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Browse projects by Priority:

Materials

Priority

These projects focus on innovative, eco-friendly solutions that replace traditional plastics, improve textile sustainability, and introduce resilient solutions for corrosion protection. Through solutions such as biodegradable packaging, efficient material processes, and self-healing polymers, they foster green transitions across packaging, fashion, and industrial applications, advancing environmental impact reduction.

Artificial Spider Silk

Artificial Spider Silk

Textile

City University of Hong Kong

High-performance synthetic spider silk for durable textiles

EcoBarrier Coatings

EcoBarrier Coatings

Positive environment

Queen Mary University of London

Biodegradable plant-based coatings for plastic-free packaging

Green Filter

Green Filter

Sustainable materials

Loughborough University

Sustainable 3D-printed ceramic filters for metal purification

Hydra Bioreactor

Hydra Bioreactor

Sustainability

Royal College of Art

3D biofabrication using bacterial materials

In-network Machine Learning

In-network Machine Learning

Data control

University of Oxford

In-network ML for ultra-low latency in time-sensitive applications

Micro Bio-Electro Reactors

Micro Bio-Electro Reactors

Innovation

Washington University in St. Louis

Microfluidic reactor for electroactive microbe research

Myco-bricks: Sustainable Urban Development

Myco-bricks: Sustainable Urban Development

Sustainable materials

Nanyang Technological University

High-strength mycelium-based bricks for sustainable construction

Pata

Pata

Sustainable materials

Imperial College London

Sustainable textiles from potato waste

Wireless Powered Flight

Wireless Powered Flight

Clean energy

University of Aveiro

Revolutionising drone power with wireless technology