Australia aims to double circularity with innovative 2035 strategy and digital tech integration

In December 2024, the Australian Government unveiled an ambitious and pioneering initiative designed to accelerate the nation’s transition towards a circular economy, aiming to double the circularity of the national economy by 2035. This strategy focuses on reusing resources more effectively across industries by repurposing existing structures and end-of-life products, leveraging low-carbon and recycled materials as key components of industrial sustainability.

The initiative forms part of a broader global shift away from the traditional linear “take-make-dispose” economic model. Internationally, countries such as the United States, France, and members of the European Union have already taken steps towards embedding circular principles in their policy frameworks, with projects like New York’s circular city initiative and the European Green Deal’s Circular Economy Action Plan (CEAP) setting a benchmark for sustainable industrial transformation.

Australia’s Circular Economy Framework, launched concurrently by the Department of Climate Change, Energy, the Environment and Water, provides a comprehensive guide for businesses and policymakers. It outlines benefits such as emissions reduction, waste minimisation, and the potential for innovation-driven market capture. The framework supports the alignment of regulations and investments to accelerate circular goals and foster coordination across state and federal jurisdictions, setting clear actionable pathways for diverse industry sectors.

This strategy is informed by the Circular Economy Ministerial Advisory Group (CEMAG), which in December 2024 produced its final report, The Circular Advantage. The report includes 14 core recommendations and additional sector-specific guidance focusing on the built environment, food and agriculture, resources, and water sectors. CEMAG highlights Australia’s potential to become a global leader in circular economy practices, a vision underscored by supporting analysis from the CSIRO.

CSIRO’s 2024 report on Australia’s material use revealed that the country’s current circularity rate is around 4%, roughly half the global average of 8%. This low rate reflects significant untapped opportunities for waste reduction and resource efficiency improvements. Modelling indicates that if the new circular economy objectives are realised, Australia could divert at least 26 million tonnes of material from landfill by 2035, reducing greenhouse gas emissions by approximately 14%. One of the primary targets involves addressing Australia’s annual e-waste generation of 22 kilograms per person, much of which is currently exported for processing overseas.

Technology plays a critical role in Australia’s circular economy ambitions. Advanced tools such as digital twins, artificial intelligence (AI), Internet of Things (IoT) sensors, and process mining are at the forefront of efforts to enhance supply chain transparency, optimise reverse logistics, and improve the recovery and reuse of materials. These technologies enable manufacturers to design products for multiple life cycles, facilitate real-time data-driven decision-making on material flows, and ensure traceability throughout the value chain.

Packaging reform exemplifies these advances, as many Australian companies shift towards mono-materials, compostable options, or reusable systems. Intelligent labelling and tracking technologies like RFID and QR-linked digital passports provide insights into disposal paths and consumer behaviour, enabling more precise circular strategies. Industry experts stress that sustainability and operational efficiency must be seen as complementary rather than opposing forces. Companies that integrate circular principles as a core performance innovation, not merely as environmental gestures, often achieve cost savings of 5 to 15 percent alongside meaningful climate impacts.

International context points to the limitations of traditional recycling models, as research shows plastic waste recycling rates remain below 9%, insufficient to break the prevailing linear economy pattern. Reuse models demonstrate far greater potential, promising reductions in packaging production by up to 90% and greenhouse gas emissions by around 80%, alongside significant economic benefits through cost savings and reduced reliance on finite resources. This global insight aligns with Australia’s emerging focus on designing out waste and embedding reuse at the centre of industrial production.

Complementary to these efforts is the Australian Government’s plan to boost domestic clean technology manufacturing, including a A$1 billion fund to expand solar panel production. This supports wider sustainability ambitions by reducing dependencies on international supply chains, fostering local jobs, and advancing the energy transition with a goal of reaching 82% renewable power generation by 2030.

In sum, the government’s circular economy agenda represents a transformative industrial policy aimed at embedding sustainability, innovation, and resilience into Australia’s production and consumption systems. By combining regulatory clarity, technological innovation, and strategic industry collaboration, Australia seeks not only to improve resource efficiency and reduce environmental impacts but to bolster its industrial competitiveness in a rapidly evolving global economy. For professionals involved in industrial decarbonisation, this initiative offers a critical framework for future-proofing operations through circular principles and digital integration, promising both cost benefits and enhanced sustainability credentials.