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Max Resource Corp V.MAX

Alternate Symbol(s):  MXROF

Max Resource Corp. is a Canada-based mineral exploration company advancing the newly discovered district-scale wholly owned Sierra Azul Copper-Silver Project in Colombia and its wholly owned Floralia Hematite Iron Ore Project in Brazil. The Sierra Azul Project is a district-scale copper-silver project spanning 120-km along the 200-km-long Cesar Basin in the mining region of northeastern Colombia. The Project consists of 20 mining concessions spanning over 188 square kilometers (km2). Its exploration is focused on three districts at Sierra-Azul: AM District, Conejo District, and URU District. The Floralia Hematite Iron Ore Project is located 70 km southeast (SE) of Belo Horizonte, Minas Gerais. The Floralia Hematite open cut is of significant size consisting of five benches rising to 48 meter (m) and 160 m in width revealing plunging bands of hematite iron ore at the base, and sub-horizontal banding at the top of the open cut and is open in all directions.


TSXV:MAX - Post by User

Post by Wangotango67on Jun 18, 2021 4:40pm
356 Views
Post# 33412921

AZURITE = COBALT REPLACEMENT ?

AZURITE = COBALT REPLACEMENT ?WHILE RESEARCHING -
The indifferences between ( azurite, malachite, chalcopyrite, chalcocite ) i was trying to see which of the minerals were transitional post - native copper.

Appears - most of what i read leans towards native copper comes first then, all the other oxide transitiona lcoppers - thereafter.

Now... i  asked myself...
What if this were all wrong?
And, what if i were to flip the sequence of what actually comes first and places the copper oxides firstly, and native copper lastly - would it defy all research ?

To begin -
let's pull forward the most prevalent minerlas that are most often associated to - copper.
- IRON
- SILVER
- NICKEL
- PYRITE
- SAlTS / CARBONATES

These 5 mineral classes  are most often associated to - copper deppsits.
They share a close relationship, compatable to coexit along aide of each other.

Could there be a closer tie than bemeets the eye in which might explain away the transitional phases copper can evolve - could their lattice structure intertwine with other minerals aside of the - end product of hydrogen or oxygen, meaning - what if these post values that descibe each of the copper varieties are only post compositions -  which then points the compass to - what really transpired prior to the end conversion ? ( transitioned copper )


Like, what if the oxidation from iron or silver - coreacted with, salt waters whereas the chlorides and salt soluble metals with in the waterconverted the iron or silver oxide  to turn a hue of green,and... create copper ?
atom and lattice structure bonds and reforms a new bond and thus -
crerated a hybrid copper ?

What if, we turn the process of NATIVE copper on it's head and place all transitional copper as a primary and native copper evolved lastly ?

Oxidized coppers( aquas. deep blue, greens ) coming into contact with, silver or, iron, and creating the native copper in a tertiar transformation ?

Is it so far fetched ot think a salt metal bonding with an iron or silver oxide can produce a hybrid - copper ?

Silver is a supposed - monatomic - one valance atom 
Copper is a supposed -  divalent - two valaence atom


COBALT vs AZURITE - 
Do these two minerlas share a relation ?
Not much is spoken on this subject.
It's where my ( wild ideas ) ended up in searches, seeing if there's a relationship between cobalt and azurite copper.

WHY DO SO ?
Though not mentioned online ( anywhere ) i was trying to see if azurite could be a suitable replacmeent for the much needed cobalt.

COULD THERE BE SOMETHING TO THIS ?
My spidey sense says.. .there could be.
All based on, minerals that transition and minerals that are found together in realtion.

PICTURES SPEAK VOLUMES
Azurite and Aragonite on Copper

cobalt + azurite aragonite - malachite
https://greekrocks.com/wp-content/uploads/2020/03/32b-1024x1014.jpg

ONE CAN PLAINLY SEE, ARGAONITE ( calcium carbonate )
Does share a relationship with copper oxides - azurite + malachite
Which makes me think - could azurite coming into contact with another mineral, form,  cobalt ?
The chief component to cobalt is - arganite -

But what really is this mineral - aragonite ?
Should it just be labled - unique unto its own - or, did aragonite transform from say, axurite and become arganite ( cobalt ) ?

By back tracking and questioning how a name is applied ot a minerla might solve the riddle of how copper or cobalt may have evolved.

I even compared each minerlas atomic mass weights - 
silver, copper, then... azutire, malachite, chalcopyrite, chalcocite.
each are different, and some are quite close in weights.

Now... to further this study,
it would require a lab to examine the attributes of, azurite and compare it to argaonite ( cobalt )
To see if azurite is a good replacment for - cobalt.

It would require the measuring of, not only mass, but the lattice structures, the ionic charge capacity, in which carries the electrical charge value - electron configuration - etc...

What does cobalt contain = aragonite ( CALCIUM CARBONATE )
What does copper contain - aragonite ( CALCIUM CARBONATE )

if it were only that easy....
Let's go dow nthe rabbit hole of minerology....
How manyt forms of cobalt is there ?
https://webmineral.com/chem/Chem-Co.shtml#.YM0Be34XbIU

i can take these species as, differrnt kinds of COBALT minerals...
Or... i can simplify this and say -  cobalt is found with these toher minerals - compatible.


So... to shorted this post....
I would like to see a junior perform a few experiments on - AZURITE.
to see if it's a goodreplacement for - COBALT.


Cheers....

A junior with ample azurite, and   if   azurite iwas as goods or better than cobalt...
Then... would that ever be neat-o.





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