: This book is research-based, in which studies highlighted the current polluting status of water. It has been observed and concluded that the ever-growing industry setups in industrial areas are simply releasing wastewater into streams without any pre-treatment. The resultant quality of receiving water streams is getting a high load of pollutants which is lethal to the living creatures getting exposed to it. In the present study, it has been recorded that industries like oil, milk, and other refineries are releasing biowaste material prominently containing oil & other waste traces. The mixing of oil with water severely disturbed the ecosystem and hence needs to be handled with greater attention. With the use of 16S rRNA gene sequencing, and morphological, biochemical, and pigmentation analysis Species-level identification has been done for particular species and demonstrated the prevalence of two major species in polluting water bodies from which samples have been taken. To ascertain the potential of these strains for biosurfactant production, and can be able to deliver the function of better biodegradation. Strains do showcase the ability to degrade oil-enriched industrial waste by reducing the COD values at the maximum speed and enabled nominating these strains as the potential strains for the degradation of pollutants-rich wastewater probably when used in treatment plants.
: This book is research-based, in which studies highlighted the current polluting status of water. It has been observed and concluded that the ever-growing industry setups in industrial areas are simply releasing wastewater into streams without any pre-treatment. The resultant quality of receiving water streams is getting a high load of pollutants which is lethal to the living creatures getting exposed to it. In the present study, it has been recorded that industries like oil, milk, and other refineries are releasing biowaste material prominently containing oil & other waste traces. The mixing of oil with water severely disturbed the ecosystem and hence needs to be handled with greater attention. With the use of 16S rRNA gene sequencing, and morphological, biochemical, and pigmentation analysis Species-level identification has been done for particular species and demonstrated the prevalence of two major species in polluting water bodies from which samples have been taken. To ascertain the potential of these strains for biosurfactant production, and can be able to deliver the function of better biodegradation. Strains do showcase the ability to degrade oil-enriched industrial waste by reducing the COD values at the maximum speed and enabled nominating these strains as the potential strains for the degradation of pollutants-rich wastewater probably when used in treatment plants.
This will help us customize your experience to showcase the most relevant content to your age group
Please select from below
Login
Not registered?
Sign up
Already registered?
Success – Your message will goes here
We'd love to hear from you!
Thank you for visiting our website. Would you like to provide feedback on how we could improve your experience?
This site does not use any third party cookies with one exception — it uses cookies from Google to deliver its services and to analyze traffic.Learn More.