Projects
Understanding how water moves, behaves and influences communities and industries across the globe.
Water is becoming scarcer in many places and increasingly volatile in others. Building sustainable communities, industries and infrastructure is becoming more challenging. Our wide range of projects highlights our innovation, our creativity, and our focus on finding solutions that rise to that challenge and positively impact our clients and the communities they serve.
Explore our projects
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Examining the marine impact of offshore wind growth
We are part of a consortium conducting novel research to support offshore wind to expand in a sustainable way. Data collected from tests with Bangor University in our physical modelling hall will be combined with findings by the other ECOWind-ACCELERATE project partners to assess how current and
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Mpatamanga hydropower project: managing sediments in Malawi’s Shire River
The Shire River is the largest river in Malawi. A dam and hydropower project is planned on the Shire which will trap sediment in a new reservoir. We explored the potential impact this would have on power generation and the infrastructure and habitats up and downstream of the new structure.
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Floating wind design: analysing deep sea challenges for the Stinger Keel
Our analysis of a cutting-edge floating wind foundation design – the Stinger Keel – is helping address the challenges of making huge turbines safe and affordable to build and install in the harsh conditions of deep seas.
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DAMSAT
Minimising the risk of dams failures using remote sensing data.
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Pipeline river crossings in Azerbaijan and Georgia
HR Wallingford has been involved in a wide range of activities related to pipelines and rivers in the area between the Caspian and Black Sea in the countries of Azerbaijan and Georgia.
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Sedimentation studies at Tarbela dam, Pakistan
Tarbela is the largest reservoir in Pakistan and one of the largest in the world. The dam and the reservoir were commissioned in 1974 for the purpose of regulating flow for irrigation and power production. The dam impounds the waters of the Indus River, which carries a heavy sediment load, most of
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