1871 - 1880 of 2524 results
Showing 1871 - 1880 of 2524 results
We administered the project and contracts for the procurement, enabling works, and designer-to-contractor liaison for the Sainsbury Laboratory Cambridge University in the Cambridge University Botanic Garden.
When a weir on the Middle Brook in West Yorkshire was identified as a barrier to upstream fish migration, our team was there to help assess the feasibility of a new fish bypass and wetland habitat.
Preparing southern California for disaster by doubling water storage capacities while using award-winning technology to speed the process along.
We provided civil, structural, and geo-environmental engineering services as part of the Kier project team for this new medical and health education facility.
We developed a national transport strategy for Scotland that aims to set the strategic direction for transport and achieve four priorities: Promotes Equality, Takes Climate Action, Helps Our Economy Prosper, and Improves Our Health and Wellbeing.
We supported Scottish Water by refining and improving their existing asset criticality policy and practice at site, unit, and equipment levels to develop a more efficient and effective approach to manage wastewater treatment and pumping sites.
We performed strategic environmental assessments to help Scottish Water replace their national sludge strategy with a more sustainable bioresources strategy.
Stantec was engaged to support Scottish Water in the more effective delivery of the health and safety provision within their construction and contracting team. Ultimately, we helped them define a new target operating model (TOM).
Working with Dart Properties and Bloor Homes, we helped deliver sustainable design components for this 700-dwelling development including public transport accessibility, community services, and opportunities for schools and health care.
The Environment Agency and Thames Water were looking to create a natural fish bypass channel through Oxford—Stantec was engaged to deliver a solution with the required velocities and flows while also maintaining water levels in the River Thames.