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Supervised programs: Chemical Engineering (MASc), Chemical Engineering (PhD)
Research areas: Industrial symbiosis, circular economy, energy, optimization, energy systems, process systems engineering, process integration, energy efficiency, industry, life-cycle thinking, life-cycle assessment
ENGR-202 Sustainable development and environmental stewardship ENGR-371 Probability and Statistics in Engineering CHME-6151 Introduction to Life-Cycle Assessment CHME-6091 Statistics for chemical engineers CHME-6041 Process control for chemical engineering
ChE-459 Process development at EPFL, Switzerland ENV-510 Life-cycle assessment of energy systems at EPFL, Switzerland
My research activities use optimization to generate solutions for complex problems in energy systems. We are developing methods to provide meaningful ways to transition to more efficient industrial production, process integration, and circular economy. Life-cycle assessment principles are leveraged to understand environmental impacts. To apply for graduate research positions:
Kantor I, Pouransari N, Maréchal F. Chapter 16: A Perspective on Process Integration in Resource Efficiency of Processing Plants: Monitoring and Improvement edited by Stefan Krämer and Sebastian Engell. John Wiley & Sons (2018)
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