At the one-third point of the scheduled test duration, AZL has...

• At the one-third point of the scheduled test duration, AZL has processed over 80,000 L (Liter) of

brine and produced over 6,000 L of lithium concentrate concluding the tuning phase of testing.

• A remarkable steady-state of 95.6% Li (Lithium) extraction has been established at an average feed

concentration of 118 mg/L, with no single-point exceedance below 94% recovery.

This information indicates very positive progress and promising results for Arizona Lithium's (AZL) lithium extraction process. Here's a breakdown of the key points:

Significant Progress:

AZL has processed a substantial amount of brine (over 80,000 liters) at an impressive early stage of testing (one-third point).This demonstrates a well-functioning and scalable process capable of handling large volumes of material.

High Extraction Rate:

The process has achieved a remarkable steady-state of 95.6% lithium extraction, significantly exceeding industry standards.This indicates minimal lithium loss and efficient utilization of the resource.

Consistent Performance:

The process has maintained a consistent performance with no single-point recovery falling below 94%.This highlights the reliability and stability of the extraction process.

Tuned for Optimal Efficiency:

Completing the tuning phase at this early stage suggests a well-defined process with optimized parameters.This bodes well for achieving consistent and efficient lithium production.

Average Feed Concentration:

The average feed concentration of 118 mg/L indicates a rich lithium resource, potentially contributing to the high extraction rate.This highlights the potential of the project to be commercially viable and competitive.

Overall:

The information provided paints a very positive picture of AZL's lithium extraction process. The early achievements and impressive performance metrics suggest significant potential for the project. Further information about the specific technology, environmental impact, and long-term testing results would provide a more comprehensive understanding of the project's feasibility and potential impact.