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W²WER²L

A university research laboratory dedicated to advancing civil engineering through cutting-edge research in structural, geotechnical, transportation, hydraulic, and materials engineering.

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HydraulicsFlood ResilienceDigital TwinsSustainable Materials

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© 2026 WER²L. All rights reserved.Civil & Environmental Engineering Laboratory
    Dr.Arnab Ghosh

    Dr.Arnab Ghosh

    Alumni
    Alumni
    Joined September 2021Left February 2026

    Dr. Arnab Ghosh is a Postdoctoral Researcher in the Department of Civil Engineering at Dong-A University, Busan, Republic of Korea. He is also a former WER²L laboratory member and served as a lead lab member, contributing to research coordination, laboratory activities, and environmental engineering studies. His research focuses on water and wastewater treatment, waste valorization, solid waste management, inorganic pollutant sensing, and MOF-based hybrid porous materials for environmental applications. He has extensive academic and research experience in sustainable sorbent materials, water quality improvement, landfill stabilization, and environmental cleanup technologies. Education 2021: Ph.D. in Environmental Engineering, Indian Institute of Technology Guwahati, India. 2013: M.Tech in Environmental Engineering, National Institute of Technology Karnataka, India. 2010: B.Tech in Biotechnology, West Bengal University of Technology, India. Experience 2022–Present: Postdoctoral Researcher, Department of Civil Engineering, Dong-A University, Republic of Korea. 2022–Present: Part-Time Lecturer, Department of ICT, Dong-A University, Republic of Korea. Former: Lead Lab Member, WER²L Laboratory, Dong-A University, Republic of Korea. 2017–2020: Teaching Assistantship, Central Instruments Facility, IIT Guwahati, India. 2014–2015: Junior Research Fellow, NIT Durgapur, India. 2013–2014: Graduate Engineer Trainee, Unitech Water Technologies Pvt. Ltd., Kolkata, India.

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    Authored Works

    Papers (9)

    Biochar-assisted aerobic granulation in enhanced biological treatment of landfill leachate with municipal wastewater for sustainable resource recovery: A biorefinery approach
    Paper2025

    Biochar-assisted aerobic granulation in enhanced biological treatment of landfill leachate with municipal wastewater for sustainable resource recovery: A biorefinery approach

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    Aerobic Granular Sludge as a Resource for Sludge-Based Biorefineries: Advances, Challenges, and Circular Economy Potential
    Paper2026

    Aerobic Granular Sludge as a Resource for Sludge-Based Biorefineries: Advances, Challenges, and Circular Economy Potential

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    Stream Water Quality Control and Odor Reduction through a Multistage Vortex Aerator: A Novel In Situ Remediation Technology
    Paper2023

    Stream Water Quality Control and Odor Reduction through a Multistage Vortex Aerator: A Novel In Situ Remediation Technology

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    Synthesis of novel composite material with spent coffee ground biochar and steel slag zeolite for enhanced dye and phosphate removal
    Paper2024

    Synthesis of novel composite material with spent coffee ground biochar and steel slag zeolite for enhanced dye and phosphate removal

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    Oxygenated Leachate Recirculation for Enhanced MSW Stabilization and Landfill Space Reclamation: Lab-Scale Bioreactor Insights
    Paper2025

    Oxygenated Leachate Recirculation for Enhanced MSW Stabilization and Landfill Space Reclamation: Lab-Scale Bioreactor Insights

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    Enhancing municipal solid waste stabilization through sustainable aerobic landfill technologies
    Paper2025

    Enhancing municipal solid waste stabilization through sustainable aerobic landfill technologies

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    Beyond Dissolved Oxygen: Integrated Assessment of Multistage Vortex Aeration Effects on Urban Reservoir Water Quality
    Paper2026

    Beyond Dissolved Oxygen: Integrated Assessment of Multistage Vortex Aeration Effects on Urban Reservoir Water Quality

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    Valorization of waste mussel shells and spent coffee grounds into calcium-rich biochar for sustainable phosphate recovery for soil amendment
    Paper2025

    Valorization of waste mussel shells and spent coffee grounds into calcium-rich biochar for sustainable phosphate recovery for soil amendment

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    Gas transfer model for a multistage vortex aerator: A novel oxygen transfer system for dissolved oxygen improvement
    Paper2022

    Gas transfer model for a multistage vortex aerator: A novel oxygen transfer system for dissolved oxygen improvement

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