- Produce, track, and manage the completion of over 100+ engineering proposals, feasibility, Design Basis Memorandum (DBM), and engineering studies worth of $15M - $50M including process design criteria, process description, technical specifications, scope of work, equipment cost (Capex & Opex), and commercial offers to execute waste to energy and renewable output projects- Evaluate and review Process Flow Diagram (PFD), Process and Instrumentation Diagram (P&ID), General Arrangement (GA), heat and mass balance- Perform process calculations of solids processing equipment, high temperature pyrolysis and syngas cleaning- Validate and evaluate equipment vendors covering biomass storage, grinders, dryers, kilns, thermal oxidizers, wet scrubbers, and cooling towers- Improve and develop process design criteria of syngas cleaning and methanation/Hydrogen packages for 20+ feasibility studies meeting engineering standards and compliance codes- Project manager of 30 pilot tests for clients, collaborating closely with stakeholders to ensure environmental impact analysis and successful completion of sustainability objectives to address carbon emissions

- Managed day-to-day operations of pyrolysis tests for clients- Performed over 30+ bench-scale pyrolysis tests using different types of feedstocks and analyzed the value-added products such as biochar and gas using Bomb Calorimeter and Micro-GC- Provided mentorship and training to graduate students and resolved issues in the research environment - Evaluated and interpreted experimental results, developed models and correlations, prepared reports, and academic proposals for submission to stakeholders

- Identified the pyrolysis process as an effective solution for handling Vomitoxin-contaminated corn waste sourced from Grain Farmers of Ontario- Hands-on experience for operating batch pyrolysis reactor and activation furnace unit- Studied and optimized the best conditions (temperature and heating rate) for the production of high-value products to be used as soil amendments or adsorbents in agriculture. - Prepared, analyzed, and characterized the bio-oil and biochar using GC-MS, Micro-GC, UV Spectrophotometer, Karl-Fischer, and Bomb Calorimeter

Teaching assistant for Green Fuels and Chemicals

- Simulated key Acetone facility components (reactors, distillation towers, pumps, heat exchangers) and calculated mass and energy balance using ASPEN HYSYS- Evaluated the environmental aspects of the project and completed HAZOP with other key engineers- Calculated economic parameters including capital cost, COM, NPV, and cash flow diagrams to evaluate project viability- Conducted a comprehensive literature review on Acetone production process- Reviewed patents and presented in-depth findings to senior management

- 3-month training on Polyester, Acrylic, Quality control, Utility and Wastewater treatment units- 2-week lecture and orientation on polyester yarn, polyester fibers, blanket acrylic fibers, and carpet acrylic fibers- Explored the production process: melt spinning, dry and wet spinning, biological treatment system, and slurry polymerization- Worked with process engineers at Polyester unit, consisted of control panel, yarn, staple, repair, and process units - Trained in Wastewater Treatment Unit: tapered aeration, continuous flow stirred tank, and contact stabilization - Learned the safety protocols based on NFPA and MSDS standards