Life Cycle Assessment Of Extended Use Strategies For Single-Use Assemblies

Single‑use technologies play a critical role in modern biopharmaceutical manufacturing, but their sustainability profile is often debated due to plastic waste and end‑of‑life challenges. Take a data‑driven look at whether extended use strategies can meaningfully reduce environmental impact in low‑risk applications such as buffer preparation. Using a full life cycle assessment framework aligned with ISO standards, the study compares traditional single‑use practices with a multiple‑fill‑and‑drain approach. The findings reveal substantial reductions across key impact categories, including climate change, water use, land use, and fossil resource consumption. Beyond headline metrics, see how material selection, durability, and logistics shape overall environmental performance. For biomanufacturers working toward measurable sustainability goals, this evaluation offers practical insight into where extended use delivers the greatest benefit and where it matters most.

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