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This image relays the East Zone aside of, Far East 1,2 Takeaway ? Dotted Peridotite. = higher grades in these Peridotite due to proximity to, Gabbs + Sulphides. = What 2015 Crew focused on ( just the higher grade ores ) This second image ( chart ) reveals the indifferences of Ni and Cu grades by each author. Wellgreen began with all high grade What would happen if different assay methods were used ? Partial Digest vs Full Digest ?
Though this chart ( below ) describes the relationship of Ni to Plat Group... One can also fain a better insight of...copper grades. Compare the different year class testing of Ni + Cu .20% - .60% Far higher copper and nickel values Let's now ask.... what would happen if one added a shhhh load of lower grade tonnage outside the high grade zones = dilute the high grade with low grade. Did Wardrop use all the high grade cores ? Or.... dismiss many ? If 2013 reassaying was all about UG Mine and 200m stepouts How is it.... 2023 pfs is 400m further south from 2015's pea pitshell ? Did you know.... Peridotite deposites weather into = Laterite Deposites. YUP.... Anyone ever hear a mine complain over a laterite nickel depodit...? lol Peridotite = Juvenile Laterite = Elder Silicate decays = Iron oxides in peridotite condense from a 10% Fe to over 40% Fe Silicates turn to sands and darken to red oxide or black due to irons. Former post ( African Image ) Comparing Wellgreen's surficial aqua green coloration with Kakula Mine Kakula = The copper flotation recoveries for the quarter averaged 87.4%, https://www.juniorminingnetwork.com/junior-miner-news/press-releases/397-tsx/ivn/83299-kakula-copper-mine-underground-development-exceeds-1-840-metres-in-august-more-than-20-6-kilometres-now-complete.html Wellgreen
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