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MGX Minerals Inc C.XMG


Primary Symbol: MGXMF

MGX Minerals Inc. is a Canada-based diversified resource and technology company with interests in advanced materials, metals, and energy technologies. The Company’s portfolios include Magnesium, Silicon, Lithium, Gold, and Silver. Its Magnesium projects include Driftwood Creek, Marysville, Red Mountain Group and Botts Lake. Its Silicon projects include Gibraltar, Koot and Wonah. Its Lithium projects include GC and Petrolithium. Its Gold projects include Heino, Tillicum and Fran. The Driftwood Creek project is located approximately 164 kilometers (km) north of Cranbrook, British Columbia (B.C.). The Marysville magnesite project is located approximately 12 km (7.7 miles) south of Kimberly, BC. The Red Mountain-Topaz-Cleland magnesite property is located approximately 50 km south of Golden. The Botts Lake magnesite property consists of claims approximately 50 km south of Golden, BC. The Gibraltar project is located approximately 95 kilometers northeast of Cranbrook, BC.


GREY:MGXMF - Post by User

Post by Wangotango67on Nov 29, 2024 12:12am
55 Views
Post# 36336755

MIKE -

MIKE -

MGX's grade is = 43%

When they test the grades,
It involves heating the magnesite with flame which reduces
MgCO3 to -------> MgO
 

They weight it before
Then weight it after 

What is lost ( LOI ) loss of ignition due to flame
Removing ( C + 2 O's ) 

The latter volume is weighed
= grade of magnesium
= 43%


If they were to weigh MGCO3 without performing - LOI
Resources would be greater by weight of, C + 2 extra O's

MgO  ( can be in the form of just oxide powder.

Yet.... melting MgO ( technically ) converts to Mg metal
BUT.... O ( oxygen ) is still apart of the metal.
How much... ?
Depends on which research paper one reads


Rust is a great example
when melted ( rust )
the oxygen bonds break away and iron oxide reduction turns to
pure iron metal.


if oxygen bonds release from the iron oxide then...
how many oxygen molecules might remain ?

In theory.... none.
Otherwise the iron would have oxidation.


It's how i see it.
But... do your own research to verify.




 

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