Access our full collection of sustainable healthcare resources, such as toolkits, case studies, publications and more. You can also add new resources to the library.
This study describes a recycling initiative in Leeds that addresses the environmental impact of haemodialysis. Acid concentrate canisters, usually discarded as clinical waste, were instead safely…
Published date
May 2025
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Traviss, L., Fairclough, V., Choo, S., Lockley, L., Wright, M., Gullapudi, L.
The British Dietetic Association’s Kidney Dietitian Specialist Grouphas developed a brilliant resource:“Healthy Eating with CKD”– a practical, evidence-based guide designed especially for non-renal…
Environmental Nephrology and Sustainable Kidney Care – ERA Neph-Manual 2025 Chapter SummaryThis foundational chapter, authored by Maaike van Gelder, Frances Mortimer, Peter Blankestijn, and Karin…
Published date
June 2025
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van Gelder M, Mortimer F, Blankestijn P and Gerritsen K
In our monthly Kidney Care Sustainability Networkevent, we explore innovative approaches to building greener kidney care. This month, we dive into one of the most debated topics in nephrology:…
This study presents the carbon footprint of the In-Centre Haemodialysis (ICHD) patient pathway in Sheffield Teaching Hospitals, mapping emissions across key stages of treatment. It highlights the…
The European Union (EU)-funded KitNewCare consortium aims to create and manage a comprehensive EU-wide programme focusing on sustainability in Kidney Care. Around 850 million people have chronic…
Published date
November 2024
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Duane, B., Steinbach, I., Stancliffe, R., Barna, S., Cameron, D., Barbieri, I.,Noruisiene, E., Mortimer, F., Gerritsen, K., Vanholder, R.,Donati, G., Alfano, G., Malyszko, J., Ligabue, G., Johnston, B., Wratten, ML., Caiazzo, M., Schmid, E., Ortiz, A.
Dr. Irmak shared a compelling look into the development of an implantable artificial kidney, focusing on the design of membranes that integrate with the body's vascular system and support real-time…
Producing the 120 litres of dialysate required for a typical four hour haemodialysis session requires approximately 400 litres of mains water. Reverse osmosis is an important step in the purification…
This study outlines a quality improvement project assessing the impact of reducing dialysate flow rates in haemodialysis from 800 ml/hr to 500 ml/hr. The change was introduced to cut water and energy…
Published date
October 2024
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Whyke, K., Sabharwal, A., Anderson, K., Spark, P., Lockley, L., Choo, S., Reddy, V.
The toolkit was compiled by the Joint BASHH/BHIVA Sustainable Healthcare Special Interest Group and is co-badged by The Centre for Sustainable Healthcare.It is designed to spark change within your…
Published date
April 2025
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Sustainable Health Special Interest Group (Joint BASHH/BHIVA)
