Wastewater and Sludge Reuse Management in Agriculture

IF 0.5 Q4 ENVIRONMENTAL SCIENCES EQA-International Journal of Environmental Quality Pub Date : 2016-08-30 DOI:10.6092/ISSN.2281-4485/6303
I. Kalavrouziotis, P. Koukoulakis
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引用次数: 5

Abstract

Huge quantities of treated wastewater (TMWW) and biosolids (sludge) are produced every day all over the world, which exert a strong pressure on the environment. An important question that is raised is “what to do with them?”.An effort is put by the scientific community to eliminate the concept of “waste” and to replace it with the concept of “recycling of resources”, by means of effective management, which does  not concern only the users, but all the other groups involved in the problem, such as facility administrators, operations, politicians, scientific community and the general  population. Sludge concentration data showed that there exist 516 chemicals in biosolids which create a serious health risk.   It is pointed out that this risk will be greatly exacerbated by chemical toxins present in the sludge which can predispose skin to infection by pathogens. Consequently, the need for science-based policies are necessary to effectively protect public health. The risk assessment due to sludge, is difficult to evaluate of due to the large number of unknown interactions involved. People living near the sludge application sites may suffer from such abnormalities as:  eye, nose, and throat irritation, gastrointestinal abnormalities, as nausea, vomiting, diarrhea, including cough, difficulty in breathing, sinus congestion, skin infection and sores. Many problems seem to be related to biosolid and wastewater application in agriculture, which should be solved. A universal one, acknowledged as an “international health crisis” is the resistance of pathogens to antibiotics and to the evolution of multidrug resistance of bacteria”. Certain anthropogenically created environments have been identified as major sources of multidrug resistance bacteria such as in water treatment plants, concentrated animal feeding operations etc. All these, and many other health problems, render the safety of sludge and biosolid and wastewater agricultural reuse, for the time being questionable even though the application is done according to official guidelines. It is therefore necessary that more research work be conducted on the short and long term application effects of sludge on human health, and on the environment so as to successfully address these problems Also,the existing guidelines must be reconsidered on the basis of the research findings to be attained. It is only then that the application of these inputs to land could be as safe as possible.
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农业废水和污泥再利用管理
世界各地每天都会产生大量的处理废水(TMWW)和生物固体(污泥),这对环境造成了巨大的压力。提出的一个重要问题是“如何处理它们?”科学界正在努力消除“废物”的概念,代之以“资源再循环”的概念,方法是进行有效的管理,这种管理不仅涉及使用者,而且涉及与这个问题有关的所有其他群体,例如设施管理人员、业务人员、政治家、科学界和一般民众。污泥浓度数据显示,生物固体中存在516种化学物质,对健康构成严重威胁。有人指出,污泥中存在的化学毒素会大大加剧这种风险,这些毒素会使皮肤容易受到病原体的感染。因此,有必要制定以科学为基础的政策,以有效保护公众健康。由于涉及大量未知的相互作用,污泥的风险评估是难以评估的。居住在污泥施用地点附近的人可能会出现以下异常情况:眼睛、鼻子和喉咙发炎,胃肠道异常,如恶心、呕吐、腹泻,包括咳嗽、呼吸困难、鼻窦充血、皮肤感染和溃疡。生物固体和废水在农业中的应用似乎存在许多亟待解决的问题。一个被公认为"国际卫生危机"的普遍问题是病原体对抗生素的耐药性和细菌对多种药物的耐药性的演变"。已确定某些人为造成的环境是耐多药细菌的主要来源,如水处理厂、集中的动物饲养作业等。所有这些,以及许多其他健康问题,使得污泥、生物固体和废水农业再利用的安全性暂时受到质疑,尽管这些应用是根据官方指导方针进行的。因此,有必要就污泥对人类健康和环境的短期和长期应用影响进行更多的研究工作,以便成功地解决这些问题。此外,必须根据即将获得的研究结果重新考虑现有的指导方针。只有这样,这些投入物在陆地上的应用才能尽可能安全。
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CiteScore
1.20
自引率
0.00%
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审稿时长
12 weeks
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