Graduate Students
Project: "Metal Alloy Catalysts for Methane Dry and Bireforming"
Project: "Chemical Synthesis and Process Development of the Nootkatone Family of Insect Repellents"
Project: "Minimization of Specific Energy of NH3 via Next-Generation NH3 Process"
Project: “Development of Ketonization Catalysts for the Pyrolysis of Agricultural Residues,”
Project: “Devolatilization of Agricultural Residues in a Novel RF-Induction Heating Reactor,”
Postdocs
Projects: "Dry Reforming of Methane, ALD Catalysts Characterization" and "Adsorption-based chemical looping process for production of H2 and SO2 from H2S"
Project: "Chemical Synthesis and Process Development of the Nootkatone Family of Insect Repellents"
Kazi is working on the scalable chemical synthesis of nootkatone from inexpensive naturally occurring sesquiterpenes using safer and more economical reaction systems. His research focuses on replacing hazardous and costly reagents in the key anionic oxy-Cope rearrangement step through solvent-controlled ion separation, while also designing recyclable heterogeneous catalysts with scalability and process practicality in mind.
Recent Alumni
Project: "The Role of Overlayers on Adsorbate Migration – Adsorbate Confinement and the Impact on Limiting Secondary Reactions in Methane Dry Reforming"
Ph.D., August. 2025.
Current employer: Rice Univ. (postdoc, Mike Wong group)
Project: "Non-Catalytic Direct Partial Oxidation of Methane to Methanol in a Wall-Coated Microreactor"
Ph.D., August 2025.
Current employer: Argonne National Laboratory.
Project: "Catalytic Upcycling of Waste Plastics by Induction Heating"
Ph.D., August, 2024.
Current employer: Oak Ridge National Laboratory.
Project: "Induction Heating Driven Heterogeneous Catalysis: Magnetically Induced Nanoparticle Catalysts"
Ph.D., Dec. 2023.
Current Employer: SASOL, Lake Charles, LA.
Undergraduate Students
Group Pictures
Pictured above: Jonathan Lucas, Kelly Cohen, Bernard Whajah, Kerry Dooley, Gabriel Otunsaya, and Dawson Spearman