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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 Aug 12, 2022 3:35pm
82 Views
Post# 34892584

NANO + STEAM REFORM ( peper proving MgC2 ) better hydrogen

NANO + STEAM REFORM ( peper proving MgC2 ) better hydrogenPerhaps both processes would be best -

MgCO3 + NaCL = MgCl2 + Na2CO3

Intoduce nano filtration
= seaprate the MgC12 = separate the Na2CO3

Sell Na2CO3 - ( Fertilizer or lithium sector as a 5.32 x LCE multiplier ) 

MgCl2 - steam reform. ( smr )


NOW READ THIS PAPER ON - MgCL2 vs METHANE - steam reformation

#1 - SMR - used to split methane gas to produce hydrogen. ( carbon issue + ghg + less effective )
#2 - SMR - used to split MgCl2 ( no green house gas, no carbon, higher volume of hydrgoen )

System 1 - 28.4–18.4%
System 2 - 43.2–27.4%


Same SMR  process applied to - MgCl2 to split hydrogen...
Mg–Cl cycle can be considered as a promising thermoelectrochemical cycle for water splitting because of its simplicity and applicability as well as possessing higher energy and exergy efficiencies and stability of chemical reactions throughout the cycle.
Credit -  2015 John Wiley & Sons, Ltd

LINK -
https://www.researchgate.net/publication/274459765_Thermodynamic_and_environmental_impact_assessment_of_steam_methane_reforming_and_magnesium-chlorine_cycle-based_multigeneration_systems_Comparative_exergy-based_environmental_impact_assessment



Perhaps the chloride conversion then nano filtration would be a cheap initial phase
then... introduce SMR - 

Now... what would a  MgCL2 concentrate produce - higher yields of hydrogen ?
Would the 42.3% increase exponentially ?
Ahhhh.....
 
In mining... it's all about out performing your competitor...
Cheaper process.
No carbons.
No green house gases.
Higher yields.
More Profits.



Just ideas...


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