Test EC Inv/test1: Difference between revisions

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Assay, EC conversion of CO2 experiments, EC conversion of CO2 overview experiments
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|cat fixation=immo tech
|cat fixation=immo tech
|cat carrier=carr mat
|cat carrier=carr mat
|solvent_A__WE=water
|cell type=cell type
|separator=sep
|RE=SHE
|RE=SHE
|RE=SHE
|solvent_A__WE=water a we
|solvent_A__CE=water a ce
|solvent_B_WE=water b we
|solvent_B_CE=water b ce
|solvent_C_WE=water c we
|solvent_C_CE=water c ce
|solvent_ratio=12
|additives__WE=Ar
|additives_concentration__WE=32
|additives__CE=Argon atmosphere
|additives_concentration__CE=34
|buffer__WE=buffer we
|buffer_concentration__WE=21
|buffer__CE=buffer ce
|buffer_concentration__CE=53
|supporting_electrolyte__WE=support el we
|supporting_electrolyte_concentration__WE=31
|supporting_electrolyte__CE=support el ce
|supporting_electrolyte_concentration__CE=43
|current density=4
|current density=4
|cathodic potential=6
|cathodic potential=6
Line 15: Line 38:
|turnover_frequency_at_zero_overpotential__CO=3
|turnover_frequency_at_zero_overpotential__CO=3
|faradaic_efficiency__CO=1
|faradaic_efficiency__CO=1
|limiting_turnover_number__HCOOH=2
|maximum_turnover_frequency__HCOOH=5
|turnover_frequency_at_zero_overpotential__HCOOH=4
|faradaic_efficiency__HCOOH=1
|faradaic_efficiency__HCOOH=1
|limiting_turnover_number__H2C2O4=5
|maximum_turnover_frequency__H2C2O4=6
|turnover_frequency_at_zero_overpotential__H2C2O4=6
|faradaic_efficiency__H2C2O4=2
|faradaic_efficiency__H2C2O4=2
|limiting_turnover_number__H2CO=7
|maximum_turnover_frequency__H2CO=7
|turnover_frequency_at_zero_overpotential__H2CO=8
|faradaic_efficiency__H2CO=3
|faradaic_efficiency__H2CO=3
|limiting_turnover_number__CH3OH=9
|maximum_turnover_frequency__CH3OH=8
|turnover_frequency_at_zero_overpotential__CH3OH=0
|faradaic_efficiency__CH3OH=4
|faradaic_efficiency__CH3OH=4
|limiting_turnover_number__H2=9
|maximum_turnover_frequency__H2=4
|turnover_frequency_at_zero_overpotential__H2=6
|faradaic_efficiency__H2=5
|faradaic_efficiency__H2=5
|limiting_turnover_number__CH4=4
|maximum_turnover_frequency__CH4=4
|turnover_frequency_at_zero_overpotential__CH4=3
|faradaic_efficiency__CH4=6
|faradaic_efficiency__CH4=6
|limiting_turnover_number__C2H4=4
|maximum_turnover_frequency__C2H4=2
|turnover_frequency_at_zero_overpotential__C2H4=5
|faradaic_efficiency__C2H4=7
|faradaic_efficiency__C2H4=7
|limiting_turnover_number__CH3CH2OH=6
|maximum_turnover_frequency__CH3CH2OH=4
|turnover_frequency_at_zero_overpotential__CH3CH2OH=7
|faradaic_efficiency__CH3CH2OH=8
|faradaic_efficiency__CH3CH2OH=8
|include=Yes
|include=Yes

Revision as of 15:40, 9 January 2026


experiment type catalyst cat conc [µM] immobilization technique catalyst carrier material cell type separator working electrode (WE) counter electrode (CE) reference electrode (WE) solvent A (WE) solvent B (WE) solvent C (WE) solvent ratio (WE) additives (WE) additives concentration (WE) [M] buffer (WE) buffer concentration (WE) [M] supporting electrolyte (WE) supporting_electrolyte concentration (WE) [M] solvent A (CE) solvent B (CE) solvent C (CE) solvent ratio (CE) additives (CE) additives concentration (CE) [M] buffer (CE) buffer concentration (CE) [M] supporting electrolyte (CE) supporting_electrolyte concentration (CE) [M] pH current density [mA/cm²] Cathodic potential vs RHE [V] faradaic amount [F] electrolysis duration [h] limiting turnover number CO [Hz] limiting turnover number HCOOH [Hz] limiting turnover number H2C2O4 [Hz] limiting turnover number H2CO [Hz] limiting turnover number CH3OH [Hz] limiting turnover number H2 [Hz] limiting turnover number CH4 [Hz] limiting turnover number C2H4 [Hz] limiting turnover number CH3CH2OH [Hz] maximum turnover frequency CO [Hz] maximum turnover frequency HCOOH [Hz] maximum turnover frequency H2C2O4 [Hz] maximum turnover frequency H2CO [Hz] maximum turnover frequency CH3OH [Hz] maximum turnover frequency H2 [Hz] maximum turnover frequency CH4 [Hz] maximum turnover frequency C2H4 [Hz] maximum turnover frequency CH3CH2OH [Hz] turnover frequency at zero overpotential CO [Hz] turnover frequency at zero overpotential HCOOH [Hz] turnover frequency at zero overpotential H2C2O4 [Hz] turnover frequency at zero overpotential H2CO [Hz] turnover frequency at zero overpotential CH3OH [Hz] turnover frequency at zero overpotential H2 [Hz] turnover frequency at zero overpotential CH4 [Hz] turnover frequency at zero overpotential C2H4 [Hz] turnover frequency at zero overpotential CH3CH2OH [Hz] faradaic efficiency CO [%] faradaic efficiency HCOOH [%] faradaic efficiency H2C2O4 [%] faradaic efficiency H2CO [%] faradaic efficiency CH3OH [%] faradaic efficiency H2 [%] faradaic efficiency CH4 [%] faradaic efficiency C2H4 [%] faradaic efficiency CH3CH2OH [%] selectivity [%] [CO;HCOOH;H2C2O4;H2CO;CH3OH;H2;CH4;C2H4;CH3CH2OH] total faradaic efficiency [%] Details include
experimental

MeOH

23 immo tech carr mat cell type sep

water a we



Ar 32 buffer we 21 support el we 31

water a ce



Argon atmosphere 34 buffer ce 53 support el ce 43 4 6 5 7 23 2 5 7 9 9 4 4 6 3 5 6 7 8 4 4 2 4 3 4 6 8 0 6 3 5 7 1 1 2 3 4 5 6 7 8 0%; 33.3%; 2.9%; 7.2%; 10.1%; 13.0%; 13.0%; 5.8%; 5.8%; 8.7%

37

details 1 Yes
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