Je l'aime beaucoup. Merci pour cette vidéo, c'est très chouette! :)

I wasn't expecting a hydrogen flame.

HNO3, HCl, acetic acid... Maybe in USA you can buy it, in EU those are drugs/explosives precursors... So still not very accessible method.

Le electrodique, tres bueno, monsoor!

Good but your apparatus are so old ha ha haaaaa

Where did you buy your powersuplie :O and is the stand from china?

I'm planing on buying a Vevor megnetic stirrer like the one you have, do you recomend it?

where did u get titanium mesh?

Who the heck is Exotic Chem Lab? They don't even have videos and I saw some other channel giving then a shoudout for helping aswell xD

I think you should boil the undissolved remains after decantation in water and filter it, there might be some more KMnO4 that precipitated with the MnO2, because KMnO4 has only a solubility of abou 64g/L at room temperature. Then just boil the filtrate down to a smaller volume and see if any KMnO4 crystallizes when cooling it down.

You should give credit to @catboychemicalsociety who's had this method up for years on KZbin. Albeit your video is easier to follow

Très intéressant! il n'a à ma connaissance aucune vidéo qui décrit la procédure comme ta vidéo. Par contre j'apprécierai beaucoup que tu plus décrives les réaction à chaque étape et les molécules parce que j'ai du mal à te suivre! (je crois comprendre que tu essaie 2 procédure différentes? mais je ne comprends pas à quelle moment tu utilises l'alternative)

0:20 Sir you forgot some stuff (ion thruster, Dark Matter and one kilogram Californium.) Just boil PbO with sodium hypochlorite Your life will be much easier.

Yoo real nice Still struggling to get my chlorate cell to work though... Seems to be my computer cable that shuts off above 3A so gonna get a proper powersupplie. What is yours called? Just found the big ones with 30V5A

finally, good job waiting for the perchlorate

lets goo mr jam

Hello sir, past days I'm watching your videos it's really awesome 👍🏻, lots of love from India Keep rocking 🎉

Generating in situ HF in a glass vessel and hoping it will not be used up in side reactions... Quite an optimist, aren't you ;)

Comment t'arrives a avoir du h2o2 aussi concentré en france ?? J'en trouve mais jamais autant concentré 😢

Really nice! While I'm not a fan of working with lead myself, it's really good to see someone make a proper lead dioxide electrode that's not just anodising lead metal (which of course, is a disaster of an electrode). Good luck for the perchlorate cell!

MMO cheap, even on amazon the сhinese make them on an industrial scale for chlorinating water, I bought real good ones on Aliexpress, and on Amazon for $50 10x10cm size

is it possible to just use a sheet of lead metal as an anode and run a very low current through it in sulphuric acid?

Yea Cerium..you can obtain it in every hardware store...

Nice man

Dont car batteries have both lead and lead dioxide electrodes in them? Cant they be used for perchlorate synthesys? Or am i missing a,detail

Chlorate still dominates perchlorate in my opinion, i mean who doesn’t love a whiff of medicinal chlorine dioxide or doesn’t like the radioactive yellow colour of chloric acid?? (no seriously never breathe in chlorine dioxide pls)

Where are you? France?

Thanks for the demonstration. It contains many useful chemical reactions and I've seen Cerium being mentioned in many redox reactions and I'm glad to see it's affordable.

This video is the useful one when it comes to addressing the query "how to make benzene". It does not make sense to make something so low-cost (going for less than a thousand dollars for every teragram of it) from an expensive starting material. Sadly it did not pop-up immediately at my first query search, but the algorithm eventually figured it out that this is the correct one for "how to make benzene".

Question is there still some sodium chlorate contamination? Flame looks rather orange to yellow, instead of the usual potassium based flame.

W ostatnim czasie też rozważałem czy taki nikiel będzie aktywny w reakcji uwodornienia. Eksperymentuje z niklem otrzymanym w wyniku reakcji NiCl2 + Al, rozkładu szczawianu i zawiesiną która powstaje na skutek reakcji NaBH4 z NiCl2.

It looks like there is some sodium impurity from the orange flame at the end, you could start with KCl, then boil it to decompose the hypochlorite, then add more water until all of it dissolves at room temperature (or maybe around 30-40c), then filter it to remove all insoluble particles, after that, boil the water again until you reach your starting volume of solution, or even less if you don’t have a lot of chloride left in solution (you can check with the density of the solution or if your voltage starts to rise and your current drops), after that, let it cool in the freezer at 0c (im pretty sure it will not freeze because the kcl lowers its melting point by quite a bit but it really depends on the concentration of chloride and temperature of your freezer) and thats it! No sodium contamination at all!