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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 Jun 24, 2022 6:01pm
118 Views
Post# 34781558

Furnace ?

Furnace ?Some processes use ( entire silicate sands ) to produce silicate gel.
Others use just the silcate.

My question is....
Since the silicon deposit is - 99+% pure
would such a mine model ( making silicate gel to aerogel ) require a furnace ?
Ahhhhh.....

- Silicon ores ( high grade ) milled down to a fines or nanao.
- React with sodium chloride
- Off gassing of hydrogen capture ( use as source of energy to run operations )
- Potential resale of excess hydrogen produced
- Introduce ( co2 ) injection into silicate gel to produce -aerogel.
- Most know, there will be lots of co2 above grade pipelines in Alberta - to draw from - wink.
- Final product - aerogel for use in construction industry - all sorts of prodcuts

So... would a furnace be required in this mine model above ?
This question would be ressolved - via - pilot testing the 99+% grade silicon ores in sodium hydroxide using various nano shapes + sizes. they'd have their answer.


There.... done.
Crossed fingers the junior chooses the right path.

IMAGE BELOW
And there's the silicon with in the center of the newly structured molecule.
Which suggests, aerogel could be made from whole ores.

Where would the hydrogen come from ?
tHE REACTION of sodium hydroxide in water with the silica - question is, how much free hydrogen would off gas - would it be a 1:1 ratio since there appears to be no hydrogen molecules in image below ? 


SILICATE AEROGEL STRUCTURE

Silica aerogel Structure - C23H22N2O3S2 - Over 100 million chemical compounds | Mol-Instincts




Sorry... do excuse...
Had to write one more post. 
Once on the trail of a great subject - seems to always morph into another great subject.
Again, my apologies.


Cheers....
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