Trends of biowaste generation in hemodialysis units under the hub-and-spoke model: act and save

Abhilash Cherain, Manjusha Yadla
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引用次数: 1

Abstract

Background To assess the trends of biowaste generation under an unique model of hemodialysis services -Hub and Spoke model. Materials and Methods Biowaste generation including the liquid, solid, recyclable and nonrecyclable wastes are calculated per session of dialysis and tehn calculated per number of sessions in each centre. Biowaste was weighed accordingly using wighing machines normalised to the weight of the material weighed. Results Total waste generated per session was 1007 gm in a maintenance dialysis session and 528 gm in an acute dialysis session. Of this, plastic waste was 847gm and 382 gm in respective units, nonplastic waste was 146 and 160 gm respectively. Based on the number of session in acute unit and maintenance unit, total waste generated in acute unit per day was 18.48 kg and 12.22 kg (plastic, nonplastic) and in maintenance unit, it was 65.45 and 54.05 kgs. Conclusions There is high generation of biowaste in dialysis units with 280–295 tonnes/year. Its the need of hour to plan for green dialysis by bringing in eco-friendly recyclable biowaste.
轮辐模式下血液透析单位产生生物废物的趋势:行动和节约
在一种独特的血液透析服务模式下,评估生物废物产生的趋势-Hub和Spoke模型。材料和方法生物废物的产生,包括液体、固体、可回收和不可回收的废物,计算每次透析的次数,然后计算每个中心的每次透析次数。对生物废物进行相应的称重,称重机按称重材料的重量标准化。结果维持性透析每次产生的废物总量为1007 gm,急性透析每次产生的废物总量为528 gm。其中,塑料垃圾分别为847克和382克,非塑料垃圾分别为146克和160克。根据急性单元和维持单元的住院次数,急性单元每天产生的废物总量分别为18.48 kg和12.22 kg(塑料和非塑料),维持单元每天产生的废物总量分别为65.45 kg和54.05 kg。结论透析单元的生物废物产生量较高,为280 ~ 295吨/年。这需要一个小时来规划绿色透析,引入生态友好的可回收生物废物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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