Callinex Announces 2024 Exploration Targets at the Pine Bay Project Located in the Flin Flon Mining District, MB

Rhea-AI Summary

Callinex Mines has announced its 2024 exploration targets at the Pine Bay Project in the Flin Flon Mining District, Manitoba. The focus is on high-grade copper VMS mineralization at the Descendent deposit with step-out drilling planned. Two new target areas, Poseidon and Ra, identified through geophysical surveys, could host significant near-surface discoveries. The Descendent deposit has shown promising grades, with recent drill holes returning up to 2.30% CuEq. The project benefits from a mineral lease and access to infrastructure. Additional targets include Odin and newly acquired areas in the Alberts Lake Project.

Positive

• Plans to test Descendent deposit down plunge to find high-grade copper VMS mineralization.
• New target areas Poseidon and Ra identified with potential for near-surface discoveries.
• Large resistivity lows from MT surveys strengthen target areas Odin and Descendent.
• Historic shaft and direct road access to idle processing facility 16km away.
• Recent drill holes returned grades up to 2.30% CuEq.
• Descendent deposit remains open to the north and vertically below.
• The project area spans 11,859 hectares with abundant resources for exploration.
• The addition of Alberts Lake Project increases ground for exploration.

Negative

• No immediate production plans or timelines mentioned.
• Potential for high-cost and high-risk exploration activities.
• Long-term focus may delay immediate returns for investors.
• drill testing at new target areas Poseidon and Ra could yield uncertainty.
• The company's reliance on geophysical survey data may not translate directly to resource discoveries.
• No specific financial data or project funding details provided.

Highlights:

• Widely spaced step-out planned to test Descendent deposit down the plunge to vector towards high-grade copper VMS mineralization;
• MT geophysical survey data supports exploration thesis Descendent sits at the hinge of a fold nose indicating the potential of a wider lens of mineralization;
• New target areas, Poseidon and Ra, outline the potential to host near surface discoveries along strike from existing Rainbow and Pine Bay deposits; and
• Large resistivity low from MT survey provides additional support and strengthens target area Odin.

VANCOUVER, BC, May 22, 2024 /PRNewswire/ - Callinex Mines Inc. (the "Company" or "Callinex") (TSXV: CNX) (OTCQX: CLLXF) is pleased to outline its 2024 exploration targets at the 100% owned Pine Bay Project (the "Project") located within the Flin Flon Mining District of Manitoba (Figure 1: Flin Flon District Overview). The Project hosts the high-grade Rainbow and Pine Bay deposits and emerging discoveries including the most recent Descendent copper-gold-zinc-silver Volcanogenic Massive Sulphide ("VMS") discovery. The recently consolidated Project area encompasses 11,859 hectares (approximately 120 square km) and benefits from a mineral lease, water, hydroelectric power, historic shaft and direct road access to an idle processing facility in Flin Flon, MB, located 16km away. The focus of the 2024 exploration campaign, which remains within the core project area, is to step-out on the Descendent discovery and testing three target areas (Figure 2: Pine Bay Project Plan View with 2024 Exploration Targets). This year the Company has outlined two exciting new target areas, Poseidon and Ra, identified by the recently completed magnetotelluric ("MT") geophysical survey and supported by multiple geological, geophysical and geochemical data sets.

Max Porterfield, President and CEO, stated, "We are very excited to follow-up on our recent Descendent discovery where our conviction has grown based on results from the recent MT survey. The Descendent and three target areas outlined today have the potential to significantly expand the high-grade copper resource base that has been discovered and defined so far at the Pine Bay Project." Mr. Porterfield continued, "This year's focus is to vector towards higher-grade mineralization at Descendent and continue step-out drilling to delineate the deposit as well as discover a new high-grade copper deposit closer to the surface."

JJ O'Donnell, Exploration Manager, commented, "I believe results from the recent MT survey has added to Callinex's geological understanding (especially below lakes) and has certainly aided in defining new target areas, which will require follow up drilling. Testing these targets in 2024 will be very exciting based on our multidisciplinary approach which includes geology, geophysics, and geochemistry." 

Stepping out at Descendent

The most significant section returned from discovery drill hole DSC-111 is 7.14m grading 1.70% copper equivalent ("CuEq") with additional intersections including a 10.57m grading 1.36% CuEq.(see news release dated September 12, 2023) Step-out drill hole DSC-112-W1 intersected the Descendent 110m vertically below and 50m to the south of discovery hole DSC-111 and returned 7.00m of 1.71% CuEq including 3.59m of 2.30% CuEq among other intervals (see news release dated January 22, 2024). The Descendent remains open to the north, and vertically below DSC-112-W1 (Figure 3: Descendent Discovery Long Section).

The grades intersected to date at the Descendent are comparable to grades intersected at the top of the nearby Rainbow deposit. At Rainbow, the average drill hole composite grades are 1.55% CuEq (0.56% Cu, 0.46 g/t Au, 1.63% Zn and 9.27 g/t Ag) within the first 200m (-100m to -300m elevation) of the deposit. The abundance of zinc, gold and silver indicates that the holes intersected into the Descendent to date may have intersected the edge of the VMS system similar to what occurs at the Rainbow deposit. Additionally, the significant width of the massive sulphide intervals suggests that the system is long-lived and robust.

The base and precious metal bearing massive sulphide intersections into Descendent are associated with a major alteration zone that's previously been identified at surface and spans 1,100m by 700m as supported by lithogeochemical data. Since the huge alteration zone seen at surface is believed to be structurally overturned, the exploration thesis is that the massive sulphides associated with this fluid mineralizing event would be preserved at depth. Typically, there is a correlation between the size of an alteration zone and the size of the VMS deposit it is associated with. The alteration package around Descendent is approximately ten times larger than the alteration package enveloping the nearby Rainbow deposit.

The recent 2024 MT geophysical survey over Descendent outlined a resistivity low anomaly that strongly correlates with the halo of stringer mineralization (alteration package) enveloping the Descendent (Figure 4: MT Survey Descendent Line Cross Section). It is also important to note that the resistivity low anomaly associated with the Descendent VMS system remains open at depth, as supported by other geological, geophysical and geochemical data. Additionally, MT survey results at depth further support the Company's exploration thesis that the Descendent could potentially sit at the nose of the fold where the horizon that hosts the Descendent deposit meets the horizon that hosts the Pine Bay deposit, located further to the south. Deposits that sit at the nose of a fold can host significantly wider lenses of mineralization and with it the potential to add significant volume more quickly.

Callinex has planned a step-out drill hole to test the Descendent down the plunge line targeting 350m vertically below and 25m north of DSC-111 (see Figures 3 and 4). 

Target Area Poseidon

Target area Poseidon is located 1,300 meters along strike to the north of the Rainbow deposit (see Figure 2). This area was covered by the recent MT survey on the Descendent line. The MT survey data outlined a very large resistivity low anomaly interpreted to be mapping the alteration package between the known Rainbow and Pine Bay horizons (see Figure 4).

Poseidon has the potential to host a discovery that comes close to the surface like the Rainbow deposit along strike to the south. A surface pulse electromagnetic survey ("SPEM") and airborne electromagnetic survey ("VTEM") previously completed each have confirmed a highly conductive body near the surface that sits along the interpreted Rainbow horizon and on the edge of the MT resistivity anomaly. Callinex has only tested this area with a single drill hole and there have only been a few very shallow historic holes in the immediate vicinity.

Geology in the very limited drilling nearby has intersected exceptionally favorable package of very strong black chlorite-rich footwall alteration with several key VMS signature elements, such as very strong Europium values, sitting within the same 'Rainbow' volcanic package that is dominated by felsic flows / hyaloclastites that are immediately overlain by cherty felsic tuffs.

BHPEM results from the single near surface hole drilled by the Company in 2016, PBM-013, revealed a strong in-hole/off-hole anomaly associated with 8 meters of mineralization intersected in the hole. Additionally, PBM-024-DPN intersected the Rainbow horizon at depth and is accompanied by a very strong BPEM off-hole anomaly that corresponds with the horizon as well as the BPEM anomaly identified closer to surface in PBM-013.

A drill hole has been proposed from the surface to test Poseidon where it is supported by the VTEM, SPEM and MT resistivity low anomalies (see Figure 2 and 4).

Target Area Ra

Target area Ra is located 1,700 meters along strike to the south of the Pine Bay deposit and was covered by the recent 2024 MT survey on the Odin line (see Figure 2). The MT data has outlined a very large resistivity low anomaly interpreted to be mapping the alteration package between the known Rainbow and Pine Bay horizons, which host each respective deposit (Figure 5: Pine Bay Project MT Survey Odin Line Cross Section).

This area has previously been highlighted for drilling based on a large 250m by 650m, moderately strong chargeability isoshell identified in a 2021 Induced Polarization geophysical survey that may be associated with a pyritic footwall alteration envelope as at the nearby Pine Bay deposit. The northern edge of the IP chargeability high is also semi-coincident with a SPEM anomaly that was targeted for testing by drill hole PBM-120. 

Drill hole PBM-120 intersected highly prospective, strongly sericitized felsic volcanics starting at 1,149m and which are immediately along strike to the south from similarly altered volcanics hosting Pine Bay deposit. A subsequent BPEM survey was unsuccessful in surveying the bottom of the hole due to blockage.

The Company has planned a new parent hole to test Ra (see Figure 2 and 5). 

Target Area Odin

Target area Odin is located between the Alchemist and Rainbow deposits where the growth fault corridor intersects the Centennial Mine Horizon, which hosts the Sourdough deposit and past producing Centennial mine further to the south (see Figure 2). 

The Company completed drill hole PBM-191 to follow-up on a anomaly modeled from BPEM survey data on drill hole PBM-182, which previously intersected a favorable rock package made of up dominantly altered felsic tuff/flows, with alteration (chlorite/sericite) normally seen with the Rainbow deposit (see news release dated September 19, 2022). 

Drill hole PBM-191 intersected one of the highest precious metals intervals to date at the Project with 0.52m of 5.32g/t Au, 56.67g/t Ag with trace copper and zinc and interpreted to be on the Odin horizon (see news release dated January 30, 2023). The mineralization is hosted in a chlorite schist with 12% Pyrite, trace chalcopyrite, and silica flooding. Elevated precious metals, silver in particular, are a strong vectoring tool towards massive sulphides within VMS systems.

MT has given confidence to the true location of the Odin which corresponds to the mineralization intersected in PBM-191, which is located 370m to the north of the Odin MT line. Drilling within 150m of the MT survey line is sparse with only a couple of holes that tested within the first 300m of surface and intersected excellent geology. The MT data suggests that the target area on the interpreted Odin horizon starts below 300m of surface (see Figure 5).

The Company plans to deepen drill hole ALC-112 to intersect the projected Odin horizon and test the MT resistivity low and supporting BPEM anomalies identified in surveying drill holes survey in the vicinity.

Newly Acquired Growth Fault Corridor

The Company recently announced the option to acquire a 100% interest in the Alberts Lake Project which encompasses 5,064 hectares of contiguous ground to the north of the existing Pine Bay Project boundary (See news release dated May 20, 2024). The land package contains several prospects hosting both copper-zinc-gold-silver bearing VMS mineralization as well vein-hosted gold-silver.

VMS discoveries of note within the Flin Flon - Snow Lake Greenstone Belt have often been made by drilling down-plunge from small, precious and base metal-rich VMS lenses directly associated with interpreted growth fault corridors that ultimately controlled the discharge of VMS systems at regular intervals (often two kilometres or less) down those plunge lines, ultimately leading to much larger viable deposits. For example, two near-surface, rather small but high-grade VMS lenses, the "Dan" and "Owens" lenses, were the small precursors for the much larger 25+ million tonne 777 deposits discovered much deeper down-plunge. It is also worth noting that the Company's most recent discovery, the Descendent VMS, is similarly located significantly down-plunge from the near-surface high-grade Cabin VMS deposit. 

The Company will begin a complete data compilation of all historic drilling, geochemical and geophysical data and merge it into the existing Pine Bay project. Once completed, initial target generation will begin with a focus on historic near-surface mineralization. Follow-up work to refine and generate new targets over key areas of the larger land package will be announced in the future. 

J.J. O'Donnell, P.Geo, a qualified person under National Instrument 43-101, has reviewed and approved the technical information in this news release.

About Callinex Mines Inc.

Callinex Mines Inc. (TSXV: CNX) (OTCQX: CLLXF) is advancing its portfolio of base and precious metals rich deposits located in established Canadian mining jurisdictions. The focus of the portfolio is highlighted by the rapidly expanding Rainbow deposit at its rich VMS Pine Bay Project located near existing infrastructure in the Flin Flon Mining District. Callinex prepared an indicated mineral resource on the Rainbow deposit of 3.44 Mt grading 3.59% CuEq for 272.4 Mlb CuEq (238.3 Mlb Cu, 56.9 Mlb Zn, 37.6 koz Au, 692.8 koz Ag, 2.3 Mlb Pb), an inferred mineral resource on the Rainbow deposit of 1.28 Mt grading 2.95% CuEq containing 83.4 Mlb CuEq (72.1 Mlb Cu, 19.5 Mlb Zn, 11.1 koz Au, 222.2 Koz Ag, 0.8 Mlb Pb) and an inferred mineral resource at the Pine Bay deposit of 1.0 Mt grading 2.62% Cu containing 58.1 Mlb Cu (see news release dated July 10, 2023). The second asset in the portfolio is the Nash Creek Project located in the VMS rich Bathurst Mining District of New Brunswick. A 2018 PEA generates a strong economic return with a pre-tax IRR of 34.1% (25.2% post-tax) and NPV8% of $230 million ($128 million post-tax) at $1.25 Zinc (see news release dated May 14, 2018). The third asset, 100% owned Point Leamington Deposit in Newfoundland, is located in one of the richest VMS and Gold Districts in Canada. Callinex prepared a pit constrained Indicated Mineral Resource of 5.0 Mt grading 2.5 g/t AuEq for 402 koz AuEq (145.7 koz gold, 60.0 Mlb copper, 153.5 Mlb zinc, 2.0 Moz silver, 1.5 Mlb lead), a pit constrained Inferred Mineral Resource of 13.7 Mt grading 2.24 g/t AuEq for 986.5 koz AuEq (354.8 koz gold, 110.2 Mlb copper, 527.3 Mlb zinc, 6.2 Moz silver, 7.0 Mlb lead) and an out-of-pit Inferred Mineral Resource of 1.7 Mt grading 3.06 g/t AuEq for 168.5 koz AuEq (65.4 koz gold, 13.3 Mlb copper, 102.9 Mlb zinc, 1.4 Moz Ag, 2.6 Mlb lead) (see news release dated October 25, 2021).

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

Some statements in this news release contain forward-looking information. These statements include, but are not limited to, statements with respect to future expenditures. These statements address future events and conditions and, as such, involve known and unknown risks, uncertainties and other factors which may cause the actual results, performance or achievements to be materially different from any future results, performance or achievements expressed or implied by the statements. Such factors include, among others, the ability to complete the proposed drill program and the timing and amount of expenditures. Except as required under applicable securities laws, Callinex does not assume the obligation to update any forward-looking statement.

 

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SOURCE Callinex Mines Inc.

FAQ

What are Callinex Mines' 2024 exploration targets at the Pine Bay Project?

Callinex aims to focus on high-grade copper VMS mineralization at the Descendent deposit with step-out drilling, and test two new target areas, Poseidon and Ra.

What is the significance of the Descendent deposit for Callinex Mines?

The Descendent deposit has shown promising grades, up to 2.30% CuEq, and remains open for further exploration. It is a key focus for expanding the copper resource base.

What new target areas have been identified by Callinex Mines in 2024?

New target areas identified are Poseidon and Ra, both showing potential for near-surface discoveries based on recent geophysical surveys.

How does Callinex Mines' Pine Bay Project benefit from existing infrastructure?

The project benefits from a mineral lease, water, hydroelectric power, a historic shaft, and direct road access to an idle processing facility 16km away.

What exploration methods is Callinex Mines using at the Pine Bay Project?

Callinex is using multidisciplinary approaches including geology, geophysics (MT surveys), and geochemistry for exploration at Pine Bay.

How does Callinex Mines plan to expand its exploration at the newly acquired Alberts Lake Project?

Callinex plans to compile all historic drilling, geochemical, and geophysical data, and merge it with Pine Bay project data to generate new targets.