HARI KRISHNAN L

Each description of your work experience should be clear and concise, yet descriptive. After reading your description, a prospective employer should know exactly what your responsibilities were, what skills you have developed, where your strengths lie, and what you have achieved

Work List:

1. Researching the basics of Microbial Fuel Cell (MFC) technology.

2. Reviewing scientific literature on the performance and applications of MFCs.

3. Designing and setting up a laboratory-scale MFC system.

4. Conducting experiments to investigate the electricity generation capacity of the MFC.

5. Analyzing the performance data and comparing it with existing research findings.

6. Optimizing the MFC system by adjusting various parameters such as electrode materials,

Impact:

1. Sustainable Energy Production: Microbial Fuel Cells (MFCs) offer a sustainable way to generate electricity by harnessing the metabolic activity of microorganisms. This technology has the potential to reduce dependence on fossil fuels and contribute to a cleaner and greener energy future.

2. Waste Treatment and Resource Recovery: MFCs can be used for wastewater treatment by utilizing the organic matter present in the wastewater as a fuel source for the microorganisms. This not only

Work Description:

I worked on a project titled "Electricity Production from Wastewater using Microbial Fuel Cell Marine microbes". In this project, I focused on using marine microbes as catalysts in a microbial fuel cell system to generate electricity from wastewater.

My main tasks included:

1. Researching and selecting suitable marine microbes that have the ability to generate electricity through the oxidation of organic matter in wastewater.

2. Designing and constructing a microbial fuel cell system that can effectively harness the electricity produced

Impact:

The project on Electricity Production from Wastewater using Microbial Fuel Cell with Marine Microbes as catalyst has made a significant impact in the field of sustainable energy production and waste management.

1. Novel Approach: By utilizing microbial fuel cells and marine microbes as catalysts, this project introduces a novel approach to generate electricity from wastewater. This innovative technique has the potential to revolutionize the way we produce renewable energy.

2. Environmental Benefits: The project addresses the pressing issue of

Work Description:

• Conducted research on fortification of folic acid in mushrooms using bio-fortification techniques.
• Developed a methodology to fortify mushrooms using sugarcane bagasse and seaweed as dual substrates.
• Prepared the sugarcane bagasse and seaweed substrates by cleaning, sterilizing, and modifying them for optimal growth of mushrooms.
• Cultivated mushrooms in controlled environments, ensuring proper temperature, humidity, and lighting conditions.
• Monitored the growth and development

Impact:

• Implemented bio-fortification techniques to fortify folic acid in mushrooms.
• Utilized sugarcane bagasse and seaweed as dual substrates for fortification process.
• Resulted in significantly increased folic acid content in the fortified mushrooms.
• Improved nutritional value of mushrooms, providing a rich source of folic acid.
• Enhanced accessibility of folic acid for individuals with dietary deficiencies.
• Contributed to the promotion of healthy diets and improved overall public health.

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Learn many things about the recent current research technologies using for microbiology and all the life science courses.

It's a novel project using Marine Microbes as a Catalyst for electricity production by using Microbial Fuel Cell.