Dr. Renu Kumari
Central University of Gujarat, Gujarat University, North Bengal University
About
Renu Kumari
Coordinator, Assistant Professor, and Researcher
A dedicated and innovative chemistry researcher with a passion for discovery, Dr. Renu Kumari, combines scientific rigor with an adventurous spirit to explore uncharted areas of chemical science. With expertise in photocatalysis, spiroheterocyclics, MNP synthesis, and dye reduction covering organic synthesis, Inorganic chemistry, or materials science, Renu Kumari has contributed to advancing understanding and practical applications in green photochemistry, including sustainable energy, pharmaceuticals, and environmental chemistry.
Professional Highlights:
1. Innovative Research: Spearheaded studies on spiroheterocyclics to develop novel photocatalysts for green photochemistry applications like wastewater dye reduction, resulting in outcomes as ACS & RSC publications.
2. Exploratory Fieldwork: Conducted on-site investigations in [Narmada canal Ahmedabad, e.g., industrial settings, natural reserves], metal and salt analyzing sites e.g., Dwarka mineral compositions, environmental contaminants, or atmospheric chemicals.
3. Interdisciplinary Collaborations: Partnered with experts across [MNP synthesis with biological studies plus material engineering to solve complex MNP synthesis challenges in synthesizing e.g., MNP & energy storage development].
Research Philosophy
Guided by curiosity and a commitment to global impact, I seek to address pressing scientific and societal challenges through chemistry. This approach emphasizes exploring the intersection of fundamental research and real-world applications, driving solutions that improve lives and safeguard the environment.
Key Achievements
A significant project or discovery, e.g., "Discovered a new pathway for synthesizing photocatalysts for reducing wastewater dyes, waste biomass, Fe scrap, and petrochemicals.
"Led a multidisciplinary team to develop a portable water purification system, field-tested in remote areas."
Highlight exploration-driven accomplishments, e.g., "Explored photochemical processes in wastewater regions, contributing to the understanding of natural photocatalysts."
Future Goals:
I aim to continue pushing the boundaries of chemical exploration, integrating innovative methodologies and interdisciplinary strategies to address global challenges in specific areas, e.g., photocatalysis, metal scrap recycling, climate change, health, or renewable resources.
Thanks!
Employment
Employment history is unavailable.
Education
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Central University of Gujarat PhD2021 - 2024
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Central University of Gujarat MPhil, Synthesis of spiroheterocyclic and heterocyclic compounds and their application to reduce waste water dyes2018 - 2020
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Gujarat University B.Ed.2016 - 2018
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Central University of Gujarat M.Sc.2014 - 2016
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North Bengal University BSc (Chem, Hons.)2011 - 2014
Projects & Funding
Projects & funding information is unavailable.
Publications (16)
- Versatile photocatalytic activities of indenoquinoxalines for dye reduction, single-crystal nucleation, and MNP formation with iron scrap under sunlight Save
- Spiroheterocyclic Photocatalyst for Reducing QHIn-Persistent Pollutants, Dyes, and Transition-Metal Ions Cocatalyzed with Electrolytes Save
- Spiroheterocyclic Photocatalyst for Reducing QHIn-Persistent Pollutants, Dyes, and Transition-Metal Ions Cocatalyzed with Electrolytes Save
- Erratum: Photocatalytic Reduction of Fluorescent Dyes in Sunlight by Newly Synthesized Spiroindenoquinoxaline Pyrrolizidines (ACS Omega (2020) 5 (36) (23201-23218) DOI: 10.1021/acsomega.0c02976) Save
- Photocatalytic Reduction of Fluorescent Dyes in Sunlight by Newly Synthesized Spiroindenoquinoxaline Pyrrolizidines Save
- Photocatalytic reduction of fluorescent dyes in sunlight by newly synthesized spiroindenoquinoxaline pyrrolizidines Save
- Power quality improvement and analysis using multi-pulse converter Save
- Numerical dispersion in mildly curved channel using multiquadric radial basis function (MQRBF) method Save
- Phase-dependent radiation-resistant behavior of BaTiO3: An in situ X-ray diffraction study Save
- Radiation stability of Gd2Zr2O7: Effect of stoichiometry and structure Save