Clean Air Metals Announces Positive Results from Innovative Seismic Survey at the Escape Deposit Down-Plunge Extension

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Clean Air Metals Inc. ("Clean Air Metals" or the "Company") (TSXV:AIR)(FRA:CKU)(OTCQB:CLRMF) is pleased to announce the results of its Ambient Noise Tomography ("ANT") Survey conducted over the Escape conduit during the summer of 2024. The survey corroborated a potential one-kilometer down-plunge extension of the deposit. It highlighted possible high-grade target areas that will be evaluated with additional geophysics in 2025 in anticipation of a future drilling program.

The Escape intrusion is a key contributor to the Thunder Bay North ("TBN") Project, representing approximately 40% of the total metal content of the estimated 14 million tonnes indicated resource (NI 43-101 technical report on the Thunder Bay North Project, Ontario, Canada, SLR Consulting Canada Ltd, June 19, 2023) containing 2.4 million equivalent ounces of platinum. The ANT survey was designed to define the untested southern extension of the Escape intrusion, which seems to extend for more than 2 km along strike, as outlined by the magnetic data (Figure 1).

<strong>Figure 1.</strong> Airborne total magnetic intensity map with wireframes of Escape and Current conduits as determined from drilling. The Escape grid with seismic sensors is shown in white.
Figure 1. Airborne total magnetic intensity map with wireframes of Escape and Current conduits as determined from drilling. The Escape grid with seismic sensors is shown in white.

Clean Air Metals' VP of Exploration, Lionnel Djon, commented, "The ANT survey has proven invaluable tool for exploring conduits at the Thunder Bay North Complex. By measuring velocity changes between rock formations, we can more accurately image the potential location of conduits hosting PGE sulphide mineralization. These results will enable us to target our drilling with significantly greater precision, which is incredibly promising for the project's future."

Ambient Noise Tomography Survey (ANT)
The ANT survey is a passive seismic technique that utilizes naturally occurring ambient noise, such as ocean wave activity, wind, human activities, and atmospheric disturbances, to generate seismic waves. By analyzing these waves, ANT creates detailed images of the subsurface, providing valuable geological insights. The velocity model for the Escape Lake grid is presented in Figure 2.

Survey Interpretation
The velocity model reveals a significant negative velocity anomaly around the Escape and Current conduits at a depth of 160 metres. This anomaly extends persistently along the strike of the Escape conduit, reaching depths of up to 700 metres in the southern part of the Escape Fault. This suggests the potential for extending the Escape conduit along the southeast axis at varying depths. The observed velocity decrease in the southern section of the Escape Lake Fault partially aligns with the magnetic inversion model. Notably, where negative velocity anomalies coincide with positive magnetic anomalies, the possible location of the conduit is highlighted.