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MGX Minerals Inc 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 Dec 05, 2020 5:51pm
113 Views
Post# 32044743

LOOK WHAT I FOUND - (dissolved silicate - H4Sio4 )

LOOK WHAT I FOUND - (dissolved silicate - H4Sio4 )Could MGX park all these porjects and just work on one ?
- gold
- driftwood 
- 3 silica projects

  OILBRINES ( offer several - potentials )
- Magnesium ( auto industry +r Mg air batteries )  dual sector double the odds
- Calcium values are exceptional
- Telluic and salt = Energy  

SUPPOSE A MAGNESIUM AIR BATTERY ?
using the silicate as coating for anode or carthode
how might the junior obtain - silicate ?
Could the oilbrines hold - overloooked dissolved silicate ?

In the pdf report below - it speaks of - 
Dissolved silicate takes on another acid form - H4SiO4 
DISSOLVED SILICATE = SILICIC ACID 

Method 366.0 Determination of Dissolved Silicate
in Estuarine and Coastal Waters by Gas Segmented Continuous Flow Colorimetric Analysis


1.0 Scope and Application
1.1 This method provides a procedure for the determination of dissolved silicate concentration in estuarine and coastal waters. The dissolved silicate is mainly in the form of silicic acid, H4SiO4 , in estuarine and coastal waters. All soluble silicate, including colloidal silicic acid, can be determined by this method.

Long chain polymers containing three or more silicic acid units do not react at any appreciable rate , but no significant amount 1 of these large polymers exists in estuarine and coastal waters. This method is based upon the method of 2,3 Koroleff, adapted to automated gas segmented 4 continuous flow analysis.


In MGX's tech report - page 22 -
 https://mgxminerals.com/wordpress/wp-content/uploads/2019/12/43_101_Sturgeon_Lake.pdf
i don'r see a value for - H4SiO4
It only shows values of Sio2 

I'm wonderting if mgx should check the brines for a H4SiO4 
to see if the silicate transitioned to an acid ?


If H4SiO4 is detected -  might mean a far easier means of obtaining - silicate.
Oilbrines would then be looked at as a ... one stop shop.
Mg and Silicate = would be a good start for = Mg air flow batteries ?

Again... aren't the oil operators already with permits to pump the waters ?
Is it not better than playing the game of waiting on environmental approval to
dig a nd scoop hardrock ? The oilbrines could be a far quicker path to - success.

Method 366.0 - Determination of Dissolved Silicate in ... - EPA

 
 
PDF
colorimetric method for the analysis of dissolved silicate concentration is ... laboratory using assayed reference compounds or purchased ... Soaking with lab grade detergent, rinsing with tap water ... 1% sodium sulfate, 3% sodium chloride and 49% water. 7.2.2. Working ... t = Student's t value for n-1 degrees of freedom



Just ideas...  
 
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