Rhodium and other green metals in abundance15 Mar 2021 15:58
Listen carefully at the 3:30 - 3:50 area -
https://www.youtube.com/watch?v=d_YMY6yiMDE&feature=youtu.be
WK -
"Consistent with this anomaly, the paragenesis of platinum-group minerals (PGM) includes abundant Pd-bearing PGM, two unnamed phases, (Pd,Fe,Cu,Ni)(9)(S,Hg,As)(8) and Rh(Te,Hg), and alloys in the system Pt-Fe-Cu-Ni"
"Rh-rich pentlandite
KT 150-154 A bis 3 3 0.39 0.00 12.13 24.95 27.12 0.33 0.05 0.00 0.40 31.7 10.36 97.44"
12.3 being the Rhodium.
https://www.researchgate.net/publication/276054678_Unusually_pge-rich_chromitite_in_the_butyrin_vein_of_the_Kytlym_Uralian-Alaskan_complex_northern_urals_Russia
MT -
"positive Pd and Rh anomalies and relatively high Pd/Ir ratios of more than 20"
"supporting a lack of cumulus sulfide, whereas harzburgite from Travyanaya has
higher PGE concentrations and features an enrichment in PPGE relative to IPGE with
positive Pd as well as Rh anomalies and a high Pd/Ir ratio of more than 75". . . . . . .
https://orca.cf.ac.uk/112128/1/Critical%20Controls%20on%20the%20Formation%20of%20Contact-Style%20PGE-.pdf
"NKT (Nittis Kumuzhanaya Travanyaha) nickel, copper, cobalt, platinum, palladium, gold and silver with the following potential resources: Ni - c. 298,000 t, Cu - c. 229,000 t, Co - c. 11,300 t, Pt - c. 18.5 t, Pd - c. 55.0 t, (Pt+Pd= 73.5t or 2.3M oz) Au - c. 7.6 t, Ag - c. 185t (as per State Cadastre of Deposits, No. 22 on Murmansk Geological Information Archive Reference Note of 07.03.2019)."
GLA