Dear Arfah Khan,

You may want to take a look at the useful instructions presented below:

How to convert a potential collected with reference to Ag/AgCl to Reversible Hydrogen Electrode?

• The general equation for this conversion at any pH using Ag/AgCl reference electrode is:
• E(RHE) = EAg/AgCl + 0.059 pH + EoAg/AgCl
• Where EoAg/AgCl = 0.1976 V at 25oC and E Ag/AgCl is your working potential

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https://www.researchgate.net/post/How_to_convert_a_potential_collected_with_reference_to_Ag_AgCl_to_Reversible_Hydrogen_Electrode2

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Converting Potentials to Another Reference Electrode:

Potential vs. NHE negative Ag/AgCl SCE positive ----------+------------------+------------ +0.197V +0.242V SCE vs. Ag/AgCl 0----------------->+ +0.045 V vs. Ag/AgCl Ag/AgCl vs. SCE -

Hello, to convert your CV data from an Ag/AgCl reference to an HgO reference, you will need to use a conversion factor that takes into account the difference in electrode potentials between the two reference electrodes.

The electrode potential for an Ag/AgCl electrode is typically around 0.197 V, while the electrode potential for an HgO electrode is around 0.85 V. Therefore, to convert your data from an Ag/AgCl reference to an HgO reference, you will need to add 0.85 - 0.197 = 0.653 V to your data.

For example, if your data point is at 0.5 V with respect to an Ag/AgCl reference, it will be at 0.5 + 0.653 = 1.153 V with respect to an HgO reference.