1381 - 1390 of 2502 results
Showing 1381 - 1390 of 2502 results
MEPC engaged Stantec to provide a civil and structural design focused on repurposing and refurbishing their three-story 1990s office building with under-croft car parking.
Our multidisciplinary services at the new Beecroft Building in Oxford helped to protect the integrity of vibration-sensitive equipment while also providing new spaces for students and faculty.
For this project, we evaluated the possibility of an increased capacity pumping station capable of replacing one pumping station and upgrading another. This reconstruction provided an opportunity to upgrade the passage for eel migration.
The Environment Agency and the Waveney, Lower Yare, and Lothingland Internal Drainage Board appointed Stantec to deliver detailed design and support construction for flood risk management and intertidal habitat creation along the Suffolk Coast.
Stantec in the United Kingdom have developed CIRIA’s innovative Benefits Estimation Tool (B£ST) to provide a simple way for practitioners to estimate the monetary value of blue-green infrastructure.
For this project, we worked with Hyde Housing to perform transport planning and enabling infrastructure advice to encourage future community development and make better use of Southwark’s public assets.
We provided engineering design for the Berwick Bank Wind Farm—a project so large that when complete, it will supply enough renewable energy to power Scotland’s households twice over.
The Better Places Research Project will provide our clients with the evidence they need to make more informed decisions on social value outcomes for the communities they create.
Looking to connect the UK’s first eco-town to the neighboring community, Oxford City Council faced a major problem: they only had 100 hours to install the bridge and underpass. Our team was there to help.
A state-of-the-art MBT and (AD) facility will treat up to 312,000 tonnes per annum of waste to divert recyclable and biodegradable material from landfill and improve recycling and reuse.