my Calcs ....using https://www.metalequivalent.com/it doesn't...

my Calcs ....using https://www.metalequivalent.com/
it doesn't have V or Ti so I just input the spot price per lb under the Mo - Li banners > PGE3 under Pt

USD Value per lb for V205 $3lb Ti $13lb ???


so using one of the best intercepts
= 6m @ 0.40% Cu, 0.79g/t PGE3, 0.66% V2O5, & 19.9% TiO2

work's out to be


As you can see from the grades "Titanium' makes up the vast 98% bulk of the value per ton of ore if these grades were constant across a ton of ore at those grades


Some interesting reading on Ti
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10847874/
2. Raw materials for the production of TiO2Despite the fact that titanium is the fourth most prevalent structural metal in the earth's crust, at 0.6 %, the expense of producing it has hampered its increase in use relative to other base metals on the market. It follows iron, magnesium, and aluminum, but it remains exotic because of its costly cost, which keeps it from attaining its full potential in maritime and automotive industry uses [4,8]. The mineral sources for the production of TiO2 are usually titanium-bearing ores, rutile, ilmenite, and lucoxene. Rutile is the richest ore containing 93–96 % TiO2, ilmenite from 44 to 70 %, and lucoxene concentrates can contain up to 90 % TiO2. Only 5 % of all the mined titanium ore goes directly to the production of titanium [8]. At present, more than 300 deposits of titanium minerals have been discovered worldwide, including 70 igneous, 10 lateritic, and more than 230 placer deposits. Of these, 90 deposits, mainly placer deposits, have been explored according to industrial categories.