Model a nickel deposit for nickel batteries ? ( storing power )
Model a nickel deposit for the stainless steel industry ?
Or.... breakaway from the herd, create a new market -
green nickel energy market. Small Energy Reactors using the power of
nickel compounds with (
hydrogen, nitrogen )
Would be interesting to see what recoverable nickel could be
recaptured after combustion - reused - renewable.
with an abundance of, hydrogen + nitrogen from atmosphere.
energy
Move over, uranium....here comes a potentially better energy solution
no carbons, no radioactive waste, clean combustion energy.
Mineral tonnage retention kept inside the boundaries of continents.
vs
nickel tonnage for ev batteries lost once shipped out of country.
Nickel hydrazine nitrate
VIDEO - Nickel hydrazine nitrate
Foil example is best.
https://www.youtube.com/watch?v=XCAAGPG1svc
Perhaps this is a path several nickel junior should walk ?
Why play the ev battery monopoly ?
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So how important would a drill hole like WS 060 be to Wellgreen ?
Very important - even with low grade minerals.
Why ?
The iron content makes the connective.
justifie the cost to mine all ores.
Dismissing an iron credit cheats the economic values of deposit.
Undermines its fullest potential.
Iron payables could fetch $70 - $125 tonne.
A considerble amount when compared to, bulk cons
that fetch $30 - $60 tonne.
Adding a sepaarate iron credit
bolsters the economics.
Shareholders should be asking for a new pfs
with several revision, especially an iron credit ( stand alone ).
Iron is in most all ore geologies of, wellgreen.
upto 14% - even in the peridotites.
Factoring iron,
would bring into play = low grade ores.
all the more mineral tonnage.
2014 / 2015 tech reports
we can see engineering block models entire wellgreen
each block populated with - low grade nickel.
CNC does include their low grade nickel
0.17% - 0.22% nickel
why not do the same for, wellgreen ?
Cheers...