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AKEMF
ALASKA ENERGY METALS CORP
stock OTC

EOD
Jul 28, 2026
0.0416USD-3.926%(-0.0017)311,799
Pre-market
0.00USD-100.000%(-0.04)0
After-hours
0.00USD0.000%(0.00)0
OverviewHistoricalExchange VolumeDark Pool LevelsDark Pool PrintsExchangesShort VolumeShort Interest - DailyShort InterestBorrow Fee (CTB)Failure to Deliver (FTD)ShortsTrends
AKEMF Reddit Mentions
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We have sentiment values and mention counts going back to 2017. The complete data set is available via the API.
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AKEMF Specific Mentions
As of Jul 29, 2026 9:03:29 PM EDT (1 min. ago)
Includes all comments and posts. Mentions per user per ticker capped at one per hour.
96 days ago • u/Sufficient-Room2082 • r/pennystocks • aemc_dd_large_us_nickel_resource_early_stage_but • :DDNerd: 🄳🄳 :DDNerd: • B
Been spending some time digging into Alaska Energy Metals (TSXV: AEMC / OTC: AKEMF) and figured I’d lay out what I’m seeing. This isn’t a hype post, just trying to break down what’s actually here and what still needs to be proven. 
At a high level, the company is centered around the Nikolai Nickel Project in Alaska, with the main focus being the Eureka deposit. What stands out immediately is scale. The current resource outlines billions of pounds of nickel, plus additional copper, cobalt, and some platinum group elements. 
So this isn’t a “high-grade discovery” story. It’s more of a bulk tonnage system, which usually means: 
Lower grade 
Larger footprint 
Requires scale + efficient processing to work economically 
That’s important because these types of deposits don’t move on drill results alone. They move when you start proving metallurgy, recoveries, and economics. 
That’s where things get a bit more interesting. 
The company has been doing metallurgical work on the Eureka material, looking at how it can actually be processed into concentrates and potentially refined further. This is one of the biggest risk factors for any large, lower-grade deposit. If recovery isn’t strong or processing costs are too high, the size doesn’t really matter. 
At the same time, they’ve indicated an internal “options study” is nearing completion. That’s typically what companies do before moving into a Preliminary Economic Assessment (PEA). So while they’re still early, this looks like the beginning of a shift from pure exploration toward figuring out whether this thing can actually work as a mine. 
Another angle here is jurisdiction. This is in Alaska, which is generally considered mining-friendly compared to a lot of other U.S. regions, but permitting is still a major hurdle. The project being added to the FAST-41 dashboard is worth noting. It doesn’t guarantee anything, but it does mean there’s at least a defined federal pathway for permitting and infrastructure development. 
Infrastructure itself is another piece. They’re working on access routes, camp development, and general logistics. Not exciting, but this is the type of groundwork that separates projects that move forward from ones that stall out. 
On the financing side, it’s what you’d expect. They’re raising capital through placements and using an ATM facility. That means dilution is part of the story, as it is with pretty much every junior at this stage. The real question is whether that capital continues to translate into meaningful progress, which so far seems focused on drilling, metallurgy, and studies. 
One angle that doesn’t get talked about much is the potential for carbon sequestration tied to the geology of the deposit. The Nikolai system is hosted in ultramafic rocks, which are rich in magnesium and can naturally react with CO₂ to form stable carbonate minerals. As the rock is processed and ground during mining, it increases the surface area of the remaining material, which could enhance its ability to capture carbon. 
The company is currently working with the Colorado School of Mines and Virginia Tech to better understand how effective this process could be using the project’s tailings. It’s still early-stage, but it adds an interesting environmental dimension that isn’t typically part of large-scale nickel projects. 
So stepping back, here’s how I see it: 
What’s there: 
Large-scale nickel resource in the U.S. 
Exposure to EV / battery metals (nickel, cobalt, copper) 
Early-stage metallurgical and economic work underway 
Some movement on permitting/infrastructure pathway 
What still needs to be proven: 
Can the material be processed economically 
What the actual project economics look like (PEA will matter a lot) 
Whether higher-grade zones exist within the system 
Long-term permitting timeline 
This isn’t a near-term producer story. It’s still firmly in the “prove it” phase. But it’s also not just a grassroots explorer anymore either. It feels like it’s entering that middle stage where the technical work starts to matter more than just drilling headlines. 
Curious if anyone else here has looked into AEMC or similar large-scale nickel plays in North America. 
Stock Info: TSXV: AEMC | OTCQB: AKEMF 
Not financial advice, do your own DD 
sentiment 0.99
96 days ago • u/Sufficient-Room2082 • r/pennystocks • aemc_dd_large_us_nickel_resource_early_stage_but • :DDNerd: 🄳🄳 :DDNerd: • B
Been spending some time digging into Alaska Energy Metals (TSXV: AEMC / OTC: AKEMF) and figured I’d lay out what I’m seeing. This isn’t a hype post, just trying to break down what’s actually here and what still needs to be proven. 
At a high level, the company is centered around the Nikolai Nickel Project in Alaska, with the main focus being the Eureka deposit. What stands out immediately is scale. The current resource outlines billions of pounds of nickel, plus additional copper, cobalt, and some platinum group elements. 
So this isn’t a “high-grade discovery” story. It’s more of a bulk tonnage system, which usually means: 
Lower grade 
Larger footprint 
Requires scale + efficient processing to work economically 
That’s important because these types of deposits don’t move on drill results alone. They move when you start proving metallurgy, recoveries, and economics. 
That’s where things get a bit more interesting. 
The company has been doing metallurgical work on the Eureka material, looking at how it can actually be processed into concentrates and potentially refined further. This is one of the biggest risk factors for any large, lower-grade deposit. If recovery isn’t strong or processing costs are too high, the size doesn’t really matter. 
At the same time, they’ve indicated an internal “options study” is nearing completion. That’s typically what companies do before moving into a Preliminary Economic Assessment (PEA). So while they’re still early, this looks like the beginning of a shift from pure exploration toward figuring out whether this thing can actually work as a mine. 
Another angle here is jurisdiction. This is in Alaska, which is generally considered mining-friendly compared to a lot of other U.S. regions, but permitting is still a major hurdle. The project being added to the FAST-41 dashboard is worth noting. It doesn’t guarantee anything, but it does mean there’s at least a defined federal pathway for permitting and infrastructure development. 
Infrastructure itself is another piece. They’re working on access routes, camp development, and general logistics. Not exciting, but this is the type of groundwork that separates projects that move forward from ones that stall out. 
On the financing side, it’s what you’d expect. They’re raising capital through placements and using an ATM facility. That means dilution is part of the story, as it is with pretty much every junior at this stage. The real question is whether that capital continues to translate into meaningful progress, which so far seems focused on drilling, metallurgy, and studies. 
One angle that doesn’t get talked about much is the potential for carbon sequestration tied to the geology of the deposit. The Nikolai system is hosted in ultramafic rocks, which are rich in magnesium and can naturally react with CO₂ to form stable carbonate minerals. As the rock is processed and ground during mining, it increases the surface area of the remaining material, which could enhance its ability to capture carbon. 
The company is currently working with the Colorado School of Mines and Virginia Tech to better understand how effective this process could be using the project’s tailings. It’s still early-stage, but it adds an interesting environmental dimension that isn’t typically part of large-scale nickel projects. 
So stepping back, here’s how I see it: 
What’s there: 
Large-scale nickel resource in the U.S. 
Exposure to EV / battery metals (nickel, cobalt, copper) 
Early-stage metallurgical and economic work underway 
Some movement on permitting/infrastructure pathway 
What still needs to be proven: 
Can the material be processed economically 
What the actual project economics look like (PEA will matter a lot) 
Whether higher-grade zones exist within the system 
Long-term permitting timeline 
This isn’t a near-term producer story. It’s still firmly in the “prove it” phase. But it’s also not just a grassroots explorer anymore either. It feels like it’s entering that middle stage where the technical work starts to matter more than just drilling headlines. 
Curious if anyone else here has looked into AEMC or similar large-scale nickel plays in North America. 
Stock Info: TSXV: AEMC | OTCQB: AKEMF 
Not financial advice, do your own DD 
sentiment 0.99


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