Miljövänlig , Låg Kostnad, Mindre Känd Vatten Teknik för Framtiden (Sammanfattning på Svenska) / Environmentally Friendly, Low Cost, Less Well Known Water Technology for The Future

• 59’Ferrous Ferric ion/Ferrate ion water: Continued 4
♛ Iron Sulphate Depositing in large body of water
• ♛ Iron Sulphate: Depositing in water/Ocean Fertilization(FeSO4, or FeSO4.7H2O): As std
process FeSO4 is used for Drinking or Waste water treatment(coagulant), Hydrometallurgy, or
Part of aquaculture feed mix. Incidentally even certain toxic heavy metal effluent can be now
processed by unique mainstream approved low cost proprietary photochemical hydrometallurgy
to produce very potent Iron Sulphate type liquid fertilizer(GOLD’n GRO) and other reuseable
silver & silver glass slag products with zero waste & zero liquid discharge(Itronics+), Note this is
related to Ferrous Ferric Ion tech but not fully combined "Ferrous Ferric" ion(Fe2+ & Fe3+) type,
• WM Rejected cost effectiveness of below S2 claims at media level, At mainstream science it is
disputed level, & at strict specialized science undeniable (below1) or at least it clearly works
majority of the time at large volcano eruption ash deposit level(2), cost effectiveness is unknown
or questionable(3):、
S2(bioenhancing & increasing population):
• claims:1-phytoplankton increase, 2-Fishstock increase,
3-CO2 sequestration due to phytoplankton increase:
• Mainly Iron(II)/Ferrous Ion (Fe2+) to fertilize certain selected body of water in ocean/lake for:(1st
claim)Phytoplankton increase(seemingly usually at least x2times, very effective to distribute at
low iron offshore surface area, but often lasts only short duration). Phytoplankton Increase is
significant level in all of dozen in-situ mainstream group trial of 0.5-120ton size conducted in
poor iron surface water area by FeSO4 scattering(NIWA, LOFAFEX, EisenEx, CROZEX, SERIES,
Ironex +).
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