Alaska Energy Metals Advances Exploration at Angliers Project

Alaska Energy Metals Conducts Comprehensive Geophysical Surveys

Alaska Energy Metals Corporation (TSX-V: AEMC, OTCQB: AKEMF) has successfully completed significant geophysical and soil sampling surveys at the Angliers-Belleterre project. This strategic exploration effort aims to identify zones that might reveal important metallic mineralization, notably nickel and copper deposits.

Highlights of the Exploration Program

Several key highlights from the recent surveys provide insight into the ongoing exploration activities conducted by Alaska Energy Metals. The helicopter-borne VTEM Max electromagnetic survey comprised an extensive 1,568 line kilometers. In parallel, an impressive total of 4,971 soil samples were collected to analyze the geochemical properties of the area. Additional efforts included rock sampling and field prospecting.

Survey Techniques and Objectives

The advanced VTEM Max survey, executed by Geotech Ltd., was specifically designed to locate conductive anomalies that could indicate the presence of metallic sulfides. This survey not only enhances our understanding of the subsurface geology but also assists in mapping the area's resistivity variations, vital for spotting potential mineralization.

Geochemical Studies and Sample Analysis

The accompanying geochemical survey involved collecting soil samples from the same areas explored by the VTEM survey. These samples are essential for detecting metal ions, providing insights into the mineral resources potentially lying beneath the surface. The combined analysis of electromagnetic anomalies and soil geochemistry might reveal excellent targets for future drill testing.

Collaboration with Expert Teams

Alaska Energy Metals' Chief Geoscientist, Gabe Graf, expressed satisfaction with the collaborative efforts of Geotech and Breakaway Exploration Management. He acknowledged their commitment to safety and efficiency throughout the surveys. Graf is optimistic that the forthcoming results will spotlight several targeted drilling opportunities as early as 2025.

Technical Overview of the VTEM Max Survey

The VTEM Max survey employs cutting-edge technology, utilizing full waveform recording to capture precise early-time measurements. This technique enables geologists to resolve structures close to the surface accurately. Additionally, the survey incorporates a highly sensitive cesium magnetometer, allowing for the detailed mapping of geological formations and their composition. The accuracy of the radar altimeter measures approximately one meter and is enhanced by a real-time GPS navigation system.

Future Steps for Alaska Energy Metals

As results from the geophysical surveys are anticipated, the management team is preparing for a thorough geological mapping process. This mapping will further define drill targets based on collected survey data. Alaska Energy Metals remains committed to unlocking the potential of the Angliers-Belleterre project, where they intend to explore further and enhance their mining prospects.

Company Profile and Mission

Alaska Energy Metals Corporation (AEMC) prioritizes sustainable sourcing of critical materials essential for energy security and intends to generate substantial returns for its shareholders. The company is concentrating on developing its polymetallic Eureka deposit in Alaska, alongside exploring opportunities at the Angliers-Belleterre project in Quebec.

Frequently Asked Questions

What is the purpose of the recent surveys by Alaska Energy Metals?

The surveys aim to identify potential zones of metallic mineralization, particularly targeting nickel and copper deposits.

Who conducted the VTEM Max survey?

The VTEM Max survey was completed by Geotech Ltd., a Canada-based geophysical survey company.

When are results from the surveys expected?

Results from the soil and electromagnetic surveys are anticipated to be received during the fourth quarter of 2024.

What technology is used in the VTEM survey?

The VTEM survey utilizes full waveform recording and a highly sensitive cesium magnetometer, aiding in the detection of near-surface structures.

What are the longer-term plans for the Angliers-Belleterre project?

Following analysis of survey results, the company plans to identify drilling targets and explore further in 2025.

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