The challenge
A material crisis
The global demand for raw materials is unsustainable, leading to resource depletion, pollution, and a growing waste crisis. The linear "take, make, dispose" model is no longer viable.
To build a sustainable future, we need to transition to a circular economy where materials are valued, reused, and recycled. This requires innovative solutions that transform waste into valuable resources and minimise our environmental impact.
Our response
Leading the way with circular economy solutions
We are committed to finding solutions that address the global materials crisis and foster a more sustainable future.
Our sustainable material development expertise includes:
- Recycled composites: Turning waste materials such as textiles and petroleum-based polymers into new blended materials.
- Advanced recycling: Turning used difficult to recycle plastics into plastic feedstock and products.
- Bio-based materials: Developing biodegradable and compostable alternatives to fossil-fuel derived plastics.
- Metals recycling: Creating high-performance alloys and titanium wire for additive manufacturing.
- "Recyclable-by-design" polymers: Engineering materials for easy recycling and reuse.
- Problematic plastic streams: Addressing mitigation strategies and potential end uses for various challenging plastic streams, including medical waste, marine debris and waste generated in remote and regional communities.
The results
Partner with us to:
- Access cutting-edge research: Tap into our world-class expertise in materials science.
- Develop innovative solutions: Create new products and processes that benefit your business and the environment.
- Reduce waste and costs: Implement circular economy principles for greater efficiency and sustainability.
Together, we can build a more sustainable future, where waste is minimised and resources are valued.