UCLH aims to reduce its CO₂ emission by transforming surgical waste into aluminium products

The National Health Service (NHS) University College London Hospitals (UCLH) has introduced a groundbreaking program in partnership with Johnson & Johnson MedTech and collaborators MYGroup and Resourcify. This innovative scheme aims to tackle the challenge of recycling the packaging of single-use surgical items that are historically difficult to process due to their composition.

Simultaneously, the metal components will undergo melting and recycling processes to be transformed into new aluminium products. This strategic shift is poised to diminish the hospital's carbon dioxide (CO₂) emissions, further reinforcing its commitment to environmental sustainability.

About the collaboration                                                                                          

Through this collaborative effort, approximately 215kg of waste per year, previously destined for incineration, will now be managed sustainably. The process involves shredding the packaging materials and utilizing an electrostatic machine at MYGroup's state-of-the-art facilities to effectively separate the metal from the plastic, ensuring efficient recycling.

The separated materials will then be repurposed for various applications, such as the production of furniture, storage boxes, and construction materials. Additionally, they can be utilized in shop fitting and joinery, contributing to a more circular economy and reducing the environmental footprint of healthcare operations.

UCLH sustainability lead Joe Burton said, "This is a great way for UCLH to reclaim valuable materials such as metals as well as giving plastics a new lease of life, whilst generating CO₂ savings compared to incineration or taking items to landfill. Whilst only a small change, this project is a fantastic example of one of our suppliers taking responsibility for its waste. We hope this sets a precedent for others to follow suit as well as opening conversations amongst our staff."