Featured projects
Featured projects
Accelerating the scaling of green energy
Ambitious work is underway on the world’s first energy islands – marking the next phase in the green energy transition.
New York’s first wind farm will power 70,000 homes
The second commercial scale offshore wind farm in the USA and New York State’s first ever wind farm will displace millions of tonnes of carbon emissions. Ramboll is designing and engineering the offshore substation topside to connect the wind farm to the grid.
Taarnby: city of smart solutions
The energy facility in Taarnby near Copenhagen, Denmark, is the world's first to combine district cooling and heating with wastewater, ground source cooling and a cold-water storage tank, resulting in cost-effective low-carbon energy for the district it serves.
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Scaling recycling to tackle growth in plastic waste
Globally, only 9% of plastic waste is recycled. A first of its kind plastic recycling facility in Denmark demonstrates that this challenge can be overcome by processing almost half the nation’s plastic waste.
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Energy Recovery Facility, North London
The facility will divert up to 700,000 tonnes of municipal waste from landfill and generate low-carbon heat and power from non-recyclable waste. This will reduce CO2 emissions by 215,000 tonnes annually.
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Largest of its kind waste-to-energy facility in Dubai
The facility is the largest of its kind in the Middle East and will set a benchmark in the region where around 150 million tonnes of waste is generated annually.
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Australia’s first waste-to-energy plant
We're the Owner's Engineer for Australia’s first large-scale waste-to-energy facility in Kwinana. The facility will power up to 58,000 homes and has the potential to reduce CO2 emissions by more than 460,000 tonnes annually.
Queen’s Quay, Scotland: district heating
The River Clyde now is the source of 100% carbon-free energy for an ambitious urban regeneration project in West Dunbartonshire, UK. Ramboll delivered a master plan and feasibility study for the Queen's Quay development.