Renal

Driving round in circles

Andy Connor 13 January 2010 Comment on this

Most recent entries |

  1. The carbon footprints of home and in-center maintenance hemodialysis in the United Kingdom

    CONNOR, A., LILLYWHITE, R. and COOKE, M. W. , Hemodialysis International (2011), doi: 10.1111/j.1542-4758.2010.00523.x The aim of this study was to determine the carbon footprints of the differing modalities and treatment regimes used to deliver maintenance hemodialysis (HD), in order to inform carbon reduction strategies at the level of both individual treatments and HD programs. Thrice weekly in-center HD has a carbon footprint of 3.8 ton CO2 Eq per patient per year. The majority of emissions arise within the medical equipment (37%), energy use (21%), and patient travel (20%) sectors. The carbon footprint of providing home HD varies with the regime.

    from SHEBA on 14 January 2011 | Direct link | Comment on this

  2. Water Conservation: An Emerging but Vital Issue in Hemodialysis Therapy

    Water conservation refers to reducing the usage of water and recycling of wastewater for different purposes such as irrigation, laundry and sanitation. As water scarcity increases worldwide, dialysis facilities should be focused on salvaging water. However, most of them still ignorantly discard to the sewer huge volumes of this reusable resource. This article reviews the current water conservation techniques in hemodialysis and the potential benefits drawn when using this technology. Tarrass F, Benjelloun M, Benjelloun O, Bensaha T. Water Conservation: An Emerging but Vital Issue in Hemodialysis Therapy. Blood Purif. 2010 Oct 6;30(3):181-185. PMID: 20924173

    from PubMed on 04 November 2010 | Direct link | Comment on this

  3. The Green Nephrology survey of sustainability in renal units in England, Scotland and Wales

    Connor, A. and Mortimer, F. (2010). Journal of Renal Care, 36: 153–160. doi: 10.1111/j.1755-6686.2010.00183.x he impact of unmitigated climate change upon global health is predicted to be disastrous. However, the very provision of healthcare itself has a significant environmental impact, and the contribution of kidney care to the carbon footprint of the NHS is likely to be disproportionately high. Furthermore, the current economic climate will ensure that healthcare systems face unprecedented reductions in resources (or, at the very least, diminished expansion in the face of ongoing increases in demand). Improvements in the way that renal services use resources will address both issues. This survey was designed to identify a baseline for sustainability in kidney care, to support a clinical transformation to lower carbon kidney care by identifying fruitful areas for attention, and to act as an educational tool. The survey identified measures for improvement across the different areas of the provision of kidney care, including…

    from SHEBA on 03 August 2010 | Direct link | Comment on this

  4. The Carbon Footprint of a Renal Service in the United Kingdom

    A. Connor, R. Lillywhite and MW. Cooke, QJM Advance Access published online on August 18, 2010. This study represents the first assessment of the carbon footprint of an individual specialty service to include both direct and indirect emissions.The Dorset Renal Service has a carbon footprint of 3006 tonnes CO2eq per annum, of which 381 tonnes CO2eq (13% of overall emissions) result from building energy use, 462 tonnes CO2eq from travel (15%) and 2163 tonnes CO2eq (72%) from procurement. These results suggest that carbon-reduction strategies focusing upon supply chain emissions are likely to yield the greatest benefits. Sustainable waste management and strategies to reduce emissions associated with building energy use and travel will also be important.

    from SHEBA on 18 August 2010 | Direct link | Comment on this

  5. Toward greener dialysis: a case study to illustrate and encourage the salvage of reject water

    A Connor, S Milne, A Owen, G Boyle, F Mortimer (2010). Journal of Renal Care, 36(2), 68-72. Climate change is now considered to be a major global public health concern. However, the very provision of health care itself has a significant impact upon the environment. Action must be taken to reduce this impact. Water is a precious and finite natural resource. Vast quantities of high-grade water are required to provide haemodialysis. The reverse osmosis systems used in the purification process reject approximately two-thirds of the water presented to them. Therefore, around 250 litres of 'reject water' result from the production of the dialysate required for one treatment. This good quality reject water is lost-to-drain in the vast majority of centres worldwide. Simple methodologies exist to recycle this water for alternative purposes. We describe here a case study of the only UK renal service we know to have implemented such water-saving methodologies.

    by Andy Connor on 19 May 2010 | Direct link | Comment on this