Great Smoky Mountains National Park Infrastructure Improvements

To help the state of New Jersey become more resilient to the impacts of climate change, WSP is working with the NJDEP on a variety of innovative adaptation strategies, projects and tools.

Successful and early delivery of Manchester Metrolink extensions and service enhancements triple the size of the original network.

An environmental management approach was developed to prevent and address the contamination of the site and improve the surrounding areas affected by the pollution.

WSP in the U.S. assisted in advancing an assessment of long-term vulnerabilities and the development of climate adaptation strategies in response to future tidal flooding and storm surge for all of Pinellas County, Florida.

WSP USA works with South Florida Water Management District (SFWMD) to balance water supply and ecosystem restoration in the Everglades, to sustain this natural wonder for future generations.

Based on our pilot study of two low-lying island communities, WSP USA designed roadway and drainage adaptation solutions to reduce vulnerability to flooding from sea level rise.

WSP’s proprietary software program, FracMan® is being used to shed light on the impacts of the oil and gas industry’s activities in the US states of Texas and Oklahoma.

A team of WSP researchers is helping unlock the geothermal puzzle.

Through detailed surveys, assessments and data-recording for above-ground assets at facilities across the Republic of Ireland, we are providing Irish Water with in-depth information needed to prioritise investment and undertake proactive maintenance of water and wastewater assets.

WSP developed the technical component of the planning of a public-private partnership project for the design, financing, construction, operation and maintenance of a primary and secondary wastewater treatment.

The project maximizes ecological uplift, avoids adverse impacts on rare and threatened species, and anticipates climate change factors.

Dredging, drainage enhancements and restoration help increase community resilience, achieve ecological uplift, and improve user access to the Mill River area.