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Author(s):

Baby Suruthi.N | Sathiesh Kumar.T | Karthikeyan.M
Keywords:

Wastewater Treatment, Nutrient, Biomass Production, Oxygen Generation, Sustainability
Abstract:
Conventional Methods For Treating Wastewater Can Be Pretty Energy-hungry And Often Fall Short When It Comes To Getting Rid Of Nutrients And Pollutants. That's Where Microalgae-based Systems Come Into Play, Offering A Greener Alternative For Wastewater Treatment, Biomass Production, And Oxygen Generation. This Study Dives Into How Effective These Microalgae Systems Can Be At Cleaning Up Wastewater While Also Generating Biomass And Oxygen. The Findings Reveal That Microalgae Can Eliminate As Much As 90% Of Nitrogen And Phosphorus From Wastewater, All While Producing Biomass At A Decent Rate. The Research Showcases How Viable Microalgae-based Systems Are For Sustainable Wastewater Treatment And Biomass Production, And It Points Out Their Potential For Scaling Up And Fitting Into Current Wastewater Treatment Setups. Additionally, This Study Looks Into How Microalgae Can Be Integrated Into Wastewater Treatment Systems, Highlighting Their Knack For Removing Pollutants Like Nitrogen, Phosphorus, And Heavy Metals Through Bioremediation Processes.

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