QUEBEC MISSING THE BIGGER PICTURE ? Nearly give away valuble critical minerals to the US ?
US modernizes and builds out ------> state of the art infastructure ?
HIGH SPEED RAIL LINKING QUEBEC CITIES ? Nevermind rail lines that are outdated and service commercial freight.
Think... Hydrolines. Watch this....first. https://www.youtube.com/watch?v=lDm00Ww6qE4 Where's the electricity coming from ? - leakage from powerlines ?
- electrons in atmospehere gravitating near powerlines - not from lines ?
- earth telluric currents ( fence is grounded in ground ) electrons from ground ?
Gentleman in video was able to amass
907 V in short order,
using a capacitor feeding off a single fence wire 4 feet off the ground.
How about 1 Station using ----> 100 wires ----> Graphite or Carbon Fiber Now muliply those stations all along the powerline path... Hundreds collecting energy.
Don't think Carbon Fiber can store Energy ? Think Again. "We now know how multifunctional carbon fibres should be manufactured to attain a high energy storage capacity, while also ensuring sufficient stiffness," Asp says. "A slight reduction in stiffness is not a problem for many applications such as cars. The market is currently dominated by expensive carbon fibre composites whose stiffness is tailored to aircraft use. There is therefore some potential here for carbon fibre manufacturers to extend their utilisation."
In the study the types of carbon fibre with good electrochemical properties had a slightly higher stiffness than steel, whereas the types whose electrochemical properties were poor are just over twice as rigid as steel.
https://www.sciencedaily.com/releases/2018/10/181018082702.htm Berkwood has a good 23 million tonnes of ( total tonnage )
Ore + Waste.
Peer aside Berkwood has a good 25% Fe ( iron content )
IRON HYPOTHETICAL I'll use Berkwood's 3.2 million tonnes x 25% Fe.
= 800,000 tonnes Fe
x 1000 Kg ( kg's per tonne )
= 800,000,000 million Kg's of Fe ~ 57 Kg ( 1
Rail Track ) per each meter
=
14,035,087 million meters ~ 1609 m in 1 mile
=
8,722 single rail track miles ( or divide by 2 for double tracks ) Carbon fiber skin - exterior train, collecting electrons from hydroline.
Rails collecting electrons from staions ( cube blocks feeding power to rail )
Which feeds electric motors. ( or....other combination variables )
Berkwood Deposit is appropriately directed at, - purposing graphite / carbon / iron
- collecting energy
- storage of energy
- redistributing energy
- building out Quebec's infastructure / modernizing
- commuter -
generating residual income - transporting passengers
Junior teams with Quebec Hydro - critical minerals stay in canada
- junior asks for portion of, commuter residual
=
dividend to shareholder Ideas.
Good ideas.
Well...
anyone wondering if the ( 6% graphite peers ) included schists in, graphitics ?
Peaks my curiosity. If they did and schist is a poor conductor ... how much resource
would be axed as waste ?
How would
high grade graphite deposits be precieved with, no schist ?
Most Graphite deposits aren't very large.
500 kt is fair game for mining.
Sri Lanka doesn't wait around to build up a resource - they mine it as they find it.
Longer Quebec graphite juniors sit, do nothing -----> creates fish in pond.
Not investor friendly.