Ph.D Chemical Engineer and proficient process design and modelling specialist, Aspen Plus and HYSYS expert
Ph.D in chemical engineering and proficient process design and modelling specialist backed by 3 years of process and petroleum engineering engagements for Oil and Gas, fuel-additive and reactor design firms. Proactive in identifying, developing and implementing integrated solutions to energy, economic and environmental challenges having demonstrated excellence in fields of green engineering, oil sands, refinery modeling, fuel additives and fuel chemistry, emissions control, IP development and regulatory compliance. Furnish clients with research, analysis and solutions optimizing operations, improving safety, strengthening compliance and capturing margin improving opportunities.
My diverse experiences have helped me develop a strong skill-set in :
• Process Modelling and Simulation: gPROMS, PROSIM, Aspen Plus, Aspen HYSYS, MATLAB and Polymath.
• Fuel quality and regulations (octane/cetane, anti-corrosion, lubricity, cold-flow etc.), fuel additives and lubricants.
• Equipment sizing, cost engineering and design optimization, waste reduction and emission cuts calculations.
• Benchmarking unit performance, PFD’s, P&ID diagrams, performance analysis and feasibility studies.
• Data analytics, statistical modeling, market assessments, strategy development and creating business opportunities
• Certified in WHIMS, First Aid, Laboratory Safety, TDG, Concepts in Biosafety and Chemical Safety
• Fluid Mechanics (Pipe flow), Hydrodynamics (gas velocity, particulates), Thermodynamics, Reaction Engineering
I aspire to create a niche in the field of chemical engineering by working towards identifying, developing and implementing integrated solutions to energy, economic and environmental challenges. I am passionate about building and managing successful and high-impact teams, and hope to be in a position where I can equip people in their communities, organizations or businesses to utilize the resources they possess and to optimize their capacities sustainably.