Renal

a sub topic of Clinical Transformation

Most recent entries |

  1. Case study and how-to guide: reduce, re-use, recycle in the dialysis unit

    The three case studies outlined here show that the principles most commonly used to underpin waste reduction strategies – reduce, reuse, recycle – can be successfully applied to renal units, and that financial savings can be made. Applying these strategies can be remarkably simple, and the repetitive nature of the dialysis treatments means that the benefits are continually accrued. The final part of this ‘How to…’ guide describes how to undertake a waste audit, which will allow individual units to identify where best to focus their attention. Green Nephrology programme 2009-10.

    from The Campaign for Greener Healthcare on 16 April 2010 | Download | Comment on this

  2. Case study and how-to guide: telephone clinics in follow-up of renal transplant recipients

    Renal units have traditionally used outpatient clinics to provide routine follow up to their transplanted patients, although the care required is often very simple and the patients typically feel well. The renal unit at the University Hospital of Coventry and Warwickshire has been successfully running a twice-monthly telephone clinic to provide follow up to these patients since 2006. Patients are offered the choice to remain in the traditional follow up system or switch to quarterly telephone clinic follow up, with just one annual traditional (‘face-to-face’) outpatient appointment at their local renal clinic. Green Nephrology programme 2009-10.

    from The Campaign for Greener Healthcare on 19 January 2010 | Download | Comment on this

  3. Case study and how-to guide: retrofit of heat-exchangers to haemodialysis machines

    Renal technicians at the Maidstone dialysis unit have investigated the potential costs and benefits of retro-fitting heat exchangers to their existing Braun Dialog+ haemodialysis machines. They calculated that an investment of £15,687 to fit heat exchangers to all 83 machines across the Kent and Canterbury renal service would deliver an annual saving of £3988.15 from reduced electricity consumption, with an annual reduction in greenhouse gas emissions of 22.6 Tonnes of CO2 equivalents. Green Nephrology programme 2009-2010.

    from The Campaign for Greener Healthcare on 12 January 2010 | Download | Comment on this

  4. Case study and how-to guide: conserving water in haemodialysis

    When the Canterbury dialysis unit updated its water purification system with the installation of a new reverse osmosis plant in 1997, it was soon apparent that large volumes of reject water were being ‘lost to drain’. Within two years, and with the help of the hospital’s Estates Department, a simple system capable of recycling 800 litres of this water per hour was installed at a cost of £15,000. The system has now been running for over ten years, saving the Trust £7,500 each year on mains water and sewerage costs. Green Nephrology programme, 2009-2010

    from SHEBA on 04 January 2010 | Download | Comment on this

  5. Swedish green procurement criteria for dialysis products

    Swedish Environmental Management Council procurement criteria: proposals for environmental requirements to be used when purchasing dialysis goods, services and work contracts.

    from SHEBA on 26 June 2009 | Direct link | Comment on this