Major R&D Projects

TRaCE is fast-tracking the global energy transition by leveraging research strengths to solve industry problems and get R&D products to market faster. 

With an unprecedented focus on collaboration, commercialisation and scale, the initiative connects world-leading researchers in the circular economy and clean energy sectors with economic and industrial opportunities, maximising the innovation potential of Australian R&D, from discovery to global supply chain.

Major R&D funding opportunity with the University of Newcastle

The University of Newcastle is currently seeking industry partners for Major R&D Projects, with up to $2.5 million in TRaCE co-funding available to help progress projects towards pilot, demonstration and scale-up.

Expressions of Interest close 1 October 2026.

Co-funding Major R&D Projects

Our goal is to de-risk and scale R&D efforts with substantial co-funding, unique value-added commercialisation support services, world-class expertise, and streamlined processes to ensure that viable products move swiftly from the lab to global manufacturing.

Key Features

  • Green ArrowSubstantial co-funding for industry-led $200,000+ R&D Projects in recycling and clean energy, aiming to achieve market readiness and scalability. ​
  • Green Arrow Quick and streamlined process: Immediate deployment of funds, ensuring speed of execution to get projects up and running. ​​

  • Green Arrow Comprehensive R&D support: Access to TRaCE's wide range of supporting initiatives, provided in addition to grant funding​.
  • Green Arrow Tailored support: Identification of additional and bespoke support mechanisms.

Discover our Major R&D Projects

Solar Tech

Accelerating the integration & scale of solar technologies 

Clean Energy

Electrifying clean energy systems & improving storage

Circular Economy

Recycling, reforming & reusing waste materials

We are looking to partner with trailblazing business, industries, startups, research and education partners committed to scaling the circular economy and fast-tracking the energy transition.