The healthcare sector has a significant impact on the environment, in terms of both resource use and waste generation. Medical devices, particularly single-use devices, and their packaging generate substantial amounts of waste, including plastics and hazardous materials that are challenging to manage. Applying ‘circular economy’ principles to the sector could reduce these impacts, but doing this is far from easy. Because medical devices are often used on or in the body, and must be sterile, there are very strict rules governing the kinds of materials that can be used to make them and their packaging. This makes it hard to use environmentally friendly materials, such as recycled materials, for example.
A focus on single-use devices and their packaging
Now, a new IHI project dubbed ENKORE aims to address these environmental concerns by developing an eco-design framework for single-use medical devices and their packaging. The project brings together experts from the healthcare, materials technology, and packaging sectors, along with healthcare providers and pharmaceutical and medical technology companies. By integrating sustainable practices into the design and manufacturing processes, the project aims to reduce the ecological footprint of medical devices, paving the way for a more environmentally responsible healthcare sector.
"Achieving at least 25% recycled content in global packaging by 2030 is a formidable challenge, one that demands innovative thinking and collaboration across sectors,” said project coordinator María Fernanda Cabrera-Umpiérrez of the Universidad Politecnica De Madrid. “It is a privilege to coordinate the ENKORE project, which addresses these challenges by developing a breakthrough eco-design framework for the next generation of circular-driven medical devices.”
A catalogue of materials and solutions
The ENKORE project will design and co-create a catalogue of key enabling materials (KEM) and key end-of-cycle sustainable solutions (KES). These will form the core of the eco-design framework. For the materials, the project will focus on innovative materials that would minimise waste, optimise resource usage and reduce the carbon footprint, while ensuring devices are safe for patients and have the mechanical and physical properties required of them to do their job. For end-of-cycle solutions, the project will collect sustainable solutions for both healthcare providers and people using devices in their own homes, for example.
The KES and KEM are intrinsically connected, as end-of-cycle factors significantly influence the selection of materials, while the end-of-cycle solutions must account for the materials used.
The project will also develop strategies to promote more effective waste management and circularity of medical devices at healthcare providers and in patients’ homes.
The project plans to test the eco-design framework through use cases in five regional healthcare systems across Europe. The use cases will cover a wide range of devices, packaging, and waste types, including drug injection devices; single-use products in dialysis; plastic and cellulose materials for packaging; and the management of waste (including contaminated waste) in hospitals.
The goal: products that are good for both patients and the planet
Ultimately, ENKORE hopes its eco-design framework will accelerate innovation and support the delivery of products that are both safe for patients and environmentally responsible.
“Medtronic is proud to lead the industry as part of the ENKORE consortium, contributing to the environmental sustainability of the healthcare sector in Europe” said Jorge Posada of Medtronic “By collaborating with key stakeholders, we aim to drive innovation and implement solutions that support a healthier planet and improve patient outcomes.”
“By bringing together key partners to tackle regulatory, technical, infrastructural, economic, and pollution barriers, I believe ENKORE will be pivotal in creating lasting circular value and driving sustainable transformation in healthcare,” said Professor Cabrera-Umpiérrez.