Category: Net Zero
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Faculty Profile: Dr. Jovan Kamcev – Advancing Membrane Science for a Sustainable Future
First in our junior faculty profile series, we feature the exceptional membrane research of Jovan Kamcev.
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Making desalination more eco-friendly: New membranes could help eliminate brine waste
Membranes packed with charge help overcome the current salinity limit, making it easier to crystallize ocean salts and harvest valuable minerals from desalination waste.
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Accelerating innovation with machine learning
Chemical Engineering faculty and students are using machine learning to open up new possibilities in research.
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Heat2Power: a hot new startup that converts stored heat into electricity
Heat2Power, co-founded by Profs. Stephen Forrest and Andrej Lenert, uses high-efficiency, low-cost thermophotovoltaic technology to turn stored heat into energy.
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New water purification technology helps turn seawater into drinking water without tons of chemicals
Cutting acid and base treatments from conventional desalination plants could save billions of dollars globally, making seawater a more affordable option for drinking water.
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Inaugural ChemE Cube team places 2nd at nationals
Founded last year, the inaugural U-M ChemE Cube Team placed second at the 4th Annual ChemE Cube Competition in October.
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Eranda Nikolla receives 2024 Excellence in Catalysis Award
The award celebrates individuals whose work has significantly impacted the field of catalysis and has demonstrated excellence in research, innovation and academic leadership.
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Michigan Chemical Engineering leads collaborative effort to address global nitrate pollution
The research led by Bryan Goldsmith and Nirala Singh will develop a low-cost system for nitrate capture and conversion to improve water treatment for resource-limited communities and industries.
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Harsh Patel receives NWRI/AMTA Fellowship for Membrane Technology
The fellowship supports the development of an advanced method for decontaminating nitrate-polluted water.
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Xiwen Gong and Angela Violi receive funding to drive commercial potential in sustainable transportation
The Michigan Translational Research and Commercialization Advanced Transportation Innovation Hub awarded over $1.5 million to 15 projects driving commercial potential in transportation technologies.
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Tuebor Energy selected for Biomimicry Institute’s Ray of Hope Accelerator Program
Founded by Nick Kotov, Tuebor Energy develops next generation battery components inspired by nanostructure of cartilage. The Accelerator Program will pave the way for scaling their technology for sustainable energy solutions.
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ACS funding supports research for recyclable, durable electrodes
The research led by Xiwen Gong aims to develop more stable, recyclable plastic electrodes for flexible and wearable electronics.
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Two UG students win national energy prize with their plan for artificial kelp forests
With mutual interests in entrepreneurship and sustainability, Beck and Jayasundera teamed up to further their knowledge, and earned $25K in the process.
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Jovan Kamcev receives PMSE Early Investigator Award for ion-exchange membrane research
The Early Investigator Award celebrates emerging leaders demonstrating rising talent who have made significant contributions to the field of polymer materials science and engineering.
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A leap toward carbon neutrality, carbon dioxide to methanol
University of Michigan researchers including Nirala Singh have developed a catalyst material known as cobalt phthalocyanine that converts carbon dioxide — a significant driver of climate change — into renewable fuels such as methanol.
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New funding supports carbon dioxide conversion research
Working towards combating climate change, the project focuses on developing an innovative hybrid nano-catalyst to efficiently convert carbon dioxide into methanol.
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New reactor could save millions when making ingredients for plastics and rubber from natural gas
With oil production dropping, a process using natural gas is needed to avert a shortage of a workhorse chemical used for automotive parts, cleaning products and more.
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A simple and robust experimental process for protein engineering
Easily interpretable technique can reduce the cost and increase the scale of protein optimization for applications in medicine, biofuels and more.
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David Kitto honored as a North American Membrane Society Student Fellow
The award, presented annually by NAMS, acknowledges outstanding contributions to membrane science and technology by graduate students across North America.