Resource library

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…

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…

Article Summary: Sustainable reuse of hemodialysis reject water for potato farming: a large-scale feasibility study in MoroccoJournal of Nephrology (2025)💧 Context: Hemodialysis generates vast volumes…

Grimsby dialysis unit partnered with Kidney Quality Improvement Partnership (KQIP) and the Trying to Reduce UnNecessary Carbon from Haemodialysis (TRUNC-HD) initiative to cut carbon emissions by…

Sustainable kidney careWelcome to the KitNewCare Sustainable Kidney Care CourseThis course explores what healthcare workers in nephrology can do to become leaders in sustainable transformation,…

We are delighted to welcome Dr Gaetano Alfano, Leading Nephrologist working with Professor Gabriele Donati in Modena, Italy. Giuseppe will be sharing his research on 'Green Haemodialysis': The…

We are delighted to share the recording of our recent event with Dr Gaetano Alfano, Leading Nephrologist working with Professor Gabriele Donati in Modena, Italy. Gaetano shared his teams research…

Midlands Kidney Network - Benefits of Central Delivery Systems (CDS) for In-Centre Haemodialysis Waste benefits: Most units will use a 6L canister per treatment which is not fully utilised,…

📘 What’s inside this guide?This practical guide outlines how dialysis centres can reduce their environmental impact through actionable and scalable good practices. It includes:🔍 Context &…

A pressing need exists for hemodialysis resource usage data based on current-day practice and hemodialysis systems. Accordingly, this study aimed to measure and compare the water and energy…