Ann: Cummins Range Project Metallurgical and Geotechnical Update, page-4

https://www.livewiremarkets.com/wires/bhp-crystal-ball-gazer-upgrades-warning-of-impending-copper-deficit

RareX:

Talking about the big thematics out there, RareX (REE) has set out to ride two of the biggest – fertiliser to meet the need to feed the world and rare earths for global decarbonisation through electrification.

It has the underpinning phosphate-rare earths project to proceed down the dual carriageway - its large scale Cummins Range deposit some 135km from Halls Creek in Western Australia’s Kimberley region.

Phosphate – one of the three primary macronutrients for plant growth – is a relative late-comer to the Cummins Range story but is now emerging as a low capex/high returning “starter” project, with combined phosphate/rare earths to follow in later years.

Prices for rare earths (RE) have taken a beating in 2023, making it difficult for RE explorers/developers to gain traction in the market. Even so, broad agreement that demand/pricing for the magnet REs will take off in the second half of the decade remains.

RareX was a 3.8c stock on Thursday for a market cap of $26 million. So it is not as if it has the scale to stare down both the RE market and the equities market and get cracking on the RE component of the Cummins Range orebody in the here and now.

Think of a simple direct shipping (DSO) phosphate rock project as a bridge to becoming a RE producer of scale. As the company likes to put it, it is all about phosphate production enabling RE production. It is a neat bit of de-risking not available to most of the RE players on the ASX.

The plan began to take shape this week with the release of a scoping study into a rock phosphate direct shipping project with a 3-year life as the first stage of a three-stage development plan that moves into phosphate-RE concentrate in the second stage, and an upgraded third stage.

The second stage involves big bucks (an estimated $304m) but the strategic nature of RE and the north Australian location suggests grant funding is likely to be available. The forecast surge in RE demand/prices would also no doubt help.

But before then, a rock phosphate costing a doable $45m and producing 63,000t annually of contained phosphorus pentoxide annually could be chugging away earning a solid cashflow and establishing an operational base for the main event of large scale phosphate and RE production.