The study aims to create an eco-friendly surfactant using renewable feedstocks to reduce environmental impact. Current industrial methods use petroleum-sourced raw materials due to their ease of production and cost-effectiveness. The research propose
Section: Chemical Sciences (Research Project)
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Screening of
Screening of ionomers for a CO₂ permeable layer onto the cathode to utilize industrial flue gas directly as a CO₂ feedstock for electrochemical conversion
Research Project › Engineering Sciences
Microbial derived
Microbial derived biopolymers for harvesting and valorization of microalgal biomass as sustainable feedstock for neutraceuticals and bioactive compounds
Research Project › Life Sciences & Biotechnology
Design, development
Design, development and fabrication of Electrocatalytic reactor for energy efficient and cost-effective production of biodiesel from higher generation feedstock
Research Project › Energy Sciences
Experimental and
Experimental and Theoretical studies on the synthesis and characterization of nanostructured materials for optoelectronic, chemical sensing and biological applications
Research Project › Material Sciences
Enabling Continuous
Enabling Continuous Flow Method for the Synthesis of Nitrogen-Rich Compounds
Research Project › Engineering Sciences
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