The main objective is develop high-performance graphene oxide for use in construction materials
To create advanced graphene-based fire and flame retardant solutions for building facades
To develop reliable, high-capacity graphene-based batteries for construction-related energy applications.
Priyan Mendis
Thusitha Ginigaddara Appuhamilage
Danula Udumulla
This project explores how graphene can be used to strengthen concrete and other building materials while allowing for the inclusion of recycled content. Led by the University of Melbourne, with LOLC as the key industry partner, the team is investigating how small amounts of graphene can significantly improve material performance. The ultimate aim is to support the broader use of upcycled waste in construction by developing graphene-enhanced products like stronger concrete, safer facade elements, and better energy storage solutions.
Research grants supporting innovation in circular construction materials
Collaboration opportunities with government and industry on low-carbon infrastructure solutions
Real-world application of graphene to improve sustainability and safety in building products