Lifecycles undertook an LCA of Schüetz’s reusable plastic drum system used in the agrochemical sector. The study identified supply chain hotspots, evaluated alternative scenarios, and quantified environmental benefits from recycling drum waste. Results supported Schüetz in enhancing resource efficiency and circularity within its Australian operations and product stewardship efforts.

WOSUP commissioned Lifecycles to assess the environmental performance of its reusable aluminium cup system compared with single-use alternatives commonly used at public events. The LCA demonstrates that the WOSUP cup delivers the lowest climate change impact per drink while significantly reducing microplastic pollution and land-use impacts. The results show that achieving high return and recycling rates is key to maximising environmental benefits. With additional carbon sequestration through WOSUP’s tree-planting initiative, the system can become carbon positive—helping event organisers transition away from single-use plastics with a science-based reusable solution.

Lifecycles developed a life cycle assessment (LCA)-based calculator for Pilot Pen to quantify the environmental performance of refillable writing instruments compared with single-use pen systems. The model applies an ISO 14044-aligned methodology and evaluates impacts per functional unit of one “single pen equivalent” use, enabling comparison between disposable and refillable product systems. The tool assesses key indicators including climate change (kg CO₂-e) and plastic reduction (kg plastic), providing Pilot with a science-based approach to quantify the environmental benefits of extending product lifetimes through refill systems.

To support the phase-out of plastic bubble wrap, Visy commissioned Lifecycles to assess the environmental performance of its new recyclable paper-based protective wraps. Using a comparative life cycle assessment, Lifecycles quantified impacts across production, distribution and end-of-life scenarios and identified opportunities to reduce environmental impacts. The results demonstrate how paper-based protective packaging can reduce environmental impacts while enabling higher recycling rates in Australia—providing Visy with the evidence needed to bring lower-impact packaging alternatives to market.

Lifecycles assessed environmental impacts of various milk packaging formats for Fonterra, including bulk containers, reusable, and single-use options. The study identified key greenhouse gas emissions contributors, providing data-driven insights that enabled Fonterra to make informed decisions and select the most sustainable packaging solutions for milk supply to New Zealand cafés.

Lifecycles conducted a carbon footprint analysis for John West’s multipack tuna packaging, comparing aluminium stickers with PET shrink wrap and cardboard sleeves. The study demonstrated the environmental benefits of recyclable aluminium and supported Thai Union in making informed packaging decisions and environmental claims for their products in the market.