Increased pollution due to COVID-19 pandemic and bioremediation: A dire need of management

Mala Khan
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Abstract

The purpose of this study was to provide an overview of the effects of COVID-19 on macro-plastic pollution and to consider short-term and long-term scenarios for its possible environmental and human health consequences and to discuss possible strategies to address and overcome key challenges. It was emphasized that, whether or not they are involved in a healthy health crisis, future actions should reflect the balance between public health and environmental protection, as there is no doubt that they are interrelated with bioremediation and microbial metabolism in the presence of optimal environmental conditions. Bioremediation uses natural and psychological microorganisms to break down toxic and harmful substances aerobically and anaerobically. It can be handled by a mixed microbial consortium or pure microbial strains on site (in situ) or off site (in the case of case) Phyto therapy or even natural care. Nutrients suitable for impurities, especially petroleum hydrocarbons are researched technologies for us, for this a biotechnological approach designed for bioremediation and observation. COVID 19 Pandemic pushed the world into a new challenge of waste management. In general, physicochemical technologies are used, which allow for proper ecological biomedical processes. Some bacteria are mobile, feel the contamination, and move towards it to neutralize it. This review emphasizes on current pollution, which is result of COVID 19 pandemic, as people follow use and discard strategies for different things which is a threat to our environment. Keywords: Environment, waste management, COVID 19.
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COVID-19大流行造成的污染加剧和生物修复:迫切需要管理
本研究的目的是概述COVID-19对宏观塑料污染的影响,考虑其可能对环境和人类健康造成的短期和长期后果,并讨论应对和克服关键挑战的可能战略。有人强调,无论是否涉及健康危机,未来的行动都应反映公共健康与环境保护之间的平衡,因为毫无疑问,它们与最佳环境条件下的生物修复和微生物代谢有关。生物修复利用自然微生物和心理微生物进行好氧和厌氧分解有毒有害物质。它可以由混合微生物联合体或纯微生物菌株在现场(原位)或场外(在情况下)植物治疗或甚至自然护理处理。适合杂质的营养物,特别是石油烃是我们研究的技术,为此设计了一种生物修复和观察的生物技术方法。2019冠状病毒病大流行使世界面临废物管理的新挑战。一般来说,使用物理化学技术,允许适当的生态生物医学过程。有些细菌是可移动的,它们能感觉到污染,并向污染方向移动以中和污染。这篇综述强调了当前的污染,这是COVID - 19大流行的结果,因为人们对不同的东西采取使用和丢弃的策略,这对我们的环境构成了威胁。关键词:环境,废物管理,新冠肺炎
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