3 QUALITY SUBJECTSMOVES THAT WOULD ASSIST SP
OBVIOUS MOVES PEA - recent interview Stew said - work on PEA
INCLUDE - other minerals in pea would do wonders ( Si, Fe, S,,Al ) all energy related
VOLT - have them work on purifying Carbon to ---- Activated Carbon ( instant value )
QUEBEC - non payable grants
DRIILLING - inferred to ----- indicated
ASSAYS - have lab provide 2 carbon values ( soot residue + CO2 )
Iron batteries
Aluminum, or Aluminum Carbon chips, batteries
Sulphur batteries
Silicon chips, jackets, capacitors, semi conductors, areogel, areogel + carbon
Carbon..... numerous applications.
All these mineral credits should be factored.
If not.... ouch.
AREOGEL MOVES Volt works on Activated Carbon ----- perfecting this allows GEM to market the
activated carbon to numerous sectors....
Mason's deposit is beside GEM's.
Mason's silicate values are
12% to 58% SiO2 ------ chances are... GEM's has same. Areogel could be far easier to produce than
Graphene Dreaming.
Areogel has many quality attributes.
Added gases allows for a hybrid Areogel that allows porosity.
Areogel has seen strides forward with --------- great candidate for water trestment.
Carbon can be added to Areogel ------ added benefits of, water treatment / filtration.
https://www.sciencedirect.com/topics/chemistry/aerogel Several other research papers avail online
which discuss water filtration ( areogel + carbon )
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Side Note Subject - Quartz Silicate ( Silicate )
Comprised of, silicon metal and orbital oxygrn.
If nothing else ????
Then the dioxygen -------> is the solid crystal structure - correct ?
Looks that way.
Silicon Dioxide (Silica)
- In silicon dioxide, each silicon atom forms four covalent bonds with four oxygen atoms. In silica, each silicon atom shares electrons with four oxygen atoms. This means that each silicon atom forms a single covalent bond with four oxygen atoms.
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3 RD SUBJECT
I've come to terms with.... no carbon created by inorganics.
Carbon ------> all from organics and attaches to inorganic mettaloids.
PYROLYSIS Pyrolysis is the process of combustion in the absence of oxygen or burnt under controlled atmospheric oxygen. Pyrolysis is an alternative to incineration, the method in which organic wastes are burnt inside incinerators. The gases and liquids obtained by the process of pyrolysis can be used as fuels. WASTE Food wastes
Vegetation waste ( leaves, grass clippings, trees, etc... )
Wastes burned by pyrolysis ( no oxygen )
would create far more carbon mass capture than buring with oxygen and the advent and difficulty of trying to split
CO2 there after.
Burning city waste / consumer waste ( foods, tree limbs, grass clippings, leaves )
=
Free carbon ( better than mining ) wink
= convert to activated carbon -
ORGANIC ATROPHY -
requires enzymes other reagents ( costly, time consuming )
= creates methane gas
= membrane splits methane
= carbon capture ( profit )
= free hydrogen ( profit )
Too slow.
Pyrolysis would be the way to go, Quebec grant retain contracts for wastes.
Your in business producing mass carbon to be converted to, activated carbon.
Quicker than mine permitting.
That's all the research i'm do on, graphite, carbon, silica, Aluminum, Sulphur, Iron.
Cheers...