Was thinking about another formula...
Asking myself if there could be another formula that would arrive at H3 via catalyst reaction.
I decided to try out, ozone... since i first came up with the use of ozone water for litihum extraction.
Years ago.. yup, another is using that formula. ( lilac ) Grrrr.....
Or my other idea... salt chloride excahnge with lithium in clays.
Yup.. another has that too....Double Grrr...
So... i said what would an MgO2 ( magnesium peroxide ) produce if reacted with, oxalate acid ?
I couldn't find anything on - Mgo2 + oxalate
Only thing was... Manganese.
But.. .would it work the same with Mgo2 ?
MnO2 + C2O4:2- + 4 H:+ → 2 CO2 + Mn:2+ + 2 H2O looks like this formula adds in - 4 hydrogen gas molecules ? So i typed in - what is - 2 H2O ?
=
2H2O is = deuterium Go figure....
MgO with oxalate = H3 ( tritium )
MnO2 ( peroxide ) with oxalate = deuterium
Would it work the same for - MgO2 ?
deuertium + tritium = two products needed for
= nuclear energy
Quora - online Search
Jun 1, 2018 · 60 answers
the element name of the 2H2O is = deuterium | · the element in organic chemistry is sometimes called “heavy water” because of the two neutrons Deuterium is a naturally occurring isotope and can be readily extracted from water in a ratio of 1 deuterium atom for every 6500 hydrogen atoms 1 in every 5000 hydrogen atoms ( some searches )
While this search states = 1:6500 What if... ( mg ? ) / Mn peroxide formual + oxalate
allows for a far easier breeding of - 2H20 ?
Would it be an easier way to prodcue - 2H2O ?
Junior - running godspeed ?
lol
What the junior really needs ?
Real Chemical Engineer ( sm private firm )
Not universities or, large companies...( Too many connections )
Then.... once formula is known/proven...
Tap Hatch's door to run the flowsheet and economics.
Anyways...
hope a few of my posts have helped the junior.
Cheers.