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August 10, 2021

Aswin Sriram G – Assistant Professor

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Aswin Sriram G – Assistant Professor

civil

ASWIN SRIRAM G.
B.Tech., M.E., Ph.D.

Assistant professor

Email: aswinsriramg@ssn.edu.in

EDUCATIONAL QUALIFICATION

PhD:                    Civil(Environmental)Engg,NIT-Trichy

M.E.:                   Environmental Engineering, Govt. College of Tech. – Coimbatore, India

B.Tech.:               Civil Engineering,SASTRAUniversity– Thanjavur,India

TOTAL EXPERIENCE: 8 YEARS

 RESEARCH EXPERIENCE – 3.5 years as Doctoral Researcher in NIT – Trichy

PROFESSIONAL EXPERIENCE – 3 Years as Engineer – Civil in VA TECH WABAG

TEACHING EXPERIENCE –1.5 years – SASTRA UNIVERSITY

 RESEARCH PROFILE & INTEREST – Biomass feedstock utilization, Pyrolysis, Incineration, Micro-plastics quantification, policies and legislations on carbon and their role in shaping the future of industrial wastewater treatment, Ethical practices and inculcation of self-realized changes in industrial setup to combat SOX, NOX and PM 2.5, Construction Project management through Estimation and variance analysis.

PROFESSIONAL AFFILIATION:

Life Member in The Biotech Research Society of India – LM2043

PUBLICATIONS*

Journals – Accepted and Published – 13 (Cumulative Impact Factor – 13.06)
Conferences – Published – 4

RECENT PUBLICATIONS

  1. Sriram A., Swaminathan(2020) Vehicular relaxation and Amphan Cyclone: Is it a double threat to India towards combat of COVID-19, Indian Journal of Environmental Protection (Accepted)
  2. Sriram , G.Swaminathan(2020)RemovalofRoseBengaldyefromaqueoussolutionsusingbiosorbent obtainedfromMangiferaindica. IndianJournalofChemicalTechnology
  3. Sriram, A.,Swaminathan,S.Saravanan(2019)RemovalofsolidsfromsurfactantwastewaterthroughsynergeticutilizationofStrychnospotatorum&Colocasiaesculenta;DesalinationandWaterTreatment.doi:10.5004/dwt.2019.24142
  4. Sriram, A., Swaminathan, (2018) Pyrolysis of Musa balbisiana flower petal using thermogravimetric studies. Bioresour. Technol. 265, 236–246.
  5. Sriram, , G. Swaminathan, (2018) Utilization of dye loaded activated carbon as a potential alternative fuel source: A feasibility study through thermogravimetric and calorific studies. Environ SciPollut. Res. DOI: 10.1007/s11356-018-3279-1

GOOGLE SCHOLAR LINK:

https://scholar.google.com/citations?user=B-_e5VAAAAAJ&hl=en