Electrolytic Organic Production TRIZ Cases
- Working Electrode Charge Control to Lower Electrochemical Overpotential
An electric field or gate electrode independently tunes working-electrode charge, cutting over-potential and improving electrochemical efficiency.
- Ni/NiFe(OH)x-Modified CuI-Bi Electrode for Ambient Adiponitrile Synthesis
A Ni/NiFe(OH)x catalytic layer on a CuI-Bi electrode enables ambient electrohydrodimerization of acrylonitrile with lower pollution and energy use.
- PEDOT-PTFE Gas Diffusion Layer to Resist Flooding in CO2 Reduction
A porous PEDOT coating on PTFE creates a conductive gas diffusion layer that resists flooding and supports selective, stable CO2 reduction.
- Composite Cathode Electrode for Stable CO2-to-Ethylene Reduction
Cuprous oxide, copper, and added metals improve long-term CO2 reduction stability and Faraday efficiency for ethylene and ethanol production.
- Electrochemical Polymer Synthesis with Addressable Electrodes
Individually addressable electrodes and microfluidic flow control enable parallel polymer synthesis with fresh reagents, lower waste, and higher throughput.
- Biohybrid Alkyl-Hydroxylase Electrodes for Selective Vitamin D3 Hydroxylation
Direct electron transfer in biohybrid electrodes enables selective vitamin D3 hydroxylation with high yield and fewer by-products.
- Nitride Semiconductor-Metal Interface for Stable PEC CO2-to-Ethylene
An oxidized nitride-metal interface stabilizes Cu active sites for PEC CO2 reduction, enabling efficient ethylene formation with long-term stability.
- Transition Metal Phosphide Catalysts for Selective CO2 Reduction
Transition metal phosphide cathodes improve CO2 and CO electroreduction selectivity while lowering overpotential and hydrogen byproduct formation.
- Surface-Modified CO2 Cathode for Acidic Ethylene Selectivity
Heterocyclic molecules on a copper cathode block proton access in acidic CO2 reduction, suppressing HER and improving ethylene selectivity.
- Electrocatalytic Muconic Acid Hydrogenation with Reusable Pd/Pt Cathodes
An aqueous electrocatalytic cathode process improves muconic acid hydrogenation selectivity and yield while enabling catalyst rejuvenation and reuse.