10/15/2020 –Haotian Wang wins Packard Fellowship
Rice University News – Five-year grant will support technology to turn greenhouse gases into fuel
We are excited to announce the 2020 #PackardFellows in Science and Engineering! Over the next 5 years, these 20 @PackardFdn Fellows will engage in groundbreaking scientific research and reach new frontiers of discovery. Meet the Fellows: https://t.co/DqhPgaICEw. pic.twitter.com/7thfHJKadw
— Packard Foundation (@PackardFdn) October 15, 2020
Rice ChBE News – Young researcher to explore converting CO2 into pure liquid fuels.
I am thrilled to announce that our interdisciplinary team, Porf. Verduzco @RafRice from Rice, Prof. Liu @YuanyueL from UT Austin and Prof. Hatton @MITChemE from MIT, was awarded the NSF EFRI grant! Look forward to working together to convert waste CO2 into valuable liquid fuels! https://t.co/Jr3ixP5sPr
— Haotian Wang (@wanght1990) September 2, 2020
05/07/2020 – Wang receives grant to study waste CO2 conversion
Rice ChBE News – Haotian Wang, assistant professor and William Marsh Rice Trustee Chair of Chemical and Biomolecular Engineering, has received a three-year, $240,000 research grant from the Houston-based Robert A. Welch Foundation to study ways to covert waste carbon dioxide (CO2) into useful products using nanotechnology.
Rice News – Ten faculty members in the George R. Brown School of Engineering are ranked among the world’s highly cited researchers, including seven in the materials science category.
— Rice Engineering (@RiceEngineering) December 6, 2019
10/10/2019 – NEW CATALYST COULD BE KEY TO A SUSTAINABLE FUTURE
Canadian Light Source Featured Story – Scientists develop new, greener technique to produce hydrogen peroxide, used in mining, textiles, and cosmetics industries.
Scientists from @Harvard, @Stanford, @RiceUniversity and @UCalgary developed a new, greener technique to produce hydrogen peroxide, regularly used in the medical, cosmetic & mining industries. The catalyst is the most efficient currently known to exist.https://t.co/OOrKzGyrWm pic.twitter.com/ExpKw4rTXp
— CanadianLightSource (@CanLightSource) November 5, 2019
10/10/2019 – Water + air + electricity = hydrogen peroxide
Rice News – Rice breakthrough produces valuable chemical on demand at point of use
Water + air + electricity = hydrogen peroxide
— Rice University (@RiceUniversity) October 11, 2019
CIFAR News – Fourteen inspiring early-career researchers named across five CIFAR research programs.
— CIFAR (@CIFAR_News) September 5, 2019
Rice News – Lab’s ‘green’ invention reduces carbon dioxide into valuable fuels.
— SCI America (@SCI_America) September 3, 2019
11/13/2018 – Forbes 30 Under 30 Class of 2019
Forbes – Haotian Wang’s goal is to help solve climate change and build useful products at the same time.
— Forbes Under 30 (@ForbesUnder30) November 13, 2018
11/08/2018 – Turning tide on greenhouse gases
Harvard Gazette – New system opens the door to transforming CO2 into industrial fuels
The new system is cheaper and relies on high concentrations of CO2 gas and water vapor to operate more efficiently https://t.co/orS7hoe5p2
— Harvard University (@Harvard) November 12, 2018
03/01/2018 – Converting CO2 into Usable Energy
News @ NSLS II – Scientists show that single nickel atoms are an efficient, cost-effective catalyst for converting carbon dioxide into useful chemicals
12/05/2017 – Catalyzing Carbon Dioxide
Science Daily – A system that uses renewable electricity to electrochemically transform carbon dioxide into carbon monoxide — a key commodity used in any number of industrial processes — has now been developed by scientists.
Science – Carbon dioxide (CO2) is society’s ultimate waste product, with billions of tons of the stuff injected into the air every year. But recycling it into valuable fuels and chemicals has always required too much energy to make financial sense. Now, researchers have found two efficient ways to convert CO2 into energy-rich byproducts.
11/24/2016 – For platinum catalysts, a tiny squeeze gives a big boost in performance, Stanford study finds
Stanford News – Squeezing a platinum catalyst a fraction of a nanometer nearly doubles its catalytic activity, a finding that could lead to better fuel cells and other clean energy technologies.
06/26/2015 – Has a simple way to make fuel from water been found? Device splits H2O to create hydrogen and oxygen 24 hours a day
Daily Mail – Existing water-splitting devices are costly because they use rare metals; Device by Stanford scientists uses cheaper nickel-iron oxide catalysts; It runs on an ordinary 1.5-volt battery and splits water with 82% efficiency
Stanford Report – Stanford scientists have developed a cheap and efficient way to extract clean-burning hydrogen fuel from water 24 hours a day, seven days a week.