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Coelacanth Energy Inc. (TSXV: CEI) ("Coelacanth" or the "Company") announces that it has secured a $52 million bank credit facility and has commenced a 4-well drilling program at Two Rivers East.
TWO RIVERS EAST PROJECT
Iceni Gold Limited (ASX: ICL) (Iceni or the Company) is pleased to provide an exploration update on the Everleigh Target Area.
Highlights
- Quartz reef veining has been discovered that is returning high grade gold results in rock chip samples.
- Gold in specimen stone has been found very close to source.
- Gold nuggets discovered across the Everleigh target area.
- Fieldwork remains focused in the Everleigh and Guyer target areas, defining targets for follow up.
Technical Director Dave Nixon commented:
“The high-grade gold in quartz veining and the gold bearing specimen stone discovered at Everleigh are strong indicators for the presence of reef gold mineralisation”.
“The 200m long gold bearing quartz vein is in-situ and the specimen stone with visible gold is very close to source, indicating that these locations have an increased probability for the discovery of quartz reef gold mineralisation”.
“The gold in the Everleigh specimen EV-1 is now confirmed to have a lower gold fineness that is more characteristic of an epizonal style of gold mineralisation more akin to the deposits of the Golden Mile in Kalgoorlie”.
“The combined data for the gold nuggets, specimen stone, gold in drilling and rock chip geochemistry forms a compelling focus for Iceni within the Everleigh target area”.
“Geological fieldwork is continuing at the Everleigh and Guyer target areas to define drill targets for follow-up exploration work.”
Specimen Stone from Everleigh Well
Figure 1. Specimen stone with visible gold found in the Everleigh Well Target area.
Figure 2. Integrated gold data sets from rocks, drilling, nugget finds and historical workings showing the distribution of gold across the Everleigh target area.
Gold in specimen stone has been recovered from the Everleigh target area. This is a significant result because the specimen stone is coarse and angular indicating it has not been transported far from source. Searching in the general area of the finds has located outcropping rock that is similar to the host material within the specimen stone. Further sampling is planned in this area.
Specimen stone EV-1 was previously found near diamond drillholes FMDD0032 and FMDD0034. The specimen was analysed to identify any characteristics that can assist the search for mineralisation.
Analysis by Orexplore involved the x-ray imaging of EV-1 to identify the internal distribution of gold within the specimen. The analysis identified two types of gold. The first type has a fine disseminated texture throughout the quartz. The second type is confined to the outer surface and along penetrative fractures through the specimen.
Analysis by Portable Spectral Services involved surface scanning of the specimen to identify the composition of the gold. The first type of gold has a low gold-silver ratio that is consistent with the known early epizonal styles of mineralisation within the Yilgarn. The second type of gold has a high gold-silver ratio, which is consistent with expected supergene modification of existing gold.
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This article includes content from Icenic Gold, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Assays Confirm High-Grade Manganese Discovery at Wandanya
HIGHLIGHTS
- Significant high-grade manganese assays received for the W2 prospect1, Wandanya located 80 km south of the Woodie Woodie Manganese Mine including:
- 5m @ 33.2% Mn from 4m including 2m @ 48.7% Mn (WDRC032)
- 5m @ 33.2% Mn from 1m including 2m @ 44.1% Mn (WDRC031)
- 5m @ 32.4% Mn from 4m including 2m @ 3G.6% Mn (WDRC027
- 6m @ 27.7% Mn from 3m including 2m @ 42.G% Mn (WDRC013)
- The stratabound mineralisation shows remarkable thickness and grade consistency over 240m of drilled strike and remains open to the east and north where the Company has mapped 1.75km of intermittent high grade outcropping manganese
- W2 is interpreted as stratabound, fault related hydrothermal manganese enrichment representing a significant new exploration model on the eastern margin of the Oakover Basin.
- Metallurgical testwork planned to produce a high-grade Mn concentrate as a feedstock for alloying or high purity manganese sulphate (HPMSM)
Black Canyon’s Managing Director Brendan Cummins said:
“The laboratory-based assay results have confirmed the significant high-grade intercepts for the W2 prospect. I am impressed by the consistency of the grades and thickness of the manganese horizon we have discovered and the higher-grade intervals over 40% Mn. What is really appealing about this target from an exploration and resource delineation perspective is the benefit of a consistent mineralised horizon that is also associated with hydrothermal grades. I am excited by the upside of this new style of mineralisation as we plan our follow-up exploration programs to assess 1.75km of strike to the north and the potential of the manganese horizon to extend to the east.”
Figure 1. W2 Prospect, RC drill bags from WDRC031 in the foreground
W2 Prospect, Wandanya (BCA 100%)
The W2 prospect was drilled on an approximate 40 x 40m grid testing a 240 long x 200m wide target. This drill program comprised 35 holes for 642m of drilling. Drill collar information is presented in Appendix 2.
Expedited Assay Results
Initially, six RC holes were sampled for expedited assays, generating 38 one metre interval samples that were gathered along the eastern boundary of the stratabound mineralisation. Representative holes were sampled from every second line along the drilled strike of 240m. On each drill line, the last two eastern holes were sampled from depths between 4m and 9m, which included stratabound mineralisation and portions of the lower grade footwall and hangingwall.
The results are presented in Table 1, which show consistent zones of mineralisation with the bottom 2m for each intersection typically returning high grade mineralisation potentially suitable for direct shipping (DSO).
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This article includes content from Black Canyon, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Gallium Mineralisation Discovered in Rock Chip Samples from the May Queen South Bauxite Project, Queensland
Highlights
- Significant levels of the semiconductor elements gallium (Ga) and germanium (Ge) identified within the May Queen South Bauxite resource.
- Significant elevated gallium results returned averaging 67.59 g/t Ga over 12 random samples with an assay high of 145.5 g/t Ga.
- The May Queen South Bauxite Project (EL 16260 and EPM 16261) has a JORC (2012) Inferred Mineral Resource Estimate of 54.9Mt at 37.5% total Al2O3 and 5.2% TiO2 and 7.9% Rx SiO2.
- The project is located <55km from existing rail infrastructure with connections to the Port of Bundaberg.
Market summary
Gallium prices have surged in recent years, primarily due to increased demand in the electronics and semiconductor industries (Graph 1). Uses of Ga include the manufacture of compound semiconductor wafers that are used in integrated circuits and optoelectronic devices including laser diodes, light-emitting diodes (LEDs), photodetectors, and solar cells. Gallium's unique properties, such as its low melting point and ability to form useful compounds, makes it a critical element with applications spanning various industries, particularly in advanced technology and electronics.
The global gallium market is heavily dominated by China, with other countries playing much smaller roles. Currently China produces approximately 98% of the world's supply of raw gallium1.
Recent market disruptions including the entry of price inelastic demand 2 and Chinese export controls in August 2023 has seen a doubling of prices since 2021 when gallium was priced at $422.70 per kg, the current price represents a 115.12% increase3
Graph 1. Gallium price worldwide from January 2018 to January 2024 (Source: www.statista.com)
May Queen South Bauxite project
The May Queen South Bauxite project is located in central Queensland, within a short trucking distance of a rail system leading north to the Port of Bundaberg. It is also located within close proximity of the main Queensland Rail network heading south towards the Port of Brisbane.
Figure 1. Location of EPM 16260 and EPM 16261 shown together with theCompany’s adjacent May Queen gold tenements (EPM19419 and EPM27746)
The Project has a JORC 2012 Inferred Mineral Resource estimate of 54.9Mt at 37.5% total Al2O3 and 5.2% TiO2 and 7.9% Rx SiO24 (refer to announcement dated 30 May 2023).
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This article includes content from Australasian Metals Limited, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
8500N Paleochannel Drilling Commences
- ~3,000m Reverse Circulation (RC) drill program at the 8500N Paleochannel (8500N) has commenced targeting shallow high-grade mineralisation where legacy and recent drill intersections include:
- 2m @ 46.7 g/t Au from 13m incl. 1m @ 92.6g/t Au from 14m (SPRB0064)
- 3m @ 10.7g/t Au from 16m incl. 1m @ 29.0g/t Au from 16m (SPAC0204)
- 2m @ 22.4g/t Au from 15m incl. 1m @ 43.5g/t from 15m (SPAC0261)
- 1m @ 51.1g/t Au from 16m (SPAC0068)
- 4m @ 8.99g/t Au from 12m incl. 1m @ 34.7 g/t Au from 13m (SPAC0279)
- 13m @ 1.59g/t Au from 11m incl. 4m @ 3.49g/t Au from 11m (PCRC003)
- Staged infill RC drill program designed to improve geological confidence of the 8500N Paleochannel while testing along strike and mineralisation extending into the underlying saprolite zones.
- 8500N is located on granted mining tenements, with significant mine infrastructure and completed environmental Flora and Fauna baseline studies, reducing the mine approval timeline.
- 8500N Paleochannel represents a low-cost, low-risk production opportunity due to its shallow high-grade gold mineralisation (average 15m below surface) and free-digging qualities of the mineralised paleo gravels and overburden material.
The first stage of the drill program consists of ~100 RC holes (~3,000m) designed to improve the geological confidence of the shallow paleochannel, while testing for potential extension of mineralisation in the saprolite zone beneath the paleochannel, as identified during the initial drill program (ASX announcement 18 September 2024). Several drill traverses will also be undertaken to test for extension along strike to the south (Figure 1). The complete drill program is designed to be completed in several stages to ensure optimal drilling effectiveness.
8500N Paleochannel
The 8500N Paleochannel is located within a granted mining tenement, between the Company’s Wattle Dam Gold Mine and the underlying 8500N gold deposit (Figure 2). Paleochannels are remnants of ancient rivers or stream channels that have been buried by younger sediments. Paleochannels can contain concentrations of high-grade alluvial gold that accumulate over millions of years and are generally shallow and flat-lying with free-digging qualities (not requiring drill and blasting) of the mineralised paleo gravels and overburden material, which can provide significant economic advantages.
Maximus’ 8500N is situated within the Lefroy Paleodrainage System, a significant ancient drainage network in the Eastern Goldfields region that contains several well-known paleochannel gold deposits such as Neptune, Africa, and Mandilla. The mined Neptune and Africa paleochannel deposits, part of Gold Fields Limited (JSE:GFI) St Ives Gold Camp, had a reported mineralised thickness of 1-3 metres recovering ~87,000 oz at 3.32 g/t Au. Similarly, Astral Resources’ NL (ASX:AAR) Mandilla paleochannel, which is situated ~2 km east of 8500N (Figure 2), was mined between 2006-2007, producing approximately 23,000 oz at 7.5 g/t Au from a ~600-metre long paleochannel with a mineralised thickness of 1-4 metres. The proximity of the 8500N Paleochannel to these established deposits, highlights the prospectivity of the region, as paleochannels within the Lefroy Paleodrainage System have consistently proven to be productive sources of gold.
The shallow 8500N mineralisation is located between 5 and 20m below the surface, gradually dipping to the south along two separate interpreted trends, with a strike length of approximately 450m. Legacy drilling across the flat- lying paleochannel has shown known mineralisation thickness ranges from 1 to 4m, with several key markers of the paleo gravels to assist in effective mining.
Currently, no JORC-compliant gold resources are defined for the 8500N paleochannel. However, recent drilling has revealed gold mineralisation extending beyond the limits of legacy drilling, indicating strong potential for significant expansion of the previously defined mineralised zone (ASX announcement 18 September 2024).
Figure 1 – Maximus’ 8500N Paleochannel mineralisation wireframes with the phase 1 (Black) and planned phase 2 (Grey) drill collars.
A third party has held the 8500N Paleochannel area under a Special Prospecting License (SPL) (Figure 2), which has restricted Maximus from assessing the potential of the 8500N gold resource and 8500N paleochannel. No exploration work, excluding a small scout drill program, has taken place in the 8500N area since 2014. On the surrender of the SPL (ASX announcement 5 September 2024), Maximus can now progress unencumbered to re- evaluate the mineral resources of both the Paleochannel and 8500N deposit.
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This article includes content from Maximus Resources Limited, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Coelacanth Energy Inc. Announces $52 Million Revolving Bank Credit Facility and Fall Drilling Program
Coelacanth has commenced drilling on the 5-19 Pad at Two Rivers East with the first well spud on September 1st. The complete program consists of drilling and completing 3 Lower Montney wells, completing 1 previously drilled Upper Montney well, and drilling a Bluesky disposal well for a total cost of approximately $36 million. The 4 pad wells are scheduled to be completed starting late October 2024.
As previously released, the three 5-19 Lower Montney wells drilled in 2023 had tested at a per well average of 1,338 boe/d for a combined rate of 4,014 boe/d (54% light oil). The program above will be additive to this once the Two Rivers East facility is constructed and on-stream in April 2025. The Upper Montney has not produced in the immediate area but has been very prolific in the greater region. Management is looking forward to proving up the commerciality of this zone in the area as well as establishing expected oil/gas production mix.
Strategic benefits of this program are as follows:
- Accelerating the growth profile of the overall company
- Adding material drilling inventory through proving commerciality of Upper Montney
- Reducing risk in processing and transportation commitments
- Minimizing disruptions on start-up of new facility by having wells completed in advance
- Increasing financial and operational flexibility in 2025 capital program
- Creating additional production certainty for future decisions on third-party processing and build-out of additional facilities
Also as previously released, Coelacanth obtained all regulatory approvals to construct a new battery facility ("Facility") at Two Rivers East designed for gas compression/dehydration, oil treating and water handling, plus gathering and transport lines to connect from the 5-19 Pad through the Facility to a mid-stream gathering line. Construction of the pipelines and the facility site have already commenced and estimated to be operational in April 2025.
BANK CREDIT FACILITY AND FINANCIAL UPDATE
Coelacanth secured 2 revolving bank credit facilities for a total of $52 million from its primary lender. The facilities are backed by reserves at Two Rivers West plus a $45 million Letter of Credit from a third party. The commitment from the third party is for a 2-year term. During the term, Coelacanth expects that the lending value of producing reserves at Two Rivers East will allow for the credit facility to be renegotiated and the Letter of Credit to be returned.
Coelacanth had also previously secured a commitment for approximately $22 million from a Mid-Stream company to finance a pipeline connecting Coelacanth facilities to the Mid-Stream Company's gathering system.
With over $60 million cash and no debt at the end of Q2 2024, Coelacanth estimates it will have approximately $40 million net debt plus the mid-stream commitment once the drilling program is completed and the facility is operational. Once operational and pending drilling success on the above program, Coelacanth's production should stabilize at over 6,000 boe/d until additional wells are drilled in the summer of 2025.
SHARE PURCHASE WARRANTS
As part of the $80 million bought deal financing completed in November 2023, Coelacanth had issued 33.3 million share purchase warrants ("Warrants") with a strike price of $1.05 per share that expire November 15, 2024. Coelacanth's Board of Directors has determined that extending the Warrant expiry date to June 30, 2025 is in the best interest of the Company and management will start the regulatory process to extend such Warrants.
Proceeds of the Warrant exercise, if any, would be used for additional pad drilling at Two Rivers East scheduled for summer of 2025.
FOR FURTHER INFORMATION PLEASE CONTACT:
Coelacanth Energy Inc.
2110, 530 - 8th Ave SW
Calgary, Alberta T2P 3S8
Phone: 403-705-4525
www.coelacanth.ca
Mr. Robert J. Zakresky
President and Chief Executive Officer
Mr. Nolan Chicoine
Vice President, Finance and Chief Financial Officer
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.
Oil and Gas Terms
The Company uses the following frequently recurring oil and gas industry terms in the news release:
| Liquids | |
| Bbls | Barrels |
| Bbls/d | Barrels per day |
| NGLs | Natural gas liquids (includes condensate, pentane, butane, propane, and ethane) |
| Natural Gas | |
| Mcf | Thousands of cubic feet |
| Mcf/d | Thousands of cubic feet per day |
| MMcf/d | Millions of cubic feet per day |
| Oil Equivalent | |
| Boe | Barrels of oil equivalent |
| Boe/d | Barrels of oil equivalent per day |
Disclosure provided herein in respect of a boe may be misleading, particularly if used in isolation. A boe conversion rate of six thousand cubic feet of natural gas to one barrel of oil equivalent has been used for the calculation of boe amounts in the news release. This boe conversion rate is based on an energy equivalency conversion method primarily applicable at the burner tip and does not represent a value equivalency at the wellhead.
Product Types
The Company uses the following references to sales volumes in the news release:
Natural gas refers to shale gas
Oil refers to tight oil
NGLs refers to butane, propane and pentanes combined
Liquids refers to tight oil and NGLs combined
Oil equivalent refers to the total oil equivalent of shale gas, tight oil, and NGLs combined, using the conversion rate of six thousand cubic feet of shale gas to one barrel of oil equivalent as described above.
Forward-Looking Information
This news release contains forward-looking statements and forward-looking information within the meaning of applicable securities laws. The use of any of the words "expect", "anticipate", "continue", "estimate", "may", "will", "should", "believe", "intends", "forecast", "plans", "guidance" and similar expressions are intended to identify forward-looking statements or information.
More particularly and without limitation, this document contains forward-looking statements and information relating to the Company's oil, NGLs and natural gas production and capital programs. The forward-looking statements and information are based on certain key expectations and assumptions made by the Company, including expectations and assumptions relating to prevailing commodity prices and exchange rates, applicable royalty rates and tax laws, future well production rates, the performance of existing wells, the success of drilling new wells, the availability of capital to undertake planned activities and the availability and cost of labor and services.
Although the Company believes that the expectations reflected in such forward-looking statements and information are reasonable, it can give no assurance that such expectations will prove to be correct. Since forward-looking statements and information address future events and conditions, by their very nature they involve inherent risks and uncertainties. Actual results may differ materially from those currently anticipated due to a number of factors and risks. These include, but are not limited to, the risks associated with the oil and gas industry in general such as operational risks in development, exploration and production, delays or changes in plans with respect to exploration or development projects or capital expenditures, the uncertainty of estimates and projections relating to production rates, costs and expenses, commodity price and exchange rate fluctuations, marketing and transportation, environmental risks, competition, the ability to access sufficient capital from internal and external sources and changes in tax, royalty and environmental legislation. The forward-looking statements and information contained in this document are made as of the date hereof for the purpose of providing the readers with the Company's expectations for the coming year. The forward-looking statements and information may not be appropriate for other purposes. The Company undertakes no obligation to update publicly or revise any forward-looking statements or information, whether as a result of new information, future events or otherwise, unless so required by applicable securities laws.
Test Results and Initial Production Rates
The C5-19 Lower Montney well was production tested for 5.8 days and produced at an average rate of 736 bbl/d oil and 2,660 mcf/d gas (net of load fluid and energizing fluid) over that period which includes the initial cleanup where only load water was being recovered. At the end of the test, flowing wellhead pressure and production rates were stable.
The D5-19 Lower Montney well was production tested for 12.6 days and produced at an average rate of 170 bbl/d oil and 580 mcf/d gas (net of load fluid and energizing fluid) over that period which includes the initial cleanup where only load water was being recovered. At the end of the test, flowing wellhead pressure and production rates were stable.
The E5-19 Lower Montney well was production tested for 11.4 days and produced at an average rate of 312 bbl/d oil and 890 mcf/d gas (net of load fluid and energizing fluid) over that period which includes the initial cleanup where only load water was being recovered. At the end of the test, flowing wellhead pressure was stable, and production was starting to decline.
A pressure transient analysis or well-test interpretation has not been carried out on these four wells and thus certain of the test results provided herein should be considered to be preliminary until such analysis or interpretation has been completed. Test results and initial production rates disclosed herein, particularly those short in duration, may not necessarily be indicative of long-term performance or of ultimate recovery.
Production Rates
Any references to peak rates, test rates, IP30, IP90, IP180 or initial production rates or declines are useful for confirming the presence of hydrocarbons, however, such rates and declines are not determinative of the rates at which such wells will continue production and decline thereafter and are not indicative of long-term performance or ultimate recovery. IP30 is defined as an average production rate over 30 consecutive days, IP90 is defined as an average production rate over 90 consecutive days and IP180 is defined as an average production rate over 180 consecutive days. Readers are cautioned not to place reliance on such rates in calculating aggregate production for the Company.
To view the source version of this press release, please visit https://www.newsfilecorp.com/release/225700
News Provided by Newsfile via QuoteMedia
Highly Anomolous Samples Confirm Drill Ready Targets
HIGHLIGHTS
- Highly anomalous values have been returned across the majority of areas sampled. Significantly, neodymium, praseodymium (magnetic rare earth elements) as well as niobium and titanium, are well above background values.
- Importantly, geological analysis of the surface samples, including all the previous work undertaken at Wabli Creek, has confirmed that niobium and REE mineralisation has been determined to occur within the alkaline granite and its contact with associated N/S trending pegmatites/dykes.
- A total of 74 surface samples have been returned from the Company’s latest detailed mapping and sampling program and provides the final step toward defining priority drill targets.
- Mapping and surface sampling focused on granite/dyke contact zones and identified large anomalous zones of total rare earth oxides (TREO) with values up to 7060 ppm from surface samples (Figure 1 & 2, Table 4).
Surface samples were taken specifically to refine the Company’s understanding of granite/dyke contact zones identified by geochemical and geophysical analysis previously completed. As mineralisation has been established in the Pelops zone, the purpose of this exercise was to confirm anomalous mineralisation exists in additional zones, prior to the definition of priority drill targets.
Approximately 7 km2 of the 15 km2 E 09/2377 tenement has now been geologically mapped.
FIGURE 1: Niobium current & historical, Wabli Creek (ASX Announcements 18 March, 28 May, 12 June, 7 August, 2024)
FIGURE 2: TREO current & historical, Wabli Creek (ASX Announcements 18 March, 28 May, 12 June, 7 August, 2024)
Reach CEO, Jeremy Bower stated,
“These latest surface sample results have certainly enhanced our confidence at Wabli Creek. The key for the exploration team has been to understand and try and replicate the Pelops Prospect, where rock chip samples from bedrock have returned assays up to 17.65% Nb2O5.
Our exploration team led by Nick Revell and Principal Geologist, David Tsiokos, now have a strong understanding regarding the genesis of mineralisation which has enabled them to confirm drill ready targets. The confirmation of anomalous mineralisation in other zones in addition to Pelops is the final confirmation we needed to de-risk the next stage of exploration.
Not only is there the potential for niobium and titanium but also significant levels of magnetic REE particularly neodymium and praseodymium. Of major importance is the thesis that the central alkaline granite is host to much of the rare earth mineralisation, in addition to its contact with the N-S trending dykes. This provides a much larger target area which is very exciting”
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This article includes content from Reach Resources, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.