The vanadium mineralisation produced exceptionally high-grade vanadium magnetite concentrates with the majority ranging from 2.0 – 2.6% V2O5 (vanadium pentoxide).
Highlight results for the vanadium magnetite concentrates include 29.9 metres at 2.4% V2O5, 11.6 metres at 2.8% V2O5 and 38.2 metres at 2.6% V2O5.
Re-sampled historical drill holes at Koitelainen Vosa Prospect
Notably, the grades of vanadium magnetite concentrates exceeded 2.4% over significant intervals in many holes, placing the Koitelainen magnetite concentrate amongst the highest grades globally.
Further geochemical results will soon be received for an additional five historical drill holes from the Koitelainen Vosa Prospect.
Pursuit's projects in Finland
The geochemical data from all 16 re-assayed historical drill holes will also allow the Exploration Target at Koitelainen Vosa to be upgraded to a JORC Inferred Mineral Resource, with the intention of reporting it in February 2019.
Following the definition of an inferred resource for Koitelainen Vosa, Pursuit aims to complete a scoping study before the end of April 2019.
Pursuit managing director Jeremy Read said: “There are some exceptional results in the geochemical data we have just received.
“The overall mineralised package of rocks varies from 9 metres to 97 metres thick, with the majority of the vanadium mineralisation being 20 metres to 30 metres thick.
“Most of the magnetite concentrates produced are grading in excess of 2% V2O5, with some values in excess of 3% V2O5, which is super high grade for a vanadium magnetite concentrate and differentiates the Koitelainen Project from most other pre-production vanadium projects.”
Shift to renewable energy
Vanadium redox flow batteries are increasingly being used for energy storage requirements.
With Europe rapidly transforming its energy grid to renewable energy, which will require large increases in battery storage, Pursuit’s projects are well placed to participate in the energy revolution underway in the region.