Chemical Engineering Courses in Sustainability and Life Cycle Assessment

In an effort to provide students with a better background in sustainability and life cycle assessment (LCA) prior to employment, two new undergraduate/graduate elective courses have been added to the Chemical Engineering curriculum at the University of Arkansas.Introduction to Sustainable Process Engineering covers foundational topics in sustainability, including the interconnectedness of the three pillars, energy sources and usage, decarbonization, waste minimization, materials and sustainable design.The course content is tied to real-world applications through industry speakers, site visits, lab experiments and case studies.Environmental Life Cycle Assessment covers LCA methodology for comparative analyses of material and energy systems and processes with the goal of achieving environmental improvements.Impactful topics in the class include the assessment of students' lifestyles and the earth's biocapacity using an ecological footprint calculator, the global impact of plastic waste pollution to the natural environment and biodiversity, and the modeling of styrene-butadiene rubber (SBR) production in openLCA.

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Published
2024-09-26
DOI
https://doi.org/10.18260/1-2-660-49384
Primary Topic
Chemistry and Chemical Engineering
Type
article
Field-Weighted Citation Impact
0.00

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article

Chemical Engineering Courses in Sustainability and Life Cycle Assessment

Daesoo Kim, Edgar C. Clausen, Heather L. Walker
Chemistry and Chemical Engineering
article

Chemical Engineering Courses in Sustainability and Life Cycle Assessment

Daesoo Kim, Edgar C. Clausen, Heather L. Walker
article en

Abstract

In an effort to provide students with a better background in sustainability and life cycle assessment (LCA) prior to employment, two new undergraduate/graduate elective courses have been added to the Chemical Engineering curriculum at the University of Arkansas.Introduction to Sustainable Process Engineering covers foundational topics in sustainability, including the interconnectedness of the three pillars, energy sources and usage, decarbonization, waste minimization, materials and sustainable design.The course content is tied to real-world applications through industry speakers, site visits, lab experiments and case studies.Environmental Life Cycle Assessment covers LCA methodology for comparative analyses of material and energy systems and processes with the goal of achieving environmental improvements.Impactful topics in the class include the assessment of students' lifestyles and the earth's biocapacity using an ecological footprint calculator, the global impact of plastic waste pollution to the natural environment and biodiversity, and the modeling of styrene-butadiene rubber (SBR) production in openLCA.

University of Arkansas at Little Rock (US), University of Arkansas at Fayetteville (US)
American Society for Engineering Education, Oregon State University, College of Engineering, University of Arkansas
Responsible consumption and production, Zero hunger
Openalex Percentile: Top 87%
Chemistry and Chemical Engineering
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