Scaling technology and efficiently converting renewable energy direct to clean thermal energy in the form of heated fluids
Increasing airport capacity and reducing the aviation sector’s environmental impact
Creating a shared understanding of challenges and opportunities for the development of low carbon airport infrastructure
Drones in catastrophe situation reporting and damage assessment
Using UAV technology to enable early detection of jellyfish and seaweed blooms that are in close proximity to nuclear reactor filters
Gathering information about an unfolding flooding disaster
Developing a virtual centre of academic excellence for mycotoxin reduction, enhanced nutrition and food safety
Developing fundamental secure autonomous systems research covering both the technical and social aspects of security
Fostering partnerships between industrial actors to support the circular economy via wastewater recovery
Reducing uncertainty in climate sensitivity due to clouds in a key region of the planet
Aiming to preserve vulnerable soil resources for future generations
Investigating opportunities for recovering value from excavated waste plastics through pyrolysis
In an unprecedented design-led study at Cranfield Airport we will reveal how airports need to address their future
This project studies how we can use roots to boost soil functions and to prevent soil degradation
Cranfield will share in funding from Innovate UK to provide cutting-edge information from UAVs in an extreme weather event
