Ms. Samruddhi Mane , CSIR-National Chemical Laboratory, India.
Ms. Samruddhi Mane is a dedicated chemical and environmental engineer with a passion for sustainable technologies. Her work focuses on developing eco-friendly processes to drive a more sustainable future. Currently, she is involved in advanced research on chemical kinetics, digital twins, and pilot plant designs. With experience at prestigious institutions like CSIR-NCL Pune and collaboration with IIT Bombay, she is pushing the frontiers of green technology. Her innovative spirit is demonstrated through several patents and impactful research publications. 
Publication Profile
Scopus
Suitability Of The Award
Samruddhi Mane is an outstanding candidate for the Women Researcher Award due to her significant contributions in chemical and environmental engineering, particularly in the development of sustainable processes. Her research and professional achievements, along with her dedication to eco-friendly technologies, position her as a highly deserving recipient of this prestigious recognition.
Education and Experience
PhD – Chemical Sciences, CSIR-National Chemical Laboratory (2020–2022)
M.Tech – Environmental, AcSIR, CSIR-NCL (2023–present)
B.Tech – Chemical Engineering, Vishwakarma Institute of Technology, Pune (2015–2019)
Project Scientist – CSIR-NCL, Pune (2023–present)
Project Associate – CSIR-NCL, Pune (2020–2023)
Professional Development
Samruddhi Mane has demonstrated exceptional growth in her career, contributing to various innovative projects and research. She has worked on process modeling, plant design, and market research, constantly seeking technological solutions to industrial challenges. Her expertise extends to digital twins and machine learning for pilot plant development, along with hands-on experience in catalyst scale-up and characterization. Collaborating with leading institutions like CSIR-NCL and IIT Bombay, she continues to push the boundaries of chemical engineering for sustainability.
Research Focus
Samruddhi’s research is centered on sustainable and eco-benign technologies. She has extensively worked on methanol dehydration to dimethyl ether (DME), contributing to energy-efficient DME-fired boilers. Her work also spans the O-alkylation of aromatic alcohols, and the hydrogenation of CO2 to value-added products, all aimed at minimizing environmental impact. Samruddhi’s keen interest in catalyst design for these processes underscores her focus on green chemistry and sustainable energy solutions.
Awards and Honors
Patent for biomolecule extraction from biomass (2023)
Patent for energy-efficient DME-fired boiler design (2020)
Publications in MDPI and Elsevier on selective catalysis
Co-authored chapters in Springer Nature’s Handbook of Materials Science
Publication Top Notes
- Nitric acid-free cyclohexane to adipic acid production using nickel and vanadium incorporated AlPO-5 molecular sieve (2023) – Cited by 5
- Selective O-alkylation of Phenol Using Dimethyl Ether (2022) – Cited by 0
Conclusion
Samruddhi Mane’s impressive record of research, publications, patents, and leadership in chemical and environmental engineering makes her an ideal candidate for the Women Researcher Award. Her dedication to developing eco-benign processes and her contributions to both industry and academia underscore her exceptional qualifications. Ms. Mane’s work not only advances scientific knowledge but also has a meaningful impact on sustainable practices and environmental protection.