Chemical Engineering

More than 95% of hydrogen used in the chemical industry is produced using a fossil fuel method with negative environmental impacts.

Dr. Garrett McKay will investigate the interaction of dissolved organic matter (DOM) and sunlight, which is essential for the carbon cycle to function effectively.

The team discovered a groundbreaking increase in the storage capacity of water-based battery electrodes, an important step in the development of lithium-free batteries.

Researchers investigate the energy that powers bacterial growth to understand how bacteria develop antibiotic resistance.

Rather than disposing of waste in dumpsters and landfills, a Texas A&M researchers proposes that biomass be used as a renewable resource.

When scientists alter a cell's DNA to make it behave a certain way, they have little control over the way it reacts over time. Texas A&M researchers are working to change this so engineered cells can be used to improve human life.

The Texas A&M research could allow antibiotics to have a greater impact on pathogens.

Texas A&M associate professor Pushkar Lele is researching how H. pylori invade and cause infections.

Abimael Macias '22 is now a mentor for incoming engineers.

Texas A&M researchers explain how to convert carbon dioxide, through reduction reactions, into value-added chemicals for fuels.