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Generation and composition of medical wastes from private medical microbiology laboratories

机译:私人医学微生物学实验室产生和组成的医疗废物

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A study on the generation rate and the composition of solid medical wastes (MW) produced by private medical microbiology laboratories (PMML) was conducted in Greece. The novelty of the work is that no such information exists in the literature for this type of laboratories worldwide. Seven laboratories were selected with capacities that ranged from 8 to 88 examinees per day. The study lasted 6 months and daily recording of MW weights was done over 30 days during that period. The rates were correlated to the number of examinees, examinations and personnel. Results indicated that on average 35% of the total MW was hazardous (infectious) medical wastes (IFMW). The IFMW generation rates ranged from 11.5 to 32.5 g examinee~(-1) d~(-1) while an average value from all 7 labs was 19.6 ± 9.6 g examinee~(-1) d~(-1) or 2.27 ± 1.11 g examination~(-1) d~(-1). The average urban type medical waste generation rate was 44.2 ± 32.5 g examinee~(-1) d~(-1). Using basic regression modeling, it was shown that the number of examinees and examinations can be predictors of the IFMW generation, but not of the urban type MW generation. The number of examinations was a better predictor of the MW amounts than the number of examinees. Statistical comparison of the means of the 7 PMML was done with standard ANOVA techniques after checking the normality of the data and after doing the appropriate transformations. Based on the results of this work, it is approximated that 580 tonnes of infectious MW are generated annually by the PMML in Greece.
机译:在希腊,对私人医疗微生物实验室(PMML)产生的固体医疗废物(MW)的产生率和组成进行了研究。这项工作的新颖之处在于,在全球范围内这类实验室的文献中都没有这样的信息。选择了七个实验室,每天的工作量为8至88名考生。该研究历时6个月,在此期间的30天内每天记录分子量。比率与应试者,检查和人员的数量相关。结果表明,平均35%的总MW为危险(传染性)医疗废物(IFMW)。 IFMW产生率介于11.5至32.5 g受检者〜(-1)d〜(-1),而所有7个实验室的平均值为19.6±9.6 g受检者〜(-1)d〜(-1)或2.27± 1.11 g检查〜(-1)d〜(-1)。都市型医疗废物平均产生率为44.2±32.5 g受检者〜(-1)d〜(-1)。使用基本的回归模型,结果表明,考生人数和考试人数可以预测IFMW的产生,但不能预测城市类型的MW产生。与被检查者的数量相比,检查的数量可以更好地预测分子量。在检查数据的正常性和进行适当的转换之后,使用标准的ANOVA技术对7 PMML的平均值进行统计比较。根据这项工作的结果,希腊PMML每年大约产生580吨传染性兆瓦。

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