ROCK SALT + CHLORIDE TARGET MINERALS -
- nickel sulphide
- nickel chloride
- magnesium chloride
- cobalt chloride
- sodium sulphates
- iron
ONE TONNE ROCK SALT ( sodium chloride )
= $120/tonne
ONE TONNE OF SODIUM SULPHIDE
= $550/tonne
PROFIT INDIFFERENCE
= $430/TONNE
BUy cheap sodium chloride rock salt.
Sobulize the crystal rock salt.
---------------------------------------------------------------------------------------------------------------------------------
FIRST EXTRACTION PAHSE
Crush, Mill.... pull irons out
SOLBULIZE - sodium rock salt
prepare the solution for conversions
HOMOGANOUS NICKEL Conversion ( unify 2 kinds of niickel )
2 NaCl + NiS → Na2S + NiCl2
Ni2 + NaCl =Na + NiCl2
Mg = MgCL2
Co = CoCl2
Credit = Na2S
Credit = Na convert to sodium sulphate
Iron is dealt with and forwarded to - iron credits
Sulphur - converts to ( sodium sulphide ) one profits - no smelting no toxic enviro fumes
both kinds of nickel are easier to handle ( each converted to chlorides )
magnesium and cobalt - both converted to chloride
RIVER TURBINE ELECTRICAL POWER
If set up properly... enoufg turbines - one could have entire operatrion run on free power
Each mineral is acocunted for as a credit
nothing remains - no extra work or minies to remediate.
ELECTROLYSIS - ELECTROWINING
4 plates ( anode cathode ) look after 4 different minerals
or... specialized filtration to capture each mineral as pregnant Cl solvent pases through charged filters.
Multiple -
Metal - end products
Cheap Sodium Rock Salt = Extract Chloride + River Power
Just makes sense...
$500k Gov't Funding
- secure water permits
- turbine generator advancement
- bulk test ( using rock salt + Choride ) + ( Langmuir ores )
- electrolysis using 5 mineral cell banks - each cell namk pullinf selective minerals
One may want to use.... H2O2 firstly...
Convering nickles to - oxides and hydroxides then.. introduce the - solubilized rock salt
to exploit the free chloride -
Cheers.....
Just ideas....