MGX Minerals Inc MGXMF

Li2CO3 vs MgCO3

[Wangotango67]

The irony ?
Litihum carbonate... is the main ingredient for - ev batteries.

While Magnesite -  has the same co3 and is shunned ?
This is an industry bias of the highest order. 
lol

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MgCO3 + Carbonic Acid ( H2CO3 )
                      OR
MgCO3 + H2CO3 → Mg(HCO3)2


COMPOUND MOLECULE
1 Mg
2 x ( HCO3 )

Water is comprised of Hydrogen and Oxygen.
Once the carbonic acid ( co2 ) is introduced the MgCO3 which has 1 carbon and 3 oxygen  bonds to the carbonic acid which bonds with the water to forn a double bond of carbon and oxygen.


Why is this so wonderful ?
Because OXYGEN holds 6 electrons.
If 3 oxygen molecules = 18 electrons
If doulbe bond = 36 electrons
Held together with a magnesium and hydrogen bond.


Should Carbon be shunned ?
For some odd reason it's embraced by the ev industry.
So why should it be with magnesium carbonate ?

What if.... another discovered a lithium carbonate depoist ?
It's hailed and given great respect even with a 2 - 3 percent grade.

Here we sit with a 43% mag carbonate depoist....lol
See the bias ?


Carbon allows an oxygen bonds.
Oxygen holds electrons.
Electrons = Electricity.

Theoretically speaking - ev lithium batteries are not about the lithium but in my opinion,
arew about the oxygen electron capacity.  Some may disagree, but please prove me worng.

AN ENERGY IDEA ?
Dump ( magnesium carbonate ) in water with carbonic acid till dissolved.
THE CARBON  ( MgCO3 )  DOES NOT TURN TO GAS
it's held in tact - contained
forms a double bond = no releasing of carbon gas.
one has now tamed the off gassing and kept the carbon in solution.
Which is now a valued formula for capturing oxygen ions/electrons.

WHAT DOES ONE DO NOW ?
You harvest the electrons from the magnesium carbonic acid solution
with an ion fliter that sponges the electrons and stores in battery bank.

HOW DOES ONE KEEP THIS IN LOOP ?
Using the same solution, one simply adds air filtration to inject more oxygen into solution.
Oxygen has the = electrons which provides the replenishment of more electrons.

SOLUTION FORMULA
Allows for an easier extraction.
More manageable.

Several have tried to mine the air,... moist air is needed.
But... the volume of electrons extracted is not quite attractive.
 
Using a solution = is far more potent = acidic water which easily bonds with = oxygen.
The acids and magnesium allows for compound bonding
Having a magnesium carbonate deposit could be advantageous.

AIRATION
Allows for the continuous infusiuon = continuous production of -  ion / electron sponging.

electrons from infused oxygen via airrator.
= loop energy harvested from air in a solution of 1 part salt + double hydro carbon bond


Another Idea....
taking a supposed magnesium carbon negative
= converting to a positive.

Would be interesting to see a comparision of,
solor photon/electron absorbtion from soalr panel
vs
Harvesting ions/electrons from a controlled environment using carbonic acid that steadily harvests ions based on input of new oxygen bonds and amount of extracted ions.


Rate of oxygen infusion
Rater of solution flow passing thorugh filter
Rate of recovery of ions
= Rate of energy amassed

My hunch says...
A controlled magnesium carbonic acid solution with oxygen infusion,
would / could be more productive than trying ot coax and capture radicla photons into a solar panel.

Let the sun recharge the air with electrons....
While a smart miner or energy producer would target the air and infuse into solution and then... pull the ions/electrons...wink.


Cheers....