Mr. Aditya Tripathi - Capacitive deionization - Excellence in Innovation

IIT ISM DHANBAD - India

Author Profile

🎓 Early academic pursuits

Aditya Tripathi's academic journey began with a strong foundation in science. he completed his high school and intermediate education at kendriya vidyalaya, aliganj, excelling in subjects like physics, chemistry, and mathematics. his passion for scientific exploration led him to pursue a bachelor’s degree in science from lucknow university, where he specialized in physics, chemistry, and mathematics. furthering his academic endeavors, he earned a master’s degree in environmental sciences from lucknow university, demonstrating a keen interest in ecological balance and sustainability. currently, he is pursuing his ph.d. in environmental sciences and engineering from the prestigious indian institute of technology (iit) ism dhanbad, focusing on wastewater treatment.

🌍 Professional endeavors

Aditya Tripathi has an extensive professional career that reflects his dedication to environmental science and education. he began as an environmental faculty lecturer at maa bhagwati group of institutions, lucknow. later, he worked as a junior research fellow at csir-nbri, lucknow, where he contributed to remote sensing-based research and ground measurements of leaf area index and net primary productivity in indian forests. his expertise further expanded as a project associate, working on iron and zinc biofortification in rice through integrated soil and microbial management. his role as an assistant professor at fairfield institute of management and technology (fimt), delhi, showcased his commitment to teaching and mentoring students in environmental sciences. he also served as an environmental scientist at enviro infra solutions, ghaziabad, focusing on environmental impact assessment and management planning. currently, he is associated with the open school of learning, university of delhi, as an academic counsellor and resource person.

🏢 Contributions and research focus

Aditya's research contributions span a wide spectrum of environmental issues. his work on spatio-temporal distribution of fluoride and arsenic levels in environmental matrices has provided crucial insights into soil chemistry and water contamination in uttar pradesh. his dissertation on biomedical waste management showcases his ability to analyze baseline data, anticipate Capacitive deionization environmental impacts, and propose mitigation measures. his fieldwork has taken him to diverse locations, including simlipal tiger reserve (orissa), pilibhit tiger reserve (uttar pradesh), and ntpc korba iron mines (chhattisgarh), enhancing his expertise in environmental assessment and conservation. his knowledge in wastewater treatment technologies, remote sensing, and gis further strengthens his contributions to the field.

🏆 Accolades and recognition

Aditya Tripathi has earned recognition for his significant contributions to environmental research and academia. his roles in various prestigious institutions such as csir-nbri, iit ism dhanbad, and the university of delhi highlight his academic excellence. his involvement in environmental clearance projects, including assessments for la roche hotels and resorts in dehradun and Capacitive deionization wildlife clearance for infrastructure projects in uttar pradesh, underscores his impact on policy and sustainable development. as a dedicated educator, he has played an essential role in shaping future scientists and environmentalists through his teaching and mentorship.

👩‍🎓 Impact and influence

Through his academic and professional journey, aditya tripathi has significantly influenced environmental policies and education. his role in research projects related to soil and water analysis in multiple states has contributed to a deeper understanding of environmental sustainability. his expertise in teaching physics and chemistry for iit-jee/neet aspirants has empowered students Capacitive deionization with scientific knowledge. his administrative responsibilities at fimt, new delhi, including membership in disciplinary, research, sports, and environment committees, showcase his leadership and commitment to institutional growth.

🌱 Legacy and future contributions

With a strong foundation in research and education, aditya tripathi continues to make strides in environmental science. his dedication to wastewater treatment and ecological sustainability positions him as a future leader in environmental research. he aims to integrate innovative technologies with traditional environmental management techniques to address pressing global challenges. his continued research, teaching, and policy contributions will leave a lasting legacy in environmental conservation and sustainable development, inspiring future generations to pursue impactful careers in environmental sciences.

Notable Publications

Title: Understanding behaviour and performance of flow electrode capacitive deionization (FCDI) during simultaneous selective removal of Chromium (Cr (VI)) and Fluoride from brackish water
Author(s): S. Dahiya, A. Singh, A. Tripathi, B.K. Mishra
Journal: Journal of Water Process Engineering, 2025
Title: Next-Generation heavy metal water treatment: A primer on modified capacitive deionization
Author(s): A. Tripathi, S. Dahiya, B.K. Mishra
Journal: Chemical Engineering Journal, 2024

Early academic pursuits 🎓

Sumeyye Hasanoglu's academic journey began at kocaeli university, where she excelled in her studies, graduating as the top student in the department of environmental engineering in 2017. demonstrating a strong commitment to her education, she also completed a double major in chemical engineering at the same institution. her dedication to academic excellence laid a solid foundation for her future research and professional achievements.

Professional endeavors 🏢

since 2019, sumeyye has been serving as a research assistant at istanbul university-cerrahpaşa, within the faculty of engineering's department of environmental engineering. in this role, she has contributed significantly to the academic community, particularly through her involvement in groundbreaking research projects. her work is characterized by a deep commitment to addressing environmental challenges through innovative engineering solutions.

Contributions and research focus 🔬

sumeyye's research focuses on advanced wastewater treatment technologies, particularly the use of innovative anaerobic sludge systems. she has been actively involved in several high-impact research projects, including the treatment of slaughterhouse wastewater and the recycling of Environmental Engineering industrial wastewater using upflow anaerobic sludge bed microfiltration osmotic membrane bioreactor (uasb mf-ombr) systems. her contributions have advanced the field of environmental engineering, particularly in the area of sustainable wastewater management.

Accolades and recognition 🏅

sumeyye's academic excellence and research contributions have been recognized through her participation in prestigious projects and publications. she has been involved in three tübitak-funded projects and has published two articles in q1 journals with an impressive impact Environmental Engineering factor of 13.3, based on her phd thesis. her work has garnered attention for its innovation and potential impact on environmental sustainability.

Impact and influence 🌟

through her research, sumeyye has made significant contributions to the field of environmental engineering, particularly in the development of sustainable wastewater treatment solutions. her work not only addresses pressing environmental issues but also provides valuable insights for Environmental Engineering future research and practical applications. her influence extends beyond academia, impacting industry practices and environmental policies.

Legacy and future contributions 🔮

sumeyye hasanoglu's legacy is defined by her dedication to advancing environmental engineering through innovative research and practical solutions. as she continues her career, she is poised to make further contributions that will shape the future of wastewater treatment and environmental sustainability. her commitment to excellence and innovation ensures that her work will have a lasting impact on the field.