Marcelo Lejeune
About Marcelo Lejeune
Marcelo Lejeune is an undergraduate researcher at Yale University, focusing on innovative carbon removal methods. He has experience as a founder of BlueGreen Materials and has worked in various research and analytical roles in climate technology.
Work at Yale University
Marcelo Lejeune has held the position of Undergraduate Researcher at Yale University since 2024. He previously worked in the same role from 2021 to 2022. His research focuses on innovative methods for carbon removal, specifically conducting technoeconomic and life cycle analysis on electrochemical ocean alkalinity enhancement at the Eisaman Lab. This work contributes to the broader field of environmental sustainability and carbon management.
Education and Expertise
Marcelo Lejeune is pursuing a Bachelor's degree in Chemical Engineering at Yale University, a program he has been enrolled in since 2020 and is expected to complete in 2025. He studied at UWC Atlantic College from 2017 to 2020, where he developed a strong foundation in scientific principles and critical thinking. His academic background supports his research interests in carbon removal technologies.
Background in Climate Technology
Before his current role at Yale, Marcelo Lejeune founded BlueGreen Materials, where he worked for one year from 2022 to 2023 in New Haven, Connecticut. He also served as a Climate Tech Analyst at Marble for six months in 2022. These experiences provided him with insights into the intersection of technology and environmental sustainability, shaping his approach to research and innovation.
Current Fellowship at 776 Foundation
Since 2022, Marcelo Lejeune has been a Fellow at the 776 Foundation, where he engages in projects related to climate technology and sustainability. This role allows him to collaborate with other professionals in the field and contribute to initiatives aimed at addressing climate challenges.
Research Focus on Carbon Removal Technologies
Marcelo Lejeune's research at Yale University includes exploring the potential applications of co-produced acid in carbon removal technologies. His work aims to develop innovative solutions that can effectively mitigate carbon emissions and contribute to environmental sustainability.