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Catalysis is essential for chemical industry and contributes to 90 percent of current chemical processes. Due to impending depletion of fossil-based resources and increasing global demand for energy and chemicals, new catalytic systems are essential for efficient conversion of raw (both fossil and renewable) materials to valuable products and development of more sustainable chemical manufacturing processes. For reasonable design of sustainable processes at the meso- and macro levels for chemical industry, our research is focused on developing emerging catalytic technologies combining novel catalyst design and synthesis with in situ characterization and innovative reaction engineering.
Current Projects:
· Catalytic transformation of hydrocarbon, CO2, and biomass
Featured News
· Nano-catalysts for renewable energy production and green chemical process
· Advanced NMR spectroscopy for catalysis
· In/ex situ spectroscopic and microscopic characterisation of materials and reactions
Recent News
· Synthesis of zeolites, amorphous catalysts, organic frameworks, and zero dimensional nanocarbon materials
· Carbon-Quantum-Dots based photocatalysts design for sustainable energy application
· Biomedical
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