Safe Use of Wastewater in Agriculture Through Bioremediation Processes

R. Dubey, A. K. Choudhary, J. S. Mishra, A. Upadhyaya, S. Dwivedi, S. Mondal, K. K. Rao, A. Dubey
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Abstract

Population growth, industrialisation, urbanisation, and climate change have created huge pressure on freshwater resources to fulfil the demand. Approx. 70-80% of the freshwater supply returns as wastewater, which is difficult to tackle and manage. We need to tackle the freshwater demand from different sectors like domestic, industrial, and agriculture. Most important is how to use the wastewater safely in agriculture. Therefore, it is an apt time to refocus on ways to recycle water especially in sectors like agriculture and for ecosystem services. The major concern in using wastewater in agriculture is its quality as the wastewater may carry pathogens, heavy metals, and many other pollutants, which might reach to human beings and animals via food chain. A solution to wastewater reuse is through bioremediation techniques. Bioremediation should be considered as a feasible and futuristic technology for safe use of wastewater in agriculture as it will reduce the burden on centralised water treatment system as well as it being economic and eco-friendly.
通过生物修复工艺安全利用农业废水
人口增长、工业化、城市化和气候变化给淡水资源带来了巨大的压力。大约70-80%的淡水供应以废水的形式返回,这很难处理和管理。我们需要解决来自家庭、工业和农业等不同部门的淡水需求。最重要的是如何在农业中安全地利用废水。因此,现在正是重新关注循环水方法的恰当时机,特别是在农业和生态系统服务等部门。在农业中使用废水的主要问题是其质量,因为废水可能携带病原体,重金属和许多其他污染物,这些污染物可能通过食物链到达人类和动物。废水再利用的一个解决方案是通过生物修复技术。生物修复技术既能减轻集中水处理系统的负担,又经济环保,是农业废水安全利用的一种可行的未来技术。
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