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AbstractBackgroundStandard reverse osmosis systems for hemodialysis operate at 60–75% recovery rates, wasting 25–40% of feed water as brine. This inefficiency poses a critical challenge in…
Published date
June 2026
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Tarrass, F., Benjelloun, O., Allah, MH., Benjelloun, M.
AbstractBackgroundWater scarcity is an escalating global challenge with growing relevance for healthcare systems. Nephrology is particularly affected, as dialysis is a life-sustaining yet highly…
Published date
June 2026
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Knoeller, S., Weber, W., Ben Hmida, M., Lucena, R., Tarrass, F., Segerer, S.
This resource from Getting it Right First Time (GIRFT) is part of the‘greener’ pathwaysseries. It highlightsthesteps that can be taken by trusts to decarbonise the renal medicine pathway, improving…
This toolkit is designed for all healthcare professionals interested in implementing sustainable change within their units. It provides practical knowledge, guidance, and a clear framework to help…
Published date
May 2026
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ISN Emerging Leaders Program (ELP) Second Cohort, Caroline E. Stigant, Winston Fung
Hemodialysis, hemodiafiltration, and peritoneal dialysis are among the most resource-intensive medical therapies, owing to their high energy and water consumption, heavy reliance on disposable…
Published date
February 2026
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Barraclough, K., Berman-Parks, N., Jha, V., Piccoli, G., Stigant, C., Talbot, B., Tarrass, F., Cheung, M., King, J., Grams, M., Jadoul, M., Flythe J.
Purpose of reviewThe 2023 CONVINCE trial demonstrated improved survival with high-dose hemodiafiltration (HDF), prompting discussions about widespread adoption. However, this clinical advancement…
The Sustainable Kidney Care Project, a collaboration between the Centre for Sustainable Healthcare (CSH) in partnership with the UK Kidney Association and Health Innovation North-East and North…
HighlightsPolymer nano- and microsize particles in operatory air and wastewater rise during intraoral polymer devices fabrication and processing, though estimates vary widely.Intraoral polymer devices…
Spent dialysate, a byproduct of hemodialysis, is traditionally discarded but holds significant potential for resource recovery within a circular economy framework. This literature review synthesizes…
Procurement activities in healthcare, especially within nephrology, contribute significantly to the environmental footprint. In peritoneal dialysis (PD), procurement of consumables such as dialysis…
Published date
September 2025
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Larkin, J., Ligabue, G., Alfano, G., Martínez-Cadenas, R., Fehintola, A., Steinbach, I., Yasar, A., Morisi, N., Arias-Guillen, M., Caiazzo, M., Donati, G., Duane, B.
