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Solar Drying to Reduce Pathogens In Biosolids In Arid Regions

机译:通过太阳能干燥来减少干旱地区生物固体中的病原体

摘要

Utilization of landfilling and ocean dumping for biosolids disposal is declining due to environmental and monetary concerns. Biosolids are suitable for use as a soil amendment for various crops and native vegetation. Therefore, it may be beneficial to integrate soil into cultivated soil or mine tailings. However, biosolids from wastewater treatment plants inherently contain elevated numbers of pathogenic microorganisms. Therefore, the efficacy of cost-effective methods to reduce pathogens to accepted levels was evaluated in solar drying beds in La Paz County, Arizona. The research demonstrated that biosolids could be effectively treated during warm, dry periods, as biosolids were converted from Class B to Class A microbial quality within two weeks during the summer of 2004. However, alternatives must be utilized for rainy, cold seasons. Also, public opinion and outreach cannot be ignored as important factors to consider in the future of biosolids treatment and reuse.
机译:由于对环境和金钱的关注,用于生物固体处置的垃圾填埋场和海洋垃圾场的使用率正在下降。生物固体适合用作各种农作物和本地植被的土壤改良剂。因此,将土壤整合到耕作的土壤或矿山尾矿中可能是有益的。但是,废水处理厂产生的生物固体固有地含有数量增加的病原微生物。因此,在亚利桑那州拉巴斯县的太阳能干燥床上评估了将病原体减少到可接受水平的经济有效方法的有效性。研究表明,在2004年夏季的两周内,由于将生物固体从B类微生物质量转变为A类微生物,生物固体可以在温暖,干燥的时期得到有效处理。但是,在雨季和寒冷季节必须使用替代品。同样,公众舆论和外展活动不可作为未来生物固体处理和再利用中要考虑的重要因素。

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  • 作者

    Grabau Matthew;

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  • 年度 2005
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  • 原文格式 PDF
  • 正文语种 EN
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