Improving efficiency and flow through an $11.8 million multi-phased renovation

The Tees Valley Local Cycling and Walking Infrastructure Plan (LCWIP) is a long-term £150m investment programme providing close to 92km of new and improved active travel routes. WSP supported the development of this combined plan covering local authorities in Darlington, Hartlepool, Stockton-on-Tees, Middlesbrough and Redcar & Cleveland. 

European Spallation Source will be the world’s brightest neutron source – paving the way for scientific breakthroughs within materials research

The Kalasatama-to-Pasila project’s hallmark is excellence in community planning. Our experts are involved in designing the tramline extending from Nihti through Kalasatama Centre to Pasila, as well as numerous streets and green areas associated with the project. 

Heavily monitored environments for producing patient-specific, rapid-delivery cancer drugs

WSP is entrusted by Tainan City Government as the master planner to look for a Future Ready solution for its first-ever rapid transit system, which will not only greatly enhance the city’s connectivity, but also build the foundation that shape its development for coming years.

Our experts comprehensively analysed the concept of sponge city, a modern stormwater management approach, to enhance the ability of public buildings in Hong Kong to collect and use rainwater when needed, hence the city’s flood and climate resilience.

With our strong local and global technical expertise, we have been appointed to investigate the retrofitting of filters in water treatment works with granular activated carbon (GAC) in Hong Kong.

An expanded vaccine production plant with pioneering use of automation

PFAS air emissions have led to investigations of soil, groundwater, stormwater, surface water sediment, and fish tissue at an active manufacturing facility in North America.

This 10.200m² multifunctional swimming pool and club accommodation is located in the heart of De Geusselt, Maastricht. Thanks to careful integration of building materials and technical design, the building uses around a third of the energy of a similar building. The project used glue-laminated timber (glulam), mass timber trusses, and engineered timber floor panels.

This new office building is being designed to meet high standards for energy efficiency for WSP’s client WWZ Zug, a Swiss supplier of energy, telecommunications and water.