HSC Chemistry


An innovative researcher skilled in formulating insightful questions, orchestrating experiments, and deriving significant outcomes. Proficient in recognizing and leveraging cutting-edge technologies and resources. Demonstrates effective collaboration with both teams and individual contributors.
Data Analysis
Scientific Writing
Research presentation
Team Collaboration
Experiment Design
Cross-Functional Teamwork
Interpreting Results
Resource Management
Time Management
Analytical Skills
Project Management
Teamwork and Collaboration
Organizational Skills
Problem-solving abilities
Analytical Thinking
Continuous Improvement
Research implementation
Multitasking
Advanced Research Techniques
HSC Chemistry
ST Flash
Power BI
Advance Excel
Basic Aspen
JMP
Hardware and maintenance of instruments such as a surface area analyzer, temperature programmed unit (TPX), Pyrolyser, GC, GC-MS , ICP, XRD, FTIR, etc., Effective communication skills
Ph.D., 01/2021, Chemical Science, Investigations on the valorization of lignin: Base catalyzed lignin depolymerization to aromatic monomers and their further functionalization and defunctionalization using heterogeneous catalysts, CSIR-National Chemical Laboratory, Dr. Paresh L. Dhepe, Academy of Scientific and Innovative Research (AcSIR), Ghaziabad, India
- Next-generation catalyst for IH2 technology (IH² Technology | Shell Catalysts & Technologies) |
- Characterization of FCC catalysts, including surface area, unit cell, zeolite concentration, compositional analysis, and Si/Al ratio.
- HDN/HDS catalysts for hydroprocessing applications.
- Metal oxides and supported metal oxides for CO2 conversion to lower olefins and methanol.
- Iron-based catalysts for the pyrolysis of methane to H2.
- Mixed metal oxide-based catalytic systems for the conversion of Phosphogypsum to Calcium sulfide.
- Biochar conversion to high surface area carbon.
- Biochar transformation to CO & H2.
- Lignin conversion to green poly-ol.
- Lignin transformation to sustainable aviation fuel.
- Synthesizing and characterizing new catalytic materials for key processes like Hydroprocessing (HDS/HDN).
- Charecterization of Fluidized Catalytic Cracking (FCC)
- Developing catalysts for sustainable and renewable energy application.
- Research into biofuel concepts lignin , HEFA
- Generating and implementing ideas to boost material performance.
- Enhancing the performance of current products.
- Heterogeneous catalysis
- Nanomaterials
- Hydroprocessing catalysts (HDS, HDN, HDO)
- Fluidized catalytic cracking (FCC)
- Biomass conversion
- Biofuel production
- COx conversion
- Synthesis and characterization of materials
- Applications in liquid-phase and gas-phase reactions
Reading, Learning new skill, Practicing yoga, Exercise