Waste Water Treatment by Environmental Microbiology

Hiral B Borasiya, M. Shah
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引用次数: 2

Abstract

Even formerly the discovery of the life of microorganisms, human being produced fermented foods. Also degrading activity of microorganisms has been used in human waste, which is naturally biodegradable. However, for large-scale treatment, human being had to devise artificial processes of competition degrading activity of naturally occurring microorganisms. Microbiologists, engineers and chemists have worked hand in hand in this regard, now we know that for biodegradable materials, other than human waste, the process is also true. These biological systems for waste management belong to one of the largest area for biotechnological applications. Usually the goal of biotechnology products is to synthesize desired biomass using an especially pure isolated strain of microorganisms under optimum conditions. Defined nutrient media (source carbon, energy source, nitrogen, sulfur, phosphorus, trace elements and vitamins); exposed uses causes growth and yields the biomass in cultural conditions, which is related to the properties of pure strains. The production of antibiotics, a valuable product is an example of this development in the field of traditional biotechnology
环境微生物处理废水的研究
甚至在以前发现生命微生物后,人类才生产出发酵食品。微生物的降解活性也被用于人类的废物,这是自然可生物降解的。然而,为了大规模处理,人类不得不设计人工过程来竞争降解自然存在的微生物的活性。微生物学家、工程师和化学家在这方面携手合作,现在我们知道,对于可生物降解的材料,除了人类的废物,这个过程也是正确的。这些用于废物管理的生物系统属于生物技术应用的最大领域之一。通常,生物技术产品的目标是在最佳条件下使用特别纯净的分离微生物菌株合成所需的生物质。确定的营养介质(源碳、源能量、源氮、源硫、源磷、源微量元素、源维生素);在培养条件下,暴露使用引起生长并产生生物量,这与纯菌株的特性有关。抗生素这种有价值的产品的生产就是传统生物技术领域这种发展的一个例子
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