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transformative capabilities, NEWRI drives innovation in water circularity and sustainability, next-generation solid waste solutions, circular economy resource recovery, climate resilience and digitalization
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that mitigate coastal erosion, accumulate sediments, and restore land lost to seawater Develop new methods to upcycle solid waste to produce sustainable material for biocementation Perform numerical
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transformative capabilities, NEWRI drives innovation in water circularity and sustainability, next-generation solid waste solutions, circular economy resource recovery, climate resilience and digitalization. We
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transformative capabilities, NEWRI drives innovation in water circularity and sustainability, next-generation solid waste solutions, circular economy resource recovery, climate resilience and digitalization
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: Compiling, managing, and integrating geospatial and infrastructure datasets related to industrial facilities, manufacturing processes, water and wastewater systems, solid waste streams, agricultural
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energy intensive processes, which generate significant waste, emissions, and environmental pressures. Based at Cranfield University, this research is part of Chemnovate – Circular and Low Carbon
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scalability. Characterise the protein and dietary fibre using appropriate analytical methods and ensure microbiological quality and food-safety compliance. Manage process waste and effluent
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Researcher within the Chemical Catalysis and Reaction Engineering group. Our group is conducting research to enable cost-effective processes for biomass and waste feedstock conversion and chemical
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, cost and scalability. Characterise the protein and dietary fibre using appropriate analytical methods and ensure microbiological quality and food-safety compliance. Manage process waste and effluent
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produces 5 trillion litres of high-quality drinking water each year. Producing this water currently relies on large volumes of chemicals and energy intensive processes, which generate significant waste