A new research and training centre aimed at improving the efficiency and sustainability of materials used in manufacturing and other industries has been launched at Deakin University, supported by funding from the Australian Research Council (ARC).
The ARC Training Centre for Resource Efficient Alloys in a Circular Economy (circAlloy) will focus on developing alloy materials and production processes that use fewer resources, generate less waste and support more sustainable manufacturing outcomes, according to the ARC.
In a news release, ARC noted that metals play a critical role across manufacturing, transport, infrastructure, construction and recycling sectors. With demand for materials continuing to grow, the Centre aims to address challenges associated with raw material consumption, energy use and emissions by improving the way alloys are designed, produced, used and recovered.
According to the ARC, circAlloy will investigate approaches to reducing the amount of raw material and energy required in alloy production while improving durability and making materials easier to reuse or recycle at the end of their service life.
The Centre’s work is expected to contribute to more efficient production processes, lower emissions and stronger supply chains across Australian industry.
Although recently launched, circAlloy has already established its branding, website and operating model, with all Chief Investigators appointed. The Centre has also recruited five research staff members and enrolled its first PhD student.
Research activities are underway, with five articles published to date. The Centre has also hosted two symposiums and welcomed an international academic visitor as part of efforts to strengthen research collaboration and engagement.
In addition to research, the Centre will focus on workforce development by training researchers with expertise in both materials science and industry application. The ARC said this will help support the skills needed for advanced manufacturing and sustainable production systems in Australia.
Areas of research include designing alloys that maintain performance while using fewer material inputs, extending the lifespan of products and infrastructure through improved durability, and increasing opportunities for metal recovery, recycling and reuse.
The Centre is supported by an ARC investment of $4.9 million over five years and brings together researchers and industry partners to develop practical solutions for resource-efficient materials.
According to the ARC, the long-term objective of circAlloy is to improve how metal resources are used by increasing efficiency, extending product life and supporting greater reuse and recycling.Â
The Centre said these efforts are intended to contribute to cleaner manufacturing practices, reduced waste and emissions, and stronger national capability in advanced materials research and development.
