Case studies

Playing a critical role in cleanup efforts through engineering technology-focused solutions to support radioactive waste excavation in Canada.

Supporting major trade gateway through geotechnical engineering, design, environmental compliance, monitoring and sustainability plans

Designing facilities and infrastructure for the Space Fence Radar System – the largest ground-based radar of its type ever constructed.

Contract services, site master plan, conceptual and basic design, detailed engineering, subcontracting support, commissioning and qualification.

Managing a $120M+ fuels programme for the United States Department of Defense

Environmental and engineering services to Olympic venues worldwide, ensuring a legacy of sustainability.

Determining and implementing the best methods for mitigating naturally occurring water contamination in the Colpitas River Basin, Chile.

Wood led a consortium of European consultant partners to provide specialist technical support to the European Commission (EC) DG Environment as part of the Common Implementation Strategy for the Water Framework Directive.

Wood provides environmental services to help the development of LA's tallest building.

A 30-year monitoring programme for USEPA providing minute-by-minute data uploads to help protect air quality.

Perched along the marshes of the western Delaware Bay, Prime Hook National Wildlife Refuge protects more than 10,000 acres of valuable habitat.

Deepwater floating production facility projects are expensive to initiate and can carry a substantial amount of risk. The topsides production facilities are perhaps the most critical facet of any project. It is this area Wood has proven its leadership, with responsibility for more than half of topsides facilities in the US Gulf of Mexico (GOM).

The Mercedes-Benz Stadium is home to Atlanta’s major league football and soccer teams. The stadium is crowned with a first-of-its-kind ocular retractable roof. Wood performed steel inspections, as well as quality assurance testing on about 85% of the concrete super structure both in the field and in the lab