WA1 Resources’ (ASX:WA1) critical mineral laden Artuna project continues to prove itself as a potential rare earths goldmine (excuse the pun) as the company’s exploration team unveil more high-grade niobium and tantalum hits on-site the Pachpadra prospect, a target within the larger Arunta envelope.
The company found niobium for the first time back in October, which sent the company’s share price shooting up at the time.
Now, new assays from that same drill target have confirmed early-stage evidence niobium may be broadly present on-site.
WA1 first fired up the drills at Pachpadra back in August.
Rare earths grades are difficult to apply to one blanket rule, given that the type of rock REEs are hosted in tend to be more important than how much of one material is contained within it.
Low grades in a host rock that allows for easy processing can often turn up more material than high-grade material in host rock that poses too many downstream costs.
The REEs at Pachpadra are hosted in clays until 60m depth; deeper down, they are interpreted to be present within a larger carbonatite system.
With that in mind, WA1 reports the following grades:
12m @ 0.66% niobium from 61m depth
05m @ 0.90% niobium from 65m depth
The company’s October results included the following section:
54m @ 0.62% niobium from 162m depth, ending in:
01m @ 1.72% niobium
While WA1’s latest batch of assays don’t replicate a 54m long thick section, the company continues to prove the acumen of its ability to identify mineralised areas.
“The [acreage] hosts some very-high niobium grades, with the hole ending in the best grade yet we’ve seen at P2,” WA1 chief Paul Savich said, referencing the 1m section at 1.72% niobium.
“Of particular interest is the substantial increase in tantalum and rare earth element anomalism…suggesting potential for both lateral and vertical mineralisation within the P2 carbonatite system.”
Savich noted the company is currently planning ahead for its 2023 drilling program at the P2 target, where WA1 will continue to shore up confidence in its understanding of the niobium system present on-site the Arunta project.
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