“…S2, ESI †). [47][48][49] Hence, we evaluated the binding energies of various viologen derivatives to the surface of the carbon electrode. Previous studies have demonstrated that the binding energy may be reduced by shortening the alkyl chain length and the optimization of functional groups.…”
Electrochemical direct air capture (DAC) can leverage renewable electricity to reduce atmospheric CO2 levels via energy-efficient organic redox couples. However, current organic systems are threatened by oxidative degradation when explosed...
“…S2, ESI †). [47][48][49] Hence, we evaluated the binding energies of various viologen derivatives to the surface of the carbon electrode. Previous studies have demonstrated that the binding energy may be reduced by shortening the alkyl chain length and the optimization of functional groups.…”
Electrochemical direct air capture (DAC) can leverage renewable electricity to reduce atmospheric CO2 levels via energy-efficient organic redox couples. However, current organic systems are threatened by oxidative degradation when explosed...
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