Synthesis, characterization, and investigation of physicochemical properties of specific ionic liquid (IL) based systems for evaluation of electrochemical and photocatalytic activities
Completed
Agency: Department of Science and TechnologyRole: Principal Investigator
Synthesis and characterization of task-specific ionic liquid systems for one pot synthesis of pyrimidine derivatives
Completed
Role: Principal Investigator
Investigation of one pot synthesis of acridine derivatives using greener approach
Completed
Role: Principal Investigator
Synthesis, characterization, and application of novel solid base green catalysts for nucleophilic addition reactions
Completed
Role: Co-Principal Investigator
Formation of -lactam from ester enolate-imine cyclocondensation using green methodologies
Completed
Agency: University Grants CommissionRole: Principal Investigator
Microwave assisted Prins reaction using ionic liquids as reaction medium
Completed
Role: Principal Investigator
Synthesis and studies on hetero-ligand peroxo and polymer immobilized peroxo complexes of some transition metal
Completed
Agency: Department of Science and TechnologyRole: Co-Principal Investigator
Development of green methodologies for selected organic reactions using solventless techniques or aqueous medium as green solvent
UniversityTezpur University
Year2011
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Development of newer methods for the synthesis of some building blocks of bioactive molecules
UniversityTezpur University
Year2012
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Studies of reaction intermediates towards the synthesis of xanthenes derivatives and development of safer catalytic system of carbonyl protection
UniversityTezpur University
Year2015
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Greener approach for one pot synthesis of quinoline derivatives and some nitrogen containing reaction intermediates
UniversityTezpur University
Year2016
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Development of catalytic strategies for one-pot synthesis of acridine,xanthene and naphthoxazine derivatives using Brønsted-Lewis acidic systems
UniversityTezpur University
Year2016
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Exploration of Target Oriented Ionic Liquid Based Systems as Efficient Catalysts for Synthesis of N-heterocycles, 5-Hydroxymethylfurfural and Functionalized alkenes
UniversityTezpur University
Year2017
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Design and Implementation of Ionic Liquid Derived Catalysts in Organic Reactions