La Loma Photovoltaic Park

We are delivering a digital tool that will support implementation of the NSW Government’s Strategic Land and Property Framework (SLPF).

This new and modern public space reinforces its vocation as a cultural hub in the heart of Montreal.

The remediation and redevelopment of this site included the management of a myriad of issues including threatened flora and fauna, major soil and groundwater contamination, mining leases and mine subsidence and industrial archaeology.

Advising on all project stages to respect and preserve the natural nocturnal area lighting.

A once-in-a-generation infrastructure project is set to boost Sydney’s aviation capacity and deliver tremendous benefits for the rapidly growing Western Sydney Region.

Helping to protect and manage the long-term viability and biodiversity of the area.

Our work will help the trust reduce its carbon emissions by supporting decision-making on changes to equipment, buildings and infrastructure.

This project illustrates several success factors in PFAS analysis and mitigation, particularly the value of having a three-dimensional conceptual site model to determine the pathways and receptors, and to provide information for choosing mitigation methods.

Quantitative Human Health and Ecological Risk Assessment (Site Specific Risk Assessment or SSRA) to assess the potential risk of PFAS in the environment.

The area around Karens Minde in Copenhagen's old South Harbour district is to be urbanized and climate-adapted as part of a single project.

WSP is advising on a project initiated by its client DSV, a global transport and logistics company. The goal is to establish a new, modern, future-proof and sustainable logistics centre with a view to creating green savings and increasing efficiency.

The project has a strong focus on sustainability and will be built on a 761,000 m² site in the village of Lund near Horsens. The new building will be certified DGNB Gold, while the logistics facilities will be certified DGNB Silver.

As part of Innovate Energy, a private-partner consortium, WSP is designing, building and converting the existing high-temperature steam system powering Canada’s National Capital Region to a more energy-efficient, low-temperature hot water system to reduce the nation’s greenhouse gas emissions.