Artificial nitrogen reduction to ammonia is essential to life on earth, offering essential nitrogen elements for biomolecules, commodity, and fuel chemicals. The industrial Haber-Bosch process established in 1913 provides half of the fixed nitrogen in the global nitrogen cycle nowadays. However, high energy intensity, harsh reaction conditions, and extensive carbon footprint remain to be resolved. In a recent work, Lu, Yuping, and Geoff showcased an oxygen vacancy-laden tungsten oxide (WO3-x) catalyst that can facilitate electrochemical (EC) activation and fixation of the N2 molecule in thin air into ammonia in a neutral electrolyte. The EC conversion can be enabled via green electricity generated by a photovoltaic (PV) panel and the ammonia productivity can be further promoted by solar irradiation in a electrochemical cell (EC). A detailed energy and economic technical analyses demonstrate the PV-EC WO3-x system as a viable, stand-alone, modular, distributed ammonia generation system envisioned for the future green ammonia sustainable farm. See full story at Journal of Energy Chemistry.
- Understanding the science behind the neon shortage
- Congratulations to Professor Geoffrey Ozin on being selected as the 2022 recipient of the Killam Prize in natural sciences
- Congratulations Dr. Shufang Ji on being selected as a recipient of the 2022 Banting Postdoctoral Fellowship Award
- Congratulations to Lourdes, Abhinav and co-authors on their recent publication on CO2 Photocatalytic Foams in the Chemical Engineering Journal
- Congratulations to Joel and co-authors on their recent publication in Advanced Energy Materials
Header Courtesy of Digital Westex