THINGS Jr COULD DO... 150 Meshnate
Perform a simple lab assay test ( 3rd party )
1- 75 mesh ( how much graphite ) how much free roam carbon )
2- 150 mesh ( how much graphite ) how much free roam carbon )
Calculate difference = all the more tonnage from current 3.2 mil tonne resource
Sift the 19+ million tonne waste ( do same ) 150 mesh
Separate grahite from carbon
Press 2 resources ( each would apply to diff markets )
Cheaper than drilling
Volt Carbon
Have Volt earn their 5% in Berkwood
Not sure what equipt their lab has, but....
- test graphite grease resistivity / charge
- test free roam carbon black resisitivity / charge
- test free roam black carbon to see if it's already without O2 bond
If so... it's already in activated form.
If not....perform pyrolysis to convert - instant value
Be sure to use ( inner drill cor ) free roam Carbon - not yet exposed to Oxygen.
CD Music Disk ( made from polycarbonate )
Polycarbonate is mainly used for electronic applications that capitalize on its collective safety features. A good electrical insulator with heat-resistant and flame-retardant properties, it is used in products associated with power systems and telecommunications hardware.
Professional Pait mixer Co's
can premix own ingredients in areosol cans.
Using ( grease graphite from deposit ) formulate a sprayable mix
One just graphite alcohol mix ( after spraying would need acrylic top coat )
One with acrylic and graphite mixture
One with graphite and aluminum ( Al real fine ) thouroghly mixed / homonogized
Acrylic is conductive
Acrylic would act the sealer.... would need a poly 2nd spray non conductive sealer.
Could be quicker than, moissanite methodolgy.
Buy - blank CD's - from manufacturer with no coating, no hole
Spray CD's
Test each formulas for conductivity
measure, document
Rudimentry, yes....but it would provide a starter path into wafer disks, chips.
If successful... link with 3D printing ( formulate a patented spray )
even hybrid formulas, aluminum, boron, etc ) super conductive.
Print thicker layers of carbon or graphite with 3D etching to accommodate chips.
Design a simple task function chip.
Test it.
Simple experiments such as this...
could gain interest in Quebec Gov't or larger firms.
Secure more graphite lands.
If the jr is interested i think i know of one area. ( distant )
More graphite and carbon claims.... can act the attractsnt to larger players
who're interested in long term mining, manufacturing.
Each of the above ideas are attainable...
But... junior would have to agree to do so.
Are they willing ? Do they even have full autonomy ?
And.... that's the issue with most jr's.
Investor influence or.... have they already been influenced by a larger entity ?
That may not care about sm investors ?
Who really govern jr's...
Natural Resource Minister hand picking select projects... ?
But that's another subject for another post.
Hence
all the more reason for a jr to be proactive... to get reconized.
Wafers, Chips involves processing information using electrons.
Light stores energy and moves information.
Same as radio, cellular, digital or analog....voice using frequency ( charged ) ion bands.
Cheers...