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TOMRA Mining’s ore sorting solution helps Renison tin mine do ‘more with less’

TOMRA Mining and its X-ray Transmission (XRT) technology has, the company says, provided an effective solution for the extreme conditions at the Bluestone…



This article was originally published by International Mining

TOMRA Mining and its X-ray Transmission (XRT) technology has, the company says, provided an effective solution for the extreme conditions at the Bluestone Mines Tasmania JV (BMTJV) Renison tin mine in Tasmania, Australia, with sensor-based ore sorting solution unlocking significant value and delivering environmental benefits.

The Renison mine is 50% owned by Metals X through the BMTJV, and is the only major tin mine in production in Australia with a mining rate of close to 1 Mt/y, according to TOMRA. While slated capacity is 1 Mt/y, the concentrator is restricted to 750,000 t/y.

The mine’s extreme humidity and highly acidic processing water (pH around 4.5) create unique challenges for the sorting process, the equipment and waste management, according to TOMRA.

A complex flowsheet

The underground mine operates a primary crushing system before the material is transported to the surface through a shaft. Once there, it enters the pre-concentration plant, where it undergoes a three-stage crushing, screening and cleaning process. The particles are split into two fractions – 10-25 mm and 25-60 mm – which are fed into two TOMRA XRT sorters. The output consists of two streams: the product, which is transferred to the wet plant, and the waste, which is fed into a TOMRA EM sorter to separate acid-forming sulphides from this waste stream.

In the wet plant, the product goes through primary grinding followed by bulk sulphide flotation. The tailings are processed downstream to concentrate the cassiterite tin mineral through gravity concentration; gravity tails are further treated via desliming and tin flotation. The combined concentrates are fed to a leaching circuit to remove carbonate minerals. After a final wash stage, the concentrate is de-watered and dispatched.

BMTJV approached TOMRA to address two key requirements at the plant. The first was the need to upgrade the tin feed to the plant, as Ben Wraith, Principal Project Metallurgist at BMTJV (pictured below), explained: “The Renison tin operation wanted to achieve economies of scale, putting more tonnes through the front end of the plant without upgrading the back end downstream – we wanted to do more with less.”

The second requirement was to address the environmental issue of removing acid-forming sulphides from the waste.

Following site visits and extensive discussions with BMTJV’s teams, TOMRA proposed a solution that addressed the tin feed quality with two COM Tertiary XRT 1200 sorters and the waste issue with a COM Tertiary EM 1200 sorter. A team from BMTJV visited the TOMRA Test Center in Sydney, Australia, where they observed what the XRT sorter operating at capacity is capable of.

Gavin Rech, Technical Manager at TOMRA, said: “Our XRT stands out for the high spatial and density resolution and its ability to do contrast sorting, identifying fine high-density tin inclusions in the ore with an accuracy that has no equal on the market. On top of that, it can separate it from the acid-forming sulphides, so that we have the ability of pulling the tin into the first product and sending the rest to the EM sorter.”

Gavin Rech, Technical Manager at TOMRA

The two COM Tertiary XRT 1200 sorters went into operation in 2018. Initially, BMTJV’s strategy focused on low reject grades, devoting less focus to achieving the mass reject rate and overall process plant throughput. However, the specific conditions at the Renison mine affected the results achieved. The large variance in run of mine (ROM) particle size distribution resulted in insufficient stability in the feed to the circuit. In addition, the extremely wet conditions in west Tasmania and consequent high ambient moisture content, combined with the high moisture of the ore delivered from underground, further affected the sorting process.

In 2019, a new investigation was conducted into the ore sorting performance and led to a change of direction, where the operation shifted away from targeting low reject grades, towards sorting as aggressively as possible, according to Wraith, moving from a “tin recovery-based” operating strategy to a “mass reduction” one.

“We are getting 20-25% mass reduction, so 75-80% of the materials are going into the wet plant, and we are still achieving 97-98% tin recovery overall across the crushing circuit,” he said. “Pre-concentration didn’t materially impact overall recovery because the tin in the material that is rejected as waste is extremely fine grained and a proportion is associated with sulphides, so it wouldn’t have been fully recovered in the downstream wet plant and would have been lost to tailings.”

This approach, he said, is best for Bluestone’s application as it provides the ability to process 15-20% more tin units without having to upgrade the downstream concentrator.

Wraith added: “Operating the sorting circuit has slightly increased our overall processing cost, but this is more than offset by the large increase in ROM throughput by 15-20% and, thus, tin production, so the unit cost per tonne of tin produced is reduced by almost 10%. We’ve broken multiple production records in the last year in tin units, and this gives us confidence in what we can achieve because the machine performs over and over again if you treat it right and if you prepare your feed correctly.”

TOMRA XRT success leads to upgrade decision

In view of the results achieved with the two TOMRA XRT sorters, BMTJV decided to upgrade the ore sorting circuit with two new, recently launched XRT models with stainless steel internal parts and advanced features such as the TOMRA ACT user interface and the TOMRA Insight cloud-based platform, according to TOMRA.

“The decision to buy new machines was easy,” Wraith said. “The stainless steel will assist prolonging the TOMRA sorter’s life by protecting the unit from our high-moisture and corrosive environment. The more ergonomic design will help our maintenance teams, which is particularly important for machinery operating in these harsh conditions.”

Wraith said the use of TOMRA Insight, the ore sorting company’s subscription-based service that relays and analyses machine data, will “enhance everybody’s understanding and experience of the machines”.

He added: “It will be more of an analytical platform for our metallurgy and maintenance staff, providing ample opportunity to gain valuable information that can be analysed and optimised over time. The one feature I am personally interested in is the particle size monitoring through the machines, which will enhance our overall circuit performance because we have an integrated circuit with the crushing and screening plant. Feed preparation is key to maintain a consistent performance – knowing how well you’re preparing your feed in a live fashion can only end up with a better result.”

TOMRA will also be able to log into the machine and check the daily reports generated by TOMRA Insight, so its technical teams will be prepared ahead of site visits for maintenance or optimisation.

Wraith concluded: “TOMRA has been working with the site maintenance team to tailor solutions to our operating environment, which has been invaluable. TOMRA supported me through site visits, which included equipment inspections, site-based training of our personnel, and an openness to continually improving the technology and finetune it to our site-specific requirements. They assisted the site with troubleshooting, optimisation, discussing the nuts and bolts of the issues as they arose, and finding a solution that works.”

The post TOMRA Mining’s ore sorting solution helps Renison tin mine do ‘more with less’ appeared first on International Mining.

Author: Daniel Gleeson


BHP (NYSE:BHP) Inaugurates First Autonomous Rig at Spence Copper Mine in Chile

BHP’s (NYSE:BHP) copper operation, Spence, located in northern Chile, has begun its journey to autonomy by inaugurating its first drilling rig. This…

Atacama Desert located in North Chile.

BHP’s (NYSE:BHP) copper operation, Spence, located in northern Chile, has begun its journey to autonomy by inaugurating its first drilling rig. This event marks the beginning of the implementation of many other projects that seek autonomy and safer, more competitive and sustainable mining practices. 

The equipment used is the Pit Viper 351 model, which is operated remotely from the Spence control room located approximately 2 kilometres from the mine pit. The use of this equipment will significantly reduce the exposure to operational health and safety risks of the workforce, which is a strategy that will continue to be implemented throughout the current year. 

Five Rigs to be Commissioned

Five autonomous drilling rigs will be commissioned gradually over time. The plan is that in the future 100% of the drilling fleet will be autonomous. Similarly, it is planned that during 2022 the operation will make a strong decision regarding the autonomy of its truck fleet. 

Regarding the implementation of these changes Pedro Hidalgo, the head of Autonomy at BHP Minerals Americas said, “Spence’s first autonomous drilling rig is the spearhead of a broader program that we are implementing at BHP’s main operations in Chile. We are not only working on drills but also on autonomous trucks. We are very pleased to meet this first milestone that will allow us to advance in the Autonomy Program at both Spence and Escondida”.

The active participation of Spence workers has been fundamental for the development of the project. From the study stage, which began two years ago, to date. 

Spence Copper Mine

For the project, Spence opened 16 new job categories such as autonomous drill controllers and autonomous drill yard operators. The selected employees underwent an arduous training and special training with a duration of approximately 200 hours divided into practical and theoretical learning.

BHP built a US$2.46 billion concentrator plant for the Spence project last year, capable of generating 95,000 tons of material per day. The plant is expected to extend the life of the Spence mine by producing 300,000 tons per year until at least 2026. Spence’s first copper sales are expected to take place in the first quarter of the year. 


The above references an opinion and is for information purposes only. It is not intended to be investment advice. Seek a licensed professional for investment advice. The author is not an insider or shareholder of any of the companies mentioned above.

The post BHP (NYSE:BHP) Inaugurates First Autonomous Rig at Spence Copper Mine in Chile appeared first on MiningFeeds.


Author: Matthew Evanoff

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This Junior Miner Is Looking for Big Gold

Source: The Critical Investor   01/27/2022

The Critical Investor is looking into Aztec Minerals, which is aiming to delineate two oxide deposits…

Source: The Critical Investor   01/27/2022

The Critical Investor is looking into Aztec Minerals, which is aiming to delineate two oxide deposits in Mexico and Arizona, both with large scale porphyry/CRD potential at depth.

Some of the most interesting juniors are the ones that already have sufficient, solid drill results to delineate a very decent NI43-101 resource, but can grow them even larger, and have flown under the radar for a long time while quietly completing their drill programs.

Often a change in management and/or changing metal sentiment are all it takes to achieve significant re-ratings. Aztec Minerals Inc. (AZT:TSX.V; AZZTF:OTCQB) seems to be just that type of junior mining company, focusing on gold/copper projects, with the additional benefit of a high-profile founder (Bradford Cooke, Executive Chairman and founder of Endeavour Silver), and interestingly lots of exploration potential at depth for both their JV projects, Cervantes (Mexico) and Tombstone (Arizona, U.S.). With about CA$2 million in the treasury, drill results for Cervantes coming in the second half of February, and another drill program planned for Tombstone, it looks to become a busy and interesting year for Aztec Minerals.

About Aztec Minerals


Aztec Minerals is a mineral exploration company focused on the discovery of large polymetallic mineral deposits in the Americas. The current flagship project is the Tombstone project in Arizona, containing historic mines which produced 32 Moz silver and 240 koz gold from 1878 to 1939. The former flagship Cervantes project is a porphyry gold-copper property in mining-friendly Sonora, Mexico. Both projects have seen sufficient drilling to indicate significant oxide heap leach resource potential, and both have large scale exploration (porphyry and CRD type mineralization) potential at depth.

Aztec Minerals was listed in 2017, with Cervantes as their qualifying asset at the time. Despite strong drill results generating impressive gold-copper intercepts in 2018, often starting almost from surface, negative mining sentiment didn’t help the story, and the company didn’t follow up with drilling at depth at Cervantes at the time. During 2017, the Tombstone property was optioned, but didn’t see any drilling. Both properties have seen further geophysical surveys and target definition, and after the COVID-19 crash of March 2020, Aztec management made the most of a complete market turnaround, initiated by the huge $2 trillion stimulus package.

The newly incoming Chief Executive Officer Simon Dyakowski enjoyed a recovered share price and a CA$3 million raise in the summer of 2020, and drilling at Tombstone resulted in strong oxide intercepts. Unfortunately, the newly enjoyed positive mining sentiment didn’t follow the continuing general stock market recovery, which went on to new all-time highs until very recently when the Fed decided to utilize a more hawkish stance on rising interest rates, and Aztec was no exception:

Share price 5-year timeframe (Source:

Despite macro economic antics, it looks like the share price is bottoming now. With the current high inflation environment, the negative real rates, being the main (at least for me) sentiment driver for gold, seem stronger than ever. So it looks like the gold price seems set for a move higher soon.

When looking at management and the Board of Directors, the most recognizable name is of course founder and Chairman Bradford Cooke (MSc Geology), who is also the founder and Chairman of Endeavour Silver (CA$883 million market cap, over CA$1.5 billion in May 2021) and Canagold Resources. At the helm is President and Chief Executive Officer Simon Dyakowski (CFA, MBA), who has extensive experience in corporate development and capital markets (RBC, Bank of Tokyo, Salman Partners, and various junior mining companies). He is assisted by Vice President of Exploration Allen Heyl (BSc, P.Geo), who has over 38 years of experience, mostly in the Americas. Allen was important to the discovery and evaluation of over 30 Moz gold and 25 Mt copper, including Marmato-Enchidia (Aris Gold), Motherlode (Corvus/Anglogold Ashanti), Rio Blanco (Zijin Mining), and Tres Cruces and Nueva Condor/Huampar (Oroperu). Management is assisted by a Board of Directors with lots of experience in all relevant fields, and supported by an advisory board with another 70 years of relevant experience.

Some basic information on share structure: Aztec Minerals has a tight 64.96 million shares outstanding, and trades at an average daily volume of 63,000 shares. There are 13.2 million warrants (bulk of it priced at CA$0.40, expiring in August 2022) and 4.845 million options (weighted average price of 25 cents with an average remaining life of 2.1 years), meaning the fully diluted number of shares stands at 83 million shares now. Management and the Board of Directors hold 10%, other insiders 3%, and a few funds and high net worths hold 20%.

The cash position is estimated at CA$2 million, with no debt, and management is looking to raise more depending on drill results. For the last nine months ended Sept. 30, 2021, G&A was CA$1.06 million, which was substantial as exploration expenditures for the same period came in at just CA$1.03 million. Dyakowski had this to say about it: “G&A was higher due to legal fees to negotiate the Cervantes JV. We also had to support the exercise of warrants that expired in July 2021 and October 2020.”

The current share price is CA$0.23, resulting in a current, tiny market cap of CA$14.94 million, and this is one of the reasons I believe this little junior could become a genuine multi-bagger in a year or two. Let’s have a look at their projects to see why I believe this kind of potential could be there.

The Tombstone and Cervantes Projects


Aztec Minerals has two core assets in its portfolio, which are Cervantes and Tombstone. Both projects are part of a JV, where Aztec Minerals is the operator and majority owner in both JVs, and both projects are located in mining friendly and prolific areas, as can be seen here:

The current flagship project of Aztec Minerals is the 434 hectare Tombstone project in Arizona. The company is the operator of a 75/25 JV with private Tombstone Partners. Tombstone hosts a historical mine from the old days, called the Contention Mine, producing 32 Moz of silver and 240 koz of gold, mostly from CRD deposits and oxide ores between 1878 and 1939. Historic mining was terminated because of lack of technology to counter the water table related inflows at the time.

In a nutshell, CRD stands for Carbonate Replacement Deposits, where the orebody is formed by replacement of sedimentary, usually carbonate rock by metal-bearing solutions in the vicinity of igneous intrusions. Igneous intrusions form when magma was forced into older rocks at depth, then cools and solidifies before it reaches the surface. Three common types of intrusion are sills, dykes, and batholiths. In many cases, CRD deposits are close to skarn/porphyry deposits, and often have the shape of vertical chimneys or more horizontal blankets (called mantos). A well-known and nearby example is the large Taylor deposit, discovered by Arizona Mining (taken over by South32 recently for CA$1.8 billion). A schematic section of a geological model for CRDs, developed by Dr. Peter Megaw, who was the first to describe them in his doctoral thesis, can be seen here:

The intrusive stock drawn in the model above usually stands for Cu-Au or Moly porphyry mineralization. Usually in these geological models, the zonation for metals begins with copper/gold/moly at depth, then there is a zinc/lead/silver zone, and more close to surface one can find silver/gold. Quite often, a CRD or porphyry has an oxide gold/silver cap at surface, which is heap leachable, and this is exactly the case at Tombstone (CRD) and Cervantes (porphyry). 

RC drill programs completed in 2020 and 2021 at the Contention pit indicated substantial mineralization, as all but one of the 44 drill holes intercepted gold and silver. Intercepts were often long, and also predominantly longer than the thickness of overburden at each hole, indicating a potentially favorable stripping ratio which could bode extremely well for future economics. For example, the drill results of 2020 are shown in the table below, with only 6 of 21 holes starting at a depth deeper than the length of intercept itself (probably handy to zoom in with your browser):

Highlights are TR20-002: 67m @ 1.07g/t Au (1.6g/t AuEq) from 19.8m, TR20-003: 93m @ 0.77g/t Au (1.07g/t AuEq) from 6.1m, TR20-009: 30.48m @ 3.31g/t Au (3.78g/t AuEq) from 32m, TR20-017: 140.21m @ 0.38g/t Au (0.62g/t AuEq) from 1.5m, and TR20-018:  32m @ 1.4g/t Au (2.09g/t AuEq) from 80.8m. Please note several holes were drilled under significant angles like hole TR20-017 and TR20-018, reducing true width to sometimes even 30% of apparent length. Notwithstanding this, these are amazing results, for sure when taking into account that almost all holes bottomed in mineralization, and that the encountered mineralization was oxidized and heap-leachable. Interesting to see are the intersected historic underground workings, being developments, or (very) high grade veins being mined below the historic open pit.   

The 2021 program was designed to step out from the 2020 holes, spaced 50 meters apart along fence patterns trending north-northeast, dipping from near vertical to -45 degrees east. The 2020 drill collars are indicated in green, the 2021 collars in red:

The news release from Dec. 7, 2021 provided a complete list of all drill results, and these didn’t exactly disappoint either. Highlights are TR21-03: 32m @5.7g/t Au (6.3g/t AuEq) from 80.7m, TR21-06: 74.7m @ 0.22g/t Au (0.47g/t AuEq) from 83.3m, TR21-10: 96m @1.39g/t (2.2g/t AuEq) from 25.9m, TR21-11: 24.4m @ 1.2g/t Au (2.22g/t AuEq) from 82.3m, TR21-16: 64m @0.8g/t Au (1.03g/t AuEq) from 48.8m, TR21-017: 64m @ 1.73g/t Au (2.53g/t AuEq) from 27.4m, and highlight among the highlights hole TR21-22: 65.5m @ 2.44g/t Au (3.4g/t AuEq) from 21.3m. This last hole was a twin hole from a historic hole, and the result was even exceeding expectations. Please note true width sometimes varies considerably from apparent widths as well in this drill program, as mineralized zones tend to dip from 20 to 80 degrees. Although the most southern-located holes TR20-10 to 15 returned decent intercepts of lower-grade mineralization, these are still economic. Therefore, it seemed reasonable to follow up by “infill-stepout” holes more to the north, but this didn’t happen yet. According to Dyakowski, this was due to more competent rock in that area, so they decided to drill this part later on with diamond drilling, and also to drill deeper which requires diamond drilling to hit targets at depth.

In the following section, it can be observed how consistent the gold mineralization is, and more importantly, is open at depth:

The water table is located at about -150 meters depth, but poses no problem whatsoever with current dewatering equipment. Standard open pit depths are about -200 meters, so there is more exploration potential at depth, but also laterally. The total drilled area now measures 900 meters long by 230 meters wide, and to maximum depths of 200 meters. When doing a back-of-the-envelope guesstimate, this could result in a 900 meters by 150 meters by 50 meters by 2.75 t/m3 = 18.5 Mt mineralized envelope, at an average grade of 1g/t AuEq this could already result in an estimated 600 koz AuEq resource. As the area is open laterally and at depth, I’m curious how far Aztec management can take this.

Besides this open pit potential, management firmly believes there could be large CRD type mineralized potential at depth (150 meter to 1,000 meter depth), based on several meaningful deeper drill results which already had results like 7.16m @ 6.5%Pb and 2.6%Zn, indicating high grade CRD mantos, the presence of nearby manganese-silver rich mines, and other polymetallic mines located in the same type of host rock, in this case Paleozoic limestone. Besides this, Tombstone is on the same trend and just 60 kilometers away from the Taylor deposit (Arizona Mining/South 32):

Whereas results and interpretation of Phase 2 RC drilling program tested shallow epithermal gold-silver mineralization, the upcoming Phase 3 drill program is designed to target deeper epithermal gold-silver mineralization below the Contention pit, and the coveted deep CRD silver-lead-zinc-copper-gold mineralization in Paleozoic limestones underlying the Bisbee Sediments. This program will be scheduled after Cervantes drilling has been wrapped up, and more money is raised according to management.

A geophysical survey involving resistivity already outlined a significant target at depth, which can be seen below:

This will be the focus of the deep drilling from the Phase 3 program at Tombstone. For clarity: The vertical brown line is an interpretation of the Contention Fault which runs from north to south along the Contention Pit.

The second project of Aztec Minerals is the former flagship 3,650 hectare Cervantes project, which is a porphyry gold-copper property in mining-friendly Sonora, Mexico, and Aztec Minerals is the operator of a 65/35 JV with listed Kootenay Silver).

The Cervantes project has already seen a lot of reconnaissance exploration, such as IP surveys, airborne magnetics and radiometrics, but also soil sampling which can be seen on the map below. But only the California target has seen drilling so far, with strong results, as Phase 1 highlights show:

  • 160 meters of 0.77gpt Au, 0.13% Cu and 3.4gpt Ag
  • 139 meters of 0.70gpt Au, 0.10% Cu and 2.1gpt Ag
  • 43 meters of 1.18gpt Au, 0.16% Cu and 5.1gpt Ag

A map with the 2018 drill collars from a 17-hole 2,675 meter Phase 1 program, testing a 900 meters by 600 meters gold in soils anomaly can be found below. All holes intersected gold-copper-silver mineralization:

To get a good grasp on results at California, have a look at the table with the full results from the 2018 program, with the best holes highlighted in red:

It was interesting to read about preliminary metallurgical test work on oxidized drill core, as recoveries were achieved up to 88% for gold, and 78% on mixed oxide-sulphide material. This is extremely good for oxide recoveries and transitional ore recoveries, more standard are 70% to 75% for oxides and 50% to 60% for transitional ore.

Aztec Minerals estimates a drilled area of 800 meters length by 200 meters width to a depth of about 150 meters. As can be seen on the section below, all drill holes were drilled under an angle, but as the surface and thus the mineralization itself are dipping under a gentle angle as well, it can be assumed that true width in the case of Cervantes is 60% to 70% of apparent width. This in turn made me guessing about a 800 meter by 200 meter by 70 meter by 2.75 t/m3 = 30.8Mt mineralized envelope, assuming an average grade of 0.6 g/t Au this would result in an estimated 600 koz Au, excluding copper and silver credits, so slightly more than Tombstone. Not bad at all for an oxide deposit if management can prove this up and hopefully expand these numbers further. But this is not all, as you are probably already aware of potential at depth by now.

A 12.8 km pole-dipole IP survey was completed in 2016 over 220 hectares covering portions of the California soil anomaly and the Jasper prospect. Strong chargeability anomalies starting from the surface to depths of at least 600 meters were outlined. Such broad, strong chargeability anomalies are often associated with large zones of disseminated sulfide mineralization typical of porphyry copper deposits.

A three-dimensional IP survey covering 520 hectares was conducted in 2019, extending the coverage from the 2016 survey towards the west and southwest covering three additional targets: Estrella, Purisima East, and Purisima West. Impressive and extensive IP anomalies were detected from near surface to depths of 500 meters on all three targets.

Aztec Minerals started a substantial Phase 2 5,000 meter RC drill program on Dec. 14, 2021, and depending on drill results, is looking to delineate a resource estimate on the California, California Norte, Jasper, and Purisima East targets. According to a very recent Jan. 26, 2022, news release, the first 14 holes are completed now, totaling 2,810.6 meters, and results are anticipated in the next several weeks. Two holes of 500 meters depth are planned at California to test the IP chargeability anomaly as pictured above. The balance of the Phase 2 program will test an IP chargeability anomaly at California Norte, and an outcrop at the Jasper target. As Aztec Minerals also identified very large IP chargeability anomalies at depth, it is looking to find large porphyry sulfide gold-copper mineralization there, which will also be explored in the ongoing Phase 2 program, and could very well shape up to be a very interesting wild card for investors.

Wild cards aside for gamechanging opportunities at depth, personally I like the oxide resource potential of say 600 koz to 1 Moz Au for both projects the most, as only one economic oxide project of this size could easily already support a CA$50 million market cap, let alone two. And without any further discoveries at depth included.   

Positioned For a Re-Rating


At a current market cap of just CA$15.9 million with about CA$2 million in the treasury, with two realistic chances on an economic oxide deposit AND two wildcard chances on deep, large scale mineralization, plus inflation running wild which could provide gold with a perfect setup for higher levels, Aztec Minerals seems to be positioned well for a re-rating this year. Drill results for Cervantes are due in the second half of February 2022, and a new drill program is planned for Tombstone. In addition, management indicated it is seeking opportunities in safe jurisdictions within the Americas for projects with high quality bulk tonnage gold/silver/copper potential, so an acquisition is not out of the question in 2022, which seems to be shaping up to be another busy year for Aztec Minerals.

I hope you will find this article interesting and useful, and will have further interest in my upcoming articles on mining. To never miss a thing, please subscribe to my free newsletter on in order to get an email notice of my new articles soon after they are published.

All presented tables are my own material, unless stated otherwise.

All pictures are company material, unless stated otherwise.

All currencies are in U.S. Dollars, unless stated otherwise.

Please note: the views, opinions, estimates, forecasts or predictions regarding Aztec’s resource potential are those of the author alone and do not represent views, opinions, estimates, forecasts or predictions of Aztec or Aztec’s management. Aztec has not in any way endorsed the views, opinions, estimates, forecasts or predictions provided by the author.

The Critical Investor is a newsletter and comprehensive junior mining platform, providing analysis, blog and newsfeed and all sorts of information about junior mining. The editor is an avid and critical junior mining stock investor from The Netherlands, with an MSc background in construction/project management. Number cruncher at project economics, looking for high-quality companies, mostly growth/turnaround/catalyst-driven to avoid too much dependence/influence of long-term commodity pricing/market sentiments, and often looking for long-term deep value. Getting burned in the past himself at junior mining investments by following overly positive sources that more often than not avoided to mention (hidden) risks or critical flaws, The Critical Investor learned his lesson well, and goes a few steps further ever since, providing a fresh, more in-depth, and critical vision on things, hence the name.

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The author is not a registered investment advisor, and has a long position in this stock. Aztec Minerals is a sponsoring company. All facts are to be checked by the reader. For more information go to and read the company’s profile and official documents on, also for important risk disclosures. This article is provided for information purposes only, and is not intended to be investment advice of any kind, and all readers are encouraged to do their own due diligence, and talk to their own licensed investment advisors prior to making any investment decisions.

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( Companies Mentioned: AZT:TSX.V; AZZTF:OTCQB,


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Affirm Stock Price Prediction: The Analyst Upgrade Giving AFRM a Boost Today

Affirm (NASDAQ:AFRM) stock is getting a boost on Friday from a new price prediction for the fintech company’s shares.

Source: Piotr Swat /


Affirm (NASDAQ:AFRM) stock is getting a boost on Friday from a new price prediction for the fintech company’s shares.

Affirm (AFRM stock) logo displayed on a smartphone representing price prediction news today.Source: Piotr Swat /

D.A. Davidson analyst Christopher Brendler is behind today’s news as he increases his price prediction for Affirm stock to $75 per share. For the record, the analyst consensus price target for AFRM stock is $119 per share.

The good news for Affirm stock today doesn’t just stop with a new price prediction. Brendler also upgraded the stock to buy from a neutral rating. That matches the current consensus, which is based on 15 analyst ratings.

So why is the D.A. Davidson analyst taking such a bullish stance on AFRM stock? Let’s see what Brendler said in a note to clients obtained by Seeking Alpha.

“After a brutal selloff, we see a much-improved risk/reward in shares of AFRM, especially given our bullish view into results.”

The new rating and price prediction for Affirm stock are reigniting interest in the company today. As a result, we’re seeing heavy trading today. With that comes some 16 million shares of the stock changing hands as of this writing. To put that in perspective, the company’s daily average trading volume is about 10.6 million shares.

Affirm is a financial tech company with a big focus on offering installment loans. These allow customers to make point-of-sale purchases and setup payment installments instead of paying full price for a good right then.

AFRM stock is up 14.1% as of Friday afternoon but is still down 38.9% since the start of the year.

Investors looking for more recent stock market news for Friday are in the right place!

InvestorPlace offers daily coverage of the stock market and today is no different. News worth looking into Friday includes what’s happening with steel stocks, details on Knightscope (NASDAQ:KSCP) as its soars following its initial public offering (IPO) yesterday, as well as what our experts have to say about SoFi Technologies (NASDAQ:SOFI) stock. You can get up to speed on all of these stories by following the links below!

More Stock Market News for Friday

On the date of publication, William White did not have (either directly or indirectly) any positions in the securities mentioned in this article. The opinions expressed in this article are those of the writer, subject to the Publishing Guidelines.

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Author: William White

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