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UC Riverside scientists have discovered a low-cost method to significantly reduce nitrogen oxides pollution from hydrogen engines by improving the efficiency of their catalytic converters. As reported in the journal Nature Communications
The National Science Foundation has announced a $22 million grant to establish a “BioFoundry” laboratory for the study of extreme microorganisms with collaborating facilities at UC Riverside, UC Santa Barbara, and Cal Poly Pomona. The BioFoundry for Extreme and Exceptional Fungi, Archaea, and Bacteria, or ExFAB, will focus on developing...
A UC Riverside environmental engineering team has discovered that specific bacterial species can cleave the strong fluorine-to-carbon bond certain kinds of “forever chemical" water pollutants, offering promise for low-cost treatments of contaminated drinking water.
A UC Riverside team discovered a chemical process that allows high levels of salt normally found in wastewater from water treatment plants to act as a catalyst that facilitates the breakup of "forever chemical" pollutants. Normally, salt in wastewater impedes the cleanup of chemical pollutants.
As the U.S. Environmental Protection Agency cracks down on insidious “forever chemical” pollution in the environment, military and commercial aviation officials are seeking ways to clean up such pollution from decades of use of fire suppressant foams at military air bases and commercial airports. Fire-suppression foams contain hundreds unhealthful forever...
What if your house plant could tell you your water isn’t safe? Scientists are closer to realizing this vision, having engineered a plant to turn beet red in the presence of a banned, toxic pesticide.
UCR scientist discover chemical reaction pathways that destroy certain toxic water pollutants and render them into harmless substances.
University of California, Riverside, chemical and environmental engineering scientists have identified two species of bacteria found in soil that break down a class of stubborn “forever chemicals,” giving hope for low-cost biological cleanup of industrial pollutants. These bacteria destroy a subgroup of per- and poly-fluoroalkyl substances, or PFAS, that have...
Scientists are developing artificial photosynthesis to help make food production more energy-efficient here on Earth, and one day possibly on Mars
Under anaerobic conditions, common microbial communities can break the ultra-strong carbon-fluorine bond
The use of sulfite and iodide under ultraviolet light can destroy PFAS in water in a few hours
The discovery will improve biofuel production from algae and help develop heat-tolerant crops.
Accurate atmospheric measurements directly over their farm can help farmers fight climate change
Algae’s ability to establish symbiosis in coral without photosynthesis could help fight coral bleaching
Two UC Riverside experts explain how carbon capture and utilization technologies work, and what needs to improve for them to deliver on their promise
Novel color photography using a high-efficiency probe can super-focus white light into a 6-nanometer spot for nanoscale color imaging
Synthetic strigolactones could also improve nutrient uptake in crops
Supercomputers and machine learning will help scientists optimize light-driven electron transfer
External application could reduce agricultural reliance on fungicides
A catalyst that destroys perchlorate in water could clean Martian soil
