Boss Energy Limited (ASX: BOE; OTCQX: BQSSF) is pleased to advise that the commissioning process at its Honeymoon uranium project is proceeding to plan, with key metrics exceeding feasibility study forecasts.
Highlights
- Commissioning process advancing well, with key metrics ahead of feasibility study (FS) estimates, including:
- Wellfields averaging 80 - 100mg/L vs FS estimate of 47mg/L (~100% uplift)
- Ion Exchange loaded resin recoverability is virtually 100%
- Resin loading averaging 36g/L vs FS estimate of 27 g/L (~33% uplift)
- Elution performance > 7g/L vs a targeted range of 3 – 5 g/L
- First uranium sale is expected to occur in July with cash to be received in Q3 2024
- Boss remains highly leveraged to rising uranium price, with sales contracts covering just 1.8Mlbs over eight years
This outperformance is reflected in results of the uranium-rich Pregnant Leach Solution (PLS) from the wellfields, IX column resin loading and high grade IX column eluate.
The focus is now on optimisation of the ion exchange, elution and precipitation processes to achieve continuous operations.
Production update
Tenors from the individual wellfields into the PLS are averaging 80 - 100 mg/L. Honeymoon’s feasibility study assumed PLS grade of 47 mg/L based on results from the project’s previous operation.
The lixiviant chemistry, as proved during the field leach trial, is now demonstrating superior performance at commercial throughput rates. The increased leach efficiency leads to a more efficient loading on the ion exchange resin, effectively lowering operating costs as less reagents and power are required per drum of uranium.
A critical factor in resin performance is the actual loading of uranium from the PLS onto the ion exchange resin. Demonstrated loading rates of up to 36g/L are 33% higher than feasibility estimates. This means Honeymoon’s ion exchange circuit is currently making more uranium per cycle than designed. The cost of processing a cycle of ion exchange resin is fixed, which means that higher resin loading will drive a more efficient use of reagents.
Stripping of uranium from the loaded resin is virtually 100%, also demonstrating that the ion exchange process is working as designed, resulting in a high grade concentrated eluate greater than 7g/L.
First Sale of Product
Boss has sought from the outset to align its production strategy and timetable with the global uranium market, maximising its ability to capitalise on favourable supply and demand fundamentals.
As at 31 March 2024, Boss had ~$300m in liquid assets, no debt and diversity of supply with no jurisdictional risk. This strong balance sheet has provided Boss with flexibility to choose when it enters into contracts and to select pricing mechanisms which maximise our exposure to market upside while limiting risk in softer market conditions.
To date, Boss has entered into two binding sales agreement to sell 1.8Mlbs U308 to major European / US power utilities over eight years from 2024 to 2032. The Company intends to enter into further as the uranium price rises.
Boss’s contracting strategy is to monitor the markets and layer in contracts, predominantly market related, to optimise future pricing and, in the near term, to ensure profitability and cash flow as production ramps up. First delivery into these contracts is planned to occur in July 2024 with payment expected in that quarter.
Boss Managing Director Duncan Craib said: “We are very pleased with the commissioning progress to date. We are meeting or exceeding key feasibility study forecasts and the processing technology is performing as our extensive testwork showed it would.
“These early production results provide confidence that we are on-track to meet our ramp up targets. Ramp-up timing has been designed to align with a rising uranium market. We believe we will be hitting our straps as the uranium price rises in the near term”.
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FIGURE 1. GTI WYOMING PROJECT LOCATIONS
Figure 1 The Talus Uranium Prospect depicting the location of the incredibly high-grade soil samples. Note: surface geochemistry is highly coincidental with the large existing anomalous radiometric corridor.
