Dr. Achinivu
Principal Investigator
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Ezinne Achinivu is an Assistant Professor of Chemical Engineering at the University of Illinois Chicago and the Principal Investigator of the Molecular Design for Sustainable Engineering Laboratory (MoDSE Lab). MoDSE lab applies fundamental research in green chemistry, molecular engineering, and biotechnology towards the development of sustainable bioproducts. We are focused on developing sustainable processes for the transformation of waste resources into bioproducts. Achinivu’s major goal is to tackle the enormous challenge that persists in advancing green engineering and green materials, especially with regard to developing a sustainable energy infrastructure and enabling a carbon-efficient community. MoDSE lab specializes in designing ionic liquids for niche applications (like biorefining). In particular, we are helping define the application of protic ionic liquids (PILs) for their use in applications involving biopolymers, bioengineering and biomanufacturing. PILs are also generally a sustainable alternative to conventional ionic liquids (based on cost, biocompatibility, and recyclability). We apply a combination of experimental/analytical and computational approaches to design new PILs for targeted applications. MoDSE Lab is also concerned with ensuring optimal and realistic systems level design that could lead to commercializability; this involves reactor design, process development / optimization and evaluating sustainability assessment (technoeconomic and lifecycle analyses).
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Taiwo Zacchaeus Adesanya
Graduate Research Associate
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Zac is passionate about developing bioproducts and bioprocesses that meet performance requirements, are commercially viable, and are environmentally friendly. He holds a bachelor's degree in chemical engineering from the University of Lagos in Nigeria and has extensive engineering design experience in the oil and gas industry. He is engaged in an extensive inquiry into the creation of sustainable bioproducts and bioprocesses from biomass. He strives to transform laboratory facts into factories through procedures including product and process development, characterization, separation, molecular and process simulations, process integration, and control, techno-economic, social, and environmental impact assessments, etc.
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Alex Acquah
Graduate Research Assistant
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My passion for solutions to waste conversion into products fuelled my interest to pursue a Bachelors in Chemical Engineering at Kwame Nkrumah University of Science and Technology, Ghana. I am currently a Chemical Engineering graduate student at the University of Illinois Chicago. MoDSE lab equips my research interest in sustainable energy development and transformation of biomass into bioproducts. I aim to have breakthrough research work in sustainable energy solutions.
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Madina Sissenbay
Research Associate
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Holding a Bachelor's degree in Chemistry from Nazarbayev University, I engaged in research on nanomaterials, air quality, and petroleum engineering. A highlight was presenting my work on "Mesoporous Silica Particles for Quick Methylene Blue Dye Removal from Water" at the 2022 Applied Physics & Materials Science Congress in Turkey. These experiences steered me towards the MoDSE lab, aligning with my professional interests. Now, I am focused on contributing to green chemistry, aiming to impact both the scientific community and the energy industry significantly.
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Karoll Cancino
Research Associate
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I pursued my BS in Chemical Engineering in Colombia. During my years as an associate research student in the research group CICTA (science and food technology), I started feeling the attraction of sustainable chemistry related to the food waste problem and its huge impact on biodiversity. Working on finding a new alternative to use fruit waste as a new source of fuel production, bioethanol. Participating in different seminars, showing the big impact of the project on a rural community. Now as a master’s student at UIC I am happy to be part of the MoDSE lab and contribute to the research team with my work and interests. My passion in the field is to look up for new material substitutes for the overproduction and pollution waste problems that can’t be eradicated but it's possible to modify and reduce the impact of the industrial processes on the ecosystem.
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Matthew Gaughan
Research Associate
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Matt is pursuing a BS in Chemical Engineering. He is passionate about the development of sustainable materials as an essential part of the project to transition current modes of production into modes which
can cohabit with our planet. He has previously worked on sustainable textiles research, and is returning to school with the hopes of pursuing further research opportunities in the development of bioplastics.
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