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GOOOF MORNING $AMNL ASK SLAPPERS!!!!!
Good clip of buying today.
And no cross trade.
The golden cross is almost upon us.
So is our penny break.
#popcorn_emoji
AMNL THE ANML
$AMNL
waiting for the .01 break getting closer, hopefully sellers let it go
Chart looks great coming off bottom. 21/8 cross coming. MacD positive with RSI Curling up at a low 56! We should be in 01s soon. AMNL
I stand corrected. Today was day 1 without the print
No. Yesterday we saw an EOD print of what appeared to be the last of it. Based on our sharpened pencil and calculator.
$AMNL
No T-trade for second day in a row. Dilution done
Did someone just flip 700k shares? Kinda looks like it. Just need a decent PR and we can have a good run
what are ,we,,waiting for
01 break coming
L2 is thin. It shouldn’t take much for a nice move.
Anything over 5900ft. Is AMNLs as far as any metals
That is exclusive I'll get to the bottom of this with details
GOOD MORNING $AMNL ASK SLAPPERS!!!!!!!!
I believe the rights they sold were specific to certain areas. Areas they, and you, don’t care about. Areas that have some metals but nothing to write home about interns of AMNL business opportunities. Drilling for precious metals is still entirely possible if they choose. Finding them in the course of regular business is also possible. Andrea also did this while he was ceo but he was to stupid to buy a drill that could go deep enough. and the same agreement was in place then. The clay is Mr Carney’s “gold.” I wouldn’t stick around if you are waiting for him to pull buckets of coins from the earth.
Check out “Exploration Agreement” on page 7 of this filing:
https://www.sec.gov/Archives/edgar/data/8328/000157587222000465/amnl-20220331.htm
Huh that's not what happened they sold the iron oxide equipment and iron. Applied Minerals Closes on the Sale of its Iron Oxide Assets
Stop with the false statements
GO $AMNL
It doesn't really matter since the company sold the majority of the mineral rights to precious metals several years ago to raise capital.
There sure are a lot of places to dig on this massive property.
Anything they find ending in “ium” gets me super excited.
#oopsAF
$AMNL
Ah I see then. Appreciate it. Thanks
Thats exactly what CEO said to us. He's going into the mine and built a drill shaft to get 90% pure clay. God only knows what else they will run into along the way! GOLD? SILVER? NICKLE? COBALT? PALLADIUM METALS? At least they are ready for whatever they find! Weeeeee
Check Twitter instead, they are on there. <EOM>
Pictures? Curious to see what’s out there
On our way back to .10 $$$$
surprise comeback
Presently, it can be sourced from New Zealand and it’s about half the purity of our Dragonite.
Up close, our clay is remarkably bright white to the naked eye.
Purity & Proximity for the Win!
#oops
$AMNL
The source(US domestic and high purity) is readily available and can be “tuned” to meet various parameters.
It doesn’t require as much infrastructure to scale as other companies like Sila and Group 14. It isn’t Chemical Vapor Deposited either which is currently expensive to produce at scale.
So it has lots Pro’s and very few negatives going for it.
What is unique about AMNL verses other battery plays, is they are sole source for the clay they have. Not all clay is the same, something I learned from my mentor 30 years ago..... Then tweaks to that clay improve its properties...
https://www.nasa.gov/feature/nasa-seeks-to-create-a-better-battery-with-sabers. Argonne listed as one of their main partners on the project.
Clearly there are multiple battery techs that are associated with Argonne, but it really leaves the door wide open so to speak.
Welcome EcoMike!
I’m stoked to be reading your contributions to our board!
$AMNL
I can’t open the second link. I’m a little familiar with the sodium ion tech. Sounds like DOE accidentally leaked some of our sodium ion tech to the Chinese recently. Maybe on purpose who knows.
Several major US government grants have been awarded to silicon companies lately. Amnl is in the right place at the right if you ask me.
I will continue to pound the table that they are not your typical otc scam company, and that their recent “teaming up” with Argonne NL after working with them for a couple year is paramount.
Argonne is one of, if not the best, NL in the US. On top of that they are a major partner with NASA in various sectors, but especially in the next generation battery technologies.
This is Nissan’s production line video.
Will take a look thanks. There are multiple composites, polymers, etc. that I’m aware of.
It’s definitely a challenge sifting through all the wording in this space. The various nuances like single wall, double wall, and multi wall carbon nano tubes obviously make a huge difference, yet are not always stated or obvious.
Double wall cnt, like halloysite, seam to be the sweat spot though when pertaining to cathode/seperator/anode applications. A lot of times in articles it just simply references carbon or silicon which is vary vague.
Holey graphene for example can be used in combination with mwcnt and/or other materials from what I’ve deducted.
Most battery separators are basically the same patent locked $$$$$$$ Technology.
Most of these new batteries are hybrids(1) with multiple materials / elements / compounds in cathode and anode. Not sure there any that a homogeneous single element material.
This you-tuber is one of the top most up to date and complete A-Z battery new tech and market people I know of. This is a video I was watching over the weekend on so called sodium ion.. (The short names(1) of these battery techs are miss leading to some extent)
https://youtu.be/Nqp3T-MLskw
Pretty sure he has covered your question in several videos..
It can definitely go there
The L’Oréal tweet seems to be verifying what you are saying. We are at rock bottom.. AMNL
The fact this company got a phase II SBIR US DOE grant is no small feat.
I know, I won 2 of them 30 years ago....
One of my mentors from the 1970s, a co-inventor named on my first patent, co-owned/started their own clay mine 25+ years ago.
He was a millionaire when he past away 3 months before Covid19 started, millions made from profits off the products he made for specialty environmental market applications. I learned a lot from him about real world industrial technology, and processes decades ago, 1970s and 1980s, when I was just a Padawan learner. Then I got my Bio-Chemical/Environmental engineering degrees and US DOE grants in the early 1990s... (Yes I too am getting old, but still have much good tread on my tires LOL)...
This firm here is the real deal. And if they find the right target markets for their clays, or set up and process the clays to meet the right market needs, they could become insanely profitable.
AMNL Volume over the last couple of days has been obliterating the 10 day avg volume. As they always say… “VOLUME BEFORE PRICE”
What about if they found other materials and metals
I've been nibbling this for a while. $$
BETTER SLAP THAT ASK BEFORE THIS IS ABOVE 5 cents!!!!!!! $$$$$$AMNL$$$$$$
It takes like 8 seconds to post pictures. Seems strange. The back and forth below takes longer than posting pictures.
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NEW YORK, NY / ACCESSWIRE / April 29, 2020 / Applied Minerals, Inc. (the "Company" or "Applied Minerals") (OTCQB:AMNL),
a leading global producer of halloysite clay, under the trade name DRAGONITE, and advanced natural iron oxides, under the trade name AMIRON,
announced that will dedicate additional resources toward the commercialization of silica and silicon anode material derived from halloysite clay for use in lithium-ion battery applications.
Published research has demonstrated nano-scale silica and nano-porous silicon anode material
synthesized from halloysite clay significantly increases the energy storage capacity and cyclability of lithium-ion batteries.
Silica and silicon-based anode material synthesized from halloysite outperforms standard silica and silicon.
One objective of the battery industry is to identify a way to significantly increase the percentage of graphite
(a widely used anode material) replaced by silica (~10%) and silicon (~5%) as the anode material of a lithium-ion battery.
Achieving this objective would accelerate the development of the next generation of lithium-ion batteries for electrical vehicles, consumer electronics and energy grid storage.
Silica and silicon have significantly greater lithium-ion storage capacities than graphite and are the reason why battery manufacturers
of electric vehicles desire to replace as much graphite as possible with silica or silicon.
However, current replacement rates have been limited to 10% and 5%, respectively,
because upon lithiation both standard silica and silicon experience significant volumetric expansion during charging cycles.
This volumetric expansion creates stresses in the anode after the first few charging cycles,
which in turn produce mechanical failures that result in a significant drop-off in battery performance.
Third-party studies have shown that, over a limited number of charging cycles, halloysite-derived silica and silicon anode material
experiences a significant reduction in volumetric expansion and the associated degradation in battery performance.
With additional research and development resources dedicated to building upon previous research,
the Company believes the commercialization of silica and silicon anode material in lithium-ion batteries is achievable.
Management is collaborating with a major global lithium-ion battery producer in the U.S.,
a research institute in Japan and recently began working with Brigham Young University to achieve this commercialization goal.
The Company continues to work with its consultant, Greg Nielson, Ph.D., on its lithium-ion battery strategy.
The current estimated market size of graphite anode material used in electric vehicle batteries is approximately 250,000 tons per annum.
This market is currently valued at $750 million - $1.0 billion.
The Company believes a significant portion of this graphite anode material can eventually be replaced with halloysite-derived silica and silicon.
About Applied Minerals
Applied Minerals is the leading producer of halloysite clay and advanced natural iron oxide solutions from its wholly owned Dragon Mine property in Utah.
Halloysite is aluminosilicate clay that forms naturally occurring nanotubes.
In addition to serving the traditional halloysite markets for use in technical ceramics and catalytic applications,
the Company has developed niche applications that benefit from the tubular morphology of its halloysite.
These applications include carriers of active ingredients in paints, coatings and building materials, environmental remediation,
agricultural applications and high-performance additives and fillers for plastic composites.
Applied Minerals markets its halloysite products under the DRAGONITE™ trade name.
From its Dragon Mine property, the Company also produces a range of ultra-pure natural iron oxides consisting of hematite and goethite.
Combining ultra-high purity and consistent quality,
the inherent properties of the iron oxide from the Dragon Mine allow for a wide range of end uses in pigment and technical applications.
Applied Minerals markets its comprehensive line of advanced natural iron oxide pigments under the AMIRON™ trade name.
Additional information on the Company can be found at www.appliedminerals.com and www.AMIRONoxides.com.
Safe Harbor Statements
The following are safe harbor statements under the Private Securities Litigation Reform Act of 1995 for Applied Minerals, Inc.
Some statements contained or implied in this news release may be considered forward-looking statements, which by their nature are uncertain.
Consequently, actual results could materially differ.
For more detailed information concerning how risks and uncertainties could affect the Company's revenue pipeline,
please refer to Applied Minerals' most recent annual and quarterly reports filed with the SEC.
The Company assumes no obligation to update any forward-looking information.
IR Contact:
Richard P. Brown
978-767-0048
rbrown@appliedminerals.com
SOURCE: Applied Minerals, Inc.
View source version on accesswire.com: PER IHUB MGMT |
02-07-2021
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