Ramboll is at the forefront of green and sustainable remediation, and our innovative thinking and turnkey solutions have been applied successfully to thousands of industrial, mining, development and hazardous waste sites around the world. Our tailored, innovative solutions address evolving industry drivers such as urbanization, climate change and resiliency and digitalization.
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Our services within Site Solutions include: |
Decommissioning, Decontamination & Demolition Services
Learn more about using environmental forensics to identify sources of PFAS.
Learn more about air emissions of PFAS as well as the latest methods and tools for quantifying and controlling these emissions in the environment.
Learn more about navigating the rapidly progressing state and federal standards for PFAS.
Watch our webinar for a conversation with Rep. Madeleine Dean on the current status of PFAS legislation and regulations as well as what to expect this year and strategies to prepare for changes and manage risk.
Rehabilitating abandoned mine land and other key sites with site-specific native species, in collaboration with the US Forest Service and Colorado prison inmate employment programs
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Reintroducing native and rare species into former industrial waste sites in Syracuse, USA
Rehabilitating abandoned mine land and other key sites with site-specific native species, in collaboration with the US Forest Service and Colorado prison inmate employment programs
The removal of nearly 1 million cubic yards of sediment from the Indiana Harbor and Canal is helping to restore the waterway to navigable depths and improve water quality in southern Lake Michigan.
Removal of more than 1 million cubic yards of sediment will reduce the lake’s internal phosphorus load and increase the water depth – ultimately maximizing water clarity and water quality throughout the watershed
Ramboll, in partnership with its client and regulatory officials, developed a remedial strategy for a site in Teterboro, New Jersey, USA using in situ thermal remediation for the areas of greatest contamination, combined with in situ chemical oxidation for the less contaminated zones, and a slurry wall to surround 3.2 acres of the parcel.
