Jayashree Kalyanaraman
Decarbonization expert with more than 10 years of experience
Research Expertise
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Education
Georgia Institute of Technology
PhD, Chemical Engineering / May, 2017
Indian Institute of Technology Madras
M.Tech, Chemical Engineering / June, 2007
Anna University, Chennai
B.Tech, Chemical Engineering / April, 2005
Experience
ExxonMobil Research and Engineering
Research Associate / January, 2022 — July, 2024
Advanced Carbon Capture Technologies: Advanced the development and technical readiness of carbon capture systems using liquid amines and solid adsorbents by enabling the identification of limiting phenomena in the design and operation of those systems. Data-Driven Material Discovery for Carbon Capture: Optimized the automated material discovery using physics-based models in its workflow, successfully screening thousands of active materials for post-combustion carbon capture. Design of Commercial Reactors for Blue Hydrogen: Enabled the optimal design of reactors using computational fluid dynamics (CFD) simulations. Methane to Carbon Nanotubes: Advanced the scale-up of the floating catalyst process by the development of fundamental and predictable process modes.
Senior Researcher / February, 2020 — December, 2021
Solid Oxide-Based Hydrogen Transport Membranes: Pioneered breakthrough technology by unraveling the complex interplay of ionic transport, catalytic reactions, and mass transfer on the shell side, while mastering heat transfer dynamics on the tube side, all occurring simultaneously within the membrane system.
Advanced Researcher / October, 2017 — January, 2020
Low-Energy Adsorption-Based Hydrocarbon Separation: Engineered the design of a simulated moving bed process by leveraging rigorous, first-principles-based mathematical models, optimizing system efficiency and energy use.
Georgia Institute of technology
Post Doctoral Fellow / June, 2017 — September, 2017
Air Separation Design Optimization: Developed and optimized multi-bed pressure-swing adsorption models with hollow fiber sorbent contactors for air separation, achieving performance competitive with commercial cryogenic technologies
Georgia Institute of technology
Post Doctoral Fellow / June, 2017 — September, 2017
Air Separation Design Optimization: Developed and optimized multi-bed pressure-swing adsorption models with hollow fiber sorbent contactors for air separation, achieving performance competitive with commercial cryogenic technologies
Dow Chemical International Pvt Ltd
Research Engineer / July, 2007 — June, 2010
Real-Time Optimization (RTOpt) for large manufacturing plants for optimal operation. Achieved productivity improvement by 8% by implementing optimized inventory management.
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