Resource library

This Leeds study evaluated switching haemodialysis acid concentrate from 1:33 to 1:44 dilution to reduce environmental impact. By using a more concentrated solution, each canister produced more…

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…

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…

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…

In a renal service caring for approximately 40 patients dependent on central venous lines for haemodialysis access, the technique to access central lines was changed from using large aseptic fields…

Key learning point: Reducing the burden of waste and improving its segregation into appropriate streams for disposal has positive environmental impacts as well as cost savings. Setting/Patient…

The project was shortlisted for the Green Nephrology Awards 2012. The PDF award entry poster may be downloaded fromhere. Key learning point: Electricity energy saving in patients homes – with…

Key learning point The case study and discussion outlined above includes most of the information required to develop a sound business case for a programme to retro-fit heat exchangers to existing…

Key learning point: Although an upfront expense, upgrading older water treatment systems offers significant environmental and financial savings. Furthermore, the upgrade saves nursing time and…