
The International Conference on Energy and Resource Recovery for a Sustainable Circular Economy (ICERSC 2026)
View Conference Brochure →Abstract TemplateOrganized By
Jointly organized by the Environmental Engineering Division, Department of Civil Engineering and the Department of Chemical Engineering, IIT Madras.
Conference Date
9 - 10 April, 2026
Venue
IC&SR, IIT Madras, Chennai, India
Abstract Acceptance
20 March, 2026
Registration Deadline
25 March, 2026
About IIT Madras
Indian Institute of Technology Madras (IIT Madras) is a premier institution of national importance, renowned for excellence in education, research, and innovation. Established in 1959, it fosters cutting-edge scholarship, global collaboration, and societal impact across engineering, science, humanities, and management.
About the Conference
The International Conference on Energy and Resource Recovery for a Sustainable Circular Economy (ICERSC 2026) will be held on April 9-10, 2026 at the Indian Institute of Technology (IIT) Madras, Chennai. The event is being jointly organized by the Environmental Engineering Division, Department of Civil Engineering and the Department of Chemical Engineering, IITM
Technical Scope and Themes
The technical sessions at ICERSC 2026 will feature oral and poster presentations across specialized tracks such as:
Biochemical Technologies
- Novel and hybrid anaerobic process configurations and emerging technologies
- Microbial ecology, modelling, and control of anaerobic digestion
- Anaerobic treatment and codigestion of industrial, municipal, and agricultural waste(water)
- Algae–microbiome interactions and integrated algal–anaerobic systems
- Digestate valorisation to biobased fertilizers and highvalue products
- Biogas production enhancement, upgrading, and enduse applications
- Micropollutants, WASH, and sustainability assessment of anaerobic systems
- Policy, circular bioeconomy, and advanced electrontransfer materials in anaerobic digestion
Thermochemical technologies
- Fundamentals, reaction kinetics, and degradation mechanisms in pyrolysis, gasification and HTC
- Analytical pyrolysis and material characterization
- Environmental and geochemical applications (microplastics, e wastes, geology, conservation)
- Food safety, authenticity, and forensic applications of pyrolysis
- Pyrolysis of biomass, algae, fossil resources, polymers, and e wastes for energy and recycling
- Reactive and catalytic pyrolysis, including hydro pyrolysis and sludge/biosolids treatment
- Reactor design, modelling, process integration, and product upgrading
- Biochar, added value products, CO₂ capture, and hydrothermal liquefaction
Other research areas related to energy and resource recovery from waste/wastewater/wastegas