… Urea synthesis consumes approximately 80% of the NH 3 produced globally. Here we
directly coupled N 2 and CO 2 in H 2 O to produce urea under ambient conditions. The process …

… coupling of carbon dioxide and nitrogen to synthesize urea under ambient conditions. …
reduction, and then the generated ammonium carbamate is converted to urea with one water …

… with CO 2 in water under ambient conditions. For instance, … the direct coupling N 2 with CO
2 for urea synthesis. Subsequently, … urea synthesis via defect engineering and C–N coupling. …

… work synthesizing ammonia from N 2 and water microdroplets and … driving potential for N
2 /CO 2 reduction and coupling may be self-… carbon materials under ambient conditions. (24) …

… reaction (N 2 RR), producing NH 3 from atmospheric nitrogen and water at … coupling of N
2 with CO 2 provides an intriguing picture for direct urea production under ambient conditions …

… progress in electrocatalytic urea synthesis, using N2, NO2 … method enabling urea production
directly under ambient conditions. … Coupling N2 and CO2 in H2O to synthesize urea under …

… analysis for sole CO 2 reduction, Vo-CeO 2 -750 exhibits … water HOH bending, adsorbed
CO 2 , and residual gaseous … electrocatalyst (Vo-CeO 2 -750) for urea synthesis, the function of …

… urea synthesis are performed by the direct reaction of CO 2 … production route under ambient
conditions through the … , HNO and NH 2 OH intermediates during the urea synthesis process. …

… , suggesting that urea is generated via the coupling of … mA cm –2 applied in this study under
two-electrode conditions, while the … and NO, which can produce useful urea and make great …

… and co-workers in NO 2 – -integrated CO 2 reduction to synthesize urea, and 43.1% of FE(…
been observed or are highly unstable under ambient conditions. Using in situ IR spectroscopy, …