BD (Becton, Dickinson and Company) and Envetec Sustainable Solutions have presented a closed-loop recycling model for plastics generated in laboratories and healthcare facilities.
The solution focuses on controlled collection, decontamination and recycling, aiming to reduce incineration of technically recyclable materials.
The case shows that circular economy solutions can work even in sectors with strict safety and traceability requirements.

Recycling plastics from the medical and laboratory sector remains one of the most complex challenges in the circular economy. Due to biological risks, regulatory constraints and strict traceability requirements, a large share of medical plastics is still incinerated, even when the polymers themselves are technically recyclable.
Becton, Dickinson and Company (BD), together with Envetec Sustainable Solutions, have demonstrated a closed-loop recycling approach designed specifically for laboratory and healthcare plastics. The model is based on a fully controlled chain, including separate collection of plastic waste, advanced decontamination processes, and dedicated recycling operations.
According to the companies, the recovered material can be reintroduced into industrial applications that meet safety and compliance requirements, helping to reduce reliance on incineration while maintaining control over quality and traceability.
From an industry perspective, the relevance of this initiative lies in the fact that it moves the discussion from theoretical sustainability targets to a practical, operational example. It shows that closed-loop recycling is achievable when the entire value chain is integrated and properly managed.
At the same time, the model highlights important limitations. Such systems are capital-intensive, require stable partnerships and are most effective in centralized environments with standardized waste streams. As a result, they are not easily scalable across fragmented or mixed medical waste flows.
Even with these constraints, the BD–Envetec case sets a higher benchmark for what “real recycling” can look like in the healthcare sector, going beyond declarations and offset mechanisms toward physically recycled, traceable materials.