Electrochemically driven C–N bond formation from CO <sub>2</sub> and ammonia at the triple-phase boundary
Junnan Li, Nikolay Kornienko
Abstract
spectroelectrochemical method, capable of probing the aforementioned gas-liquid-solid boundary, to extract an initial level of mechanistic analysis regarding the reaction pathways of these reactions and the current system's limitations. We believe that the development and understanding of this set of reaction pathways will play significant role in expanding the community's understanding of on-surface electrosynthetic reactions as well as push this set of inherently sustainable technologies towards widespread applicability.
Topics & Concepts
ElectrocatalystElectrolysisElectrochemistryOxygen evolutionAmmoniaElectrosynthesisChemistryFormamideScope (computer science)NanotechnologyMaterials scienceAmmonia productionAcetamideMoleculeElectrochemical energy conversionChemical physicsPhase (matter)Biochemical engineeringElectrolysis of waterElectroplatingBoundary (topology)Combinatorial chemistryInorganic chemistryPhase boundaryGas phaseCO2 Reduction Techniques and CatalystsAmmonia Synthesis and Nitrogen ReductionCarbon dioxide utilization in catalysis