Honored to receive The @OSUengineering Texnikoi Outstanding Alumni Award this past weekend. Appreciate all of the support from @OhioStateCBE over the years that helped make this a possibility.

Congrats @SharifiSamaneh! Happy to have celebrated commencement w/ you at Barclay's Center. Studies @GC_CUNY, @GC_ChemistryPhD, class of 2022. Research @CCNYChemicalEng

Congrats to post-doc Dr. Seungmin Oh & chemistry PhD student Michael Keating (members of Prof. Elizabeth Biddinger's research group) on getting published in Industrial & Engineering Chemistry Research! https://t.co/Z8mh2EeEFc

Congrats Samaneh Sharifi Golru for successfully defending her PhD dissertation today on electrode geometry & electrolyte influences in CO2 electroreduction activity & selectivity! Looking forward to all the great things to come! @CCNYChemicalEng, @CityCollegeNY, @GC_ChemistryPhD

Featured in @PhysicsWorld about ECS-Toyota Young Investigator Fellowships. I was a 2016-2017 fellow and a recent reviewer. Those eligible should apply to ECS by 1/31/22 (more info in article)! Thanks @ECSorg & Toyota Research Institute of North America!

Was one of 8 experts in recent @cenmag Discovery Report on how chemistry can decarbonize the economy! We have to re-think status quo and be innovative. Use renewable electricity & alternative feedstocks. https://t.co/UbJwbdw8rW #CO2 #Chemicals

Congrats to Andrew May in my research group for 2nd place in the 240th ECS Mtg student poster competition on electroreduction of furfural! You can check out his talk now through Nov 6 (free registration required). @ECSorg @CCNYChemicalEng @CCNYGroveSchool

Pleased to share our new review: S. Sharifi Golru, E.J. Biddinger, “Effect of additives in aqueous electrolytes on CO2 electroreduction,” Chemical Engineering Journal, 428 (2022), 131303. Congrats to Samaneh who is a chemistry PhD student in my group! https://t.co/lXQeXFKf3g

Congrats to PhD Students Andrew May (ChE) & Steven Watt (Chemistry) & ChE Prof. Elizabeth Biddinger on their paper that was just published! "Kinetics of furfural electrochemical hydrogenation and hydrogenolysis in acidic media on copper".