利用乌克兰大城市和工业中心的污水污泥作为非常规有机肥料的生态和卫生方面

V. Dyshliuk, S. Harkavyi
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引用次数: 1

摘要

目标。研究乌克兰大城市和工业中心的污水污泥(SS)的生态、卫生和放射性生态参数,这些污泥是在不断增长的技术革新的影响下形成的;建立废物污染程度,并对其作为非常规有机肥在农业系统使用的适宜性进行生态和卫生评价。方法。卫生-微生物学,寄生虫学,毒理学(物理,放射化学),比较-分析,统计。结果。结果表明,在不断生长的条件下,所研究的SS在污泥床上最终保持后的生态和卫生参数主要适合作为肥料使用。已经分配了一批生物污染严重、需要更有效消毒的城市。同时,在放射性污染水平上,这些SS主要对应于现代区域γ-背景,属于放射性污染的范畴。结论。乌克兰大城市和工业中心的SS的生态、卫生和放射生态学参数是在危机前(以及切尔诺贝利核电站的人为事故)不断增长的技术发生条件下形成的,经过污泥床的最终保存,一般满足作为非常规有机肥使用的要求。在一组城市中,由于生物污染,SS应该受到更有效的净化,通过在处理厂的处理周期中坚持技术过程,在污泥床上保持更长时间(3年或更长),或用含碳填料进行生物堆肥的生物热处理,可以达到足够的水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ECOLOGICAL AND HYGIENIC ASPECTS OF THE USE OF SEWAGE SLUDGE OF LARGE CITIES AND INDUSTRIAL CENTRES OF UKRAINE AS UNCONVENTIONAL ORGANIC FERTILIZERS
Objective. Study ecological, hygienic and radio-ecological parameters of sewage sludge (SS) of large cities and industrial centres of Ukraine, which were formed under the influence of constantly growing technogenesis; establish the degree of waste pollution and give ecological and hygienicassessment of their suitability for systemic use in agriculture as unconventional organic fertilizers. Methods. Sanitary-microbiological, helminthological, toxicological (physical, radiochemical), comparative-analytical, statistical. Results. It was shown that under the conditions of constantlygrowing technogenesis, ecological and hygienic parameters of the studied SS after the final keepingon sludge beds were predominantly suitable for application as fertilizers. A group of cities whereSS have a high level of biological pollution and require more effective disinfection has been allocated. At the same time, in terms of the level of radioactive contamination, these SS predominantlycorrespond to the modern regional γ-background and belong to the category of radioactively contaminated. Conclusion. Ecological, hygienic and radioecological parameters of SS of large citiesand industrial centres of Ukraine, which were formed under the conditions of growing technogenesis in the pre-crisis period (and man-made accident at the Chernobyl nuclear power plant), afterfinal keeping on sludge beds generally meet the requirements for use as unconventional organic fertilizers. A group of cities where SS should be subject to more efficient decontamination due to biological pollution, a sufficient level of which can be achieved by adhering to technological processesin the treatment cycle at treatment plants, longer holding period on sludge beds (3 years or more),or biothermal processing with carbon-containing fillers to biocompost has been established.
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