AronN3 Posted October 1, 2023 Share Posted October 1, 2023 Instead of CuSO4 if we use Sulphur in H2C2O4 the reaction as follows, H2C2O4 + S = H2SO4 + CO2 + H2S(😶🌫️) or it can follow H2C2O4 + S = SO2 + CO2 +H2O (sealed reaction) so that Sulphir dioxide can react with the water 🤔 . Just hate CuC2O4 precipitation too much effort. 🤕 Link to comment Share on other sites More sharing options...
chenbeier Posted October 1, 2023 Share Posted October 1, 2023 From SO2 only get H2SO3 sulfurous acid. Not H2SO4 sulfuric acid. This you can have easier, if you burn sulfur. S + O2 => SO2 For Sulfuric acid you need a catalyst to oxidise SO2 to SO3. Link to comment Share on other sites More sharing options...
AronN3 Posted October 1, 2023 Author Share Posted October 1, 2023 Quote I can do that same with this reaction by using H2O2 i instead of water. But i was looking for a more easy and direct approach. Copper sulphate does better in this case. However its a disaster for cleanup as like as burning sulphur, that's why I was looking for an alternative . The first reaction is very convenient since the byproducts are only gases. But later I thought second reactions might also occur so I need some advises from experts 🥙🤠. I used to make it by distilling battery acid (35%) but it is now replaced with electrolyte gel . Really puzzled 🫥 cant get to Ti-Pt electrodes not even MMO(or leadO2 and to make PbO2 i need sulphuric acid) for electrolysis. And using graphite is wasting time since it will look like I am producing graphite powder instead of Sulphuric acid😅 there's another way for anode is to use Sn-Pb soldering iron 😬 but i haven't tried it unsure whether it will work (a deep grudge against PbSO4). So that's why i was just hoping to find a direct approach for making it. 😮💨 Link to comment Share on other sites More sharing options...
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