The International Conference at SusChemE 3.0 will serve as a vibrant knowledge hub, where science and industry intersect to address the future of sustainable chemistry and engineering. Designed as a multitrack forum, it offers participants the opportunity to explore emerging trends, engage with disruptive technologies, and gain insights from world-renowned thought leaders.
Nobel Laureates, distinguished scientists, pioneering researchers, and influential industry experts from across the globe will share their expertise through keynote sessions, panel discussions, and interactive dialogues. The conference promises not only to showcase cutting-edge research but also to inspire collaboration, spark innovation, and shape strategies that drive sustainable growth worldwide.
Delegate Profile: Researches from Institute, R&D Centers, and Organizations working in the area of Sustainable Engineering: Clean Technologies and Catalysis.
| Category | INR | USD |
|---|---|---|
| Industry Delegate | ₹6000 | $70 |
| Academia/ Research Institutions/ Professionals | ₹5000 | $60 |
| Accompanying Person | ₹3000 | $35 |
| Student Delegate | ₹2000 | $30 |
Access to all sessions
Nano Technology
Catalysis in biomass conversion
Clean Energy
Hydrogen generation and storage
Sustainable Engineering
Catalysis in air pollution control
Catalytic reactions in which wastes are converted to useful products
Industrial catalysis
Clean manufacturing replacing toxic chemicals with environmentally friendly catalysts
Fermentation processes
New catalytic routes and processes
Chemo-enzymatic catalysis
Fuel cells
Catalytic antibodies
Catalysis - Prospects and Perspectives for Peace & Prosperity
Enzyme immobilization & stabilization, particularly in non-conventional media
Atom economical catalysis
Bioprocess engineering aspects, e.g. membrane bioreactors
New catalysis routes
Computational catalysis
Homogenous catalysis
Catalysis by zeolites
Production of fine chemicals and chiral products
Bio refinery
Catalytic studies at atomic, molecular & nano-scales
Spectroscopic methods for structural characterization
Catalytic preparation and characterization
New catalytic combustion technologies and catalysts
Catalytic reaction engineering and scale up
Life cycle assessment
Micro- and meso-porous catalysts
Cavitation
Bio catalysis
AI in Catalysis
Catalysis for Energy
Wastewater treatment
Catalysis for Water
Waste to value added products
