months ago

CPD - Supplies and Services Division

Published a year ago

Brighton and Hove City Council

Published a year ago

London Borough of Camden

4,500,000 GBP

Published 2 years ago

London Borough of Camden

Published 2 years ago

Mid and East Antrim Borough Council

14,000,000 GBP

Published 2 years ago

Explore top buyers for public sector contracts

Discover open tenders, contract awards and upcoming contract expiries of thousands of public sector buyers below. Gain insights into their procurement activity, historical purchasing trends and more.

Explore over 15,000 buyers

Sign up to the Stotles Tender Tracker for free

Find even more contracts with advanced search capability and AI powered relevance scoring.