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Elixir Energy Limited (“Elixir” or the “Company”) is pleased to advise that it has entered into a Data Sharing Agreement with a Santos group company in connection with its 100% owned Grandis Gas Project (ATP 2044) located in the Bowen Basin, Queensland.
HIGHLIGHTS
- Data Sharing Agreement entered into with Santos
- Agreement covers planned wells in neighbouring permits in the Taroom Trough
- Forum for potential technical cooperation established
The Agreement provides for Elixir and Santos to exchange technical data on planned wells in the neighbouring ATP 2044 (Elixir) and ATP 2056 (Santos) exploration permits located in the Taroom Trough.
The Agreement also provides a mechanism to establish a forum for technical discussions about the deep Permian plays in the Taroom Trough.
Elixir’s Managing Director, Mr Neil Young, said: “We are naturally very pleased to enter into this Agreement with a company of the size and quality of Santos, who is a neighbour on multiple sides of our Grandis Project. The enormous potential of the known and extensive gas resources in the Taroom Trough will have a greater chance of being realized through such cooperative efforts. We look forward to working with Santos in the years ahead to develop this play.”
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This article includes content from Elixir Energy, 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.
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Elixir Energy
Overview
Elixir Energy (ASX:EXR) is a gas exploration and development company currently focused on its portfolio of natural gas assets in Queensland, Australia and Mongolia. As an early mover in both areas, Elixir Energy has been the first company ever to free-flow gas from the deep Taroom Trough in Queensland and flow gas of any description in Mongolia.
Elixir Energy’s Grandis Gas project in Queensland is located in the Taroom Trough in the Southern Bowen Basin, where Australia’s premier physical and commercial gas hub – Wallumbilla – is immediately adjacent. Market factors are now driving new rounds of drilling in the Taroom Trough contributing to its reputation as an emerging energy super basin with major electricity as well as gas infrastructure.
A successful free-flowing test was conducted on the Lorelle Sandstone and has indicated it could produce a commercial flow rate of gas, with the breakeven commercial initial flow rate estimated at 2.5 million cubic feet per day.
Gas flow from Stage 1 Lorelle Sandstone post stimulation
Elixir Energy’s Nomgon coal-bed methane (CBM) project is located in Mongolia.
The Nomgon CBM project is in the South Gobi region of Mongolia and on the Chinese/Mongolian border. The ideal location of the asset provides access to excellent infrastructure, including planned pipelines and local mines as customers. The Nomgon project includes a CBM pilot production plant, which flowed gas in its early stages and is now moving to progressively de-water with a view to building up a sustained gas flow rate.
The company is led by a highly experienced team with direct histories in Queensland, Australia and Mongolia and expertise in the natural resources industry, community engagement and working with government stakeholders.
Company Highlights
- Elixir Energy (ASX:EXR) is an exploration and development company with energy assets in Australia and Mongolia, targeting natural gas and renewable energy/hydrogen.
- The company’s Grandis Gas project in Queensland is located in an established gas and oil region, with exceptional access to existing infrastructure and high gas prices.
- The region is currently hosting multi-operator activity, including by Shell.
- Elixir has discovered a deep free-flowing gas zone in Grandis – the first of its kind.
- The company was also the first to flow natural gas in Mongolia, pioneering production in the country.
- A management team with a wide range of expertise in the natural resources sector provides leadership for maximising the value of Elixir Energy’s assets.
Key Projects
Grandis Gas Project
The company’s asset in Queensland, Australia, covers approximately 1,000 square kilometers in an established oil and gas province. The project is well-suited for cost-effective transportation to domestic and international gas markets.
Project Highlights:
- Strong Local Infrastructure: The region's long history of oil and gas production has resulted in a robust infrastructure, including gas transportation and electricity transmission access – and community support for the industry.
- Adjacent to Current and Proposed Pipelines: The asset is located close to existing – and proposed gas pipelines to assist in efficient and low-cost transportation as production commences.
- Impressive Initial Flow Test Results: After a successful suite of DFITs, free-flowing test on the Lorelle Sandstone has been successfully stimulated. Elixir’s technical and economic modeling indicates the Lorelle Sandstone alone could produce a commercial flow rate of gas, with the breakeven commercial initial flow rate estimated at 2.5 million cubic feet per day.
- Project Expansion: In August 2024, Elixir was formally awarded a 100 percent working interest in ATP 2077 by the Queensland Government. The area is prospective for both deep and shallow gas, with an independently certified 2C resources of 173 billion cubic feet.
Daydream-2 Lorelle Sandstone Flow Testing*
Nomgon CBM Project
Elixir Energy’s 100-percent-owned coal-bed methane (CBM) project is ideally located in the South Gobi region of Mongolia. This location gives the asset access to robust local infrastructure and close access to Chinese energy markets – the world’s largest.
Project Highlights:
- CBM Pilot Project In Production: The pilot plant passed a key production milestone of 200,000 square cubic feet per day in its early stages. Water production has progressed since these early flows with a view to de-pressuring the CBM reservoir, leading to sustained gas flows.
- District-scale Asset: The Nomgon project covers a significant 30,000 square kilometers in Mongolia. Initial exploration campaigns have been promising and indicate the potential for the asset to become a significant producer of regional energy markets.
Management Team
Richard Cottee - Non-executive Chairman
Richard Cottee was appointed as the non-executive chairman of the company on April 29, 2019. Cottee was the managing director of coal-seam-gas(CSG)-focused Queensland Gas Company (QGC) during its growth from a $20-million market capitalization junior explorer through to its acquisition by BG Group for $5.7 billion. QGC’s CSG assets are now operated by Shell and produce gas that is sold to China and other LNG markets.
Originally a lawyer, Cottee has spent the vast majority of his career in senior executive roles in the energy industry, including as CEO at CS Energy, NRG Europe, Central Petroleum and Nexus Energy. A 32-year veteran of the industry, Cottee is a strong business development professional and a graduate of The University of Queensland.
Neil Young - Managing Director and Chief Executive Officer
Neil Young was appointed to the board of Elixir on December 14, 2018, as its chief executive officer. Young has more than 20 years of experience in senior management positions in the upstream and downstream parts of the energy sector, focusing on business development, new ventures, gas marketing and general commercial functions. He has worked for a range of companies in the UK and Australia, including EY, Tarong Energy and Santos. Young founded Golden Horde Ltd in 2011 to explore gas on the Chinese border in Mongolia. He has also developed various new ventures in other countries including Kazakhstan, Japan and the USA. Young has an M.A. (Hons) joint degree in economics/politics from the University of Edinburgh.
Stephen Kelemen - Non-executive Director
Stephen Kelemen was appointed as the non-executive director of the company on May 6, 2019. Kelemen led Santos’ coal seam gas (CSG) team from its inception in 2004 and drove the growth in this area that allowed Santos to become one of Australia’s leading CSG companies.
An engineering graduate from Adelaide University, Kelemen served Santos for 38 years in multiple technical and leadership roles.
Kelemen is currently an adjunct professor at the University of Queensland’s Centre for Coal Seam Gas and also acts as a non-executive director on the boards of Galilee Energy (ASX:GLL) and Advent Energy.
Anna Sloboda - Non-executive Director
Anna Sloboda was appointed as the non-executive director of the company on October 1, 2020. Sloboda is a joint Belarusian/Australian citizen and has more than 20 years of experience in corporate finance, and in developing junior resource companies operating around the world.
Sloboda is currently an executive director of Red Citadel Resources Pty Ltd, a privately owned mineral resources exploration company with a range of projects in Africa and South America.
She also serves as an advisory committee member, maritime archaeology, at the Western Australian Museum.
Previously she was a co-founder of Trans-Tasman Resources and in that capacity had substantial experience in dealing with Chinese off-takers and partners. Other prior employers include Lehman Brothers, Clough and Curtin University.
Sloboda has a Master of Economics from Belarusian University and an executive MBA from Melbourne Business School.
Victoria Allinson - Company Secretary and Chief Financial Officer
Victoria Allinson is a fellow of The Association of Certified Chartered Accountants, a fellow of the Governance Institute of Australia and an NSX-nominated advisor. She has more than 30 years of accounting and auditing experience, including senior accounting positions in a number of listed companies and was an audit manager for Deloitte Touche Tohmatsu. Allinson has gained professional experience while living and working in both Australia and the United Kingdom.
Her previous experience has included being company secretary and CFO for a number of listed companies, including ASX-listed: Kiland, Safety Medical Products, Marmota Limited, Centrex Metals, Adelaide Energy, Enterprise Energy NL, and Island Sky Australia as well as several unlisted companies.
Prospective IOCG Target Identified at the Coober Pedy Copper Project, SA
- Magnetic and gravity responses highlight the potential for IOCG mineralisation.
- Limited historical drilling data provides evidence for an alteration footprint.
- Project located at northern end of the world-class Olympic Dam IOCG Province.
AusQuest’s Managing Director, Graeme Drew, said the Company was encouraged by the results of the survey, which confirmed the potential for large-scale copper-gold discoveries within a Tier-1 mineral province.
“The recent gravity survey has provided support for the occurrence of IOCG-style mineralisation within our Coober Pedy Project, which is located at the northern end of a world-class IOCG Province which already hosts several major copper-(gold) deposits, including Olympic Dam, Carrapateena and Prominent Hill, as shown in Figure 1,” he said.
Figure 1: Coober Pedy Project Location Plan showing major deposits in the area.
A detailed gravity survey was completed by Daishsat Geodetic Surveyors (400m x 100m grid with selected in-fill lines at 200m) outlining possible targets for drilling. A residual gravity image is provided below showing two anomalous areas within a broader gravity response (~5km x 2km), that are associated with historic drill-holes that were found to contain potassic alteration (Figure 2).
Correlation with available aeromagnetic data shows that the gravity anomalies are offset from the stronger magnetic responses, suggesting the possibility of hematite rather than magnetite as a possible cause for the gravity anomalies (Figure 3).
Figure 2: Residual Gravity Image showing location of gravity stations and historic drill-holes (Vale 2015) containing potassic alteration
Figure 3: First Vertical Derivative magnetic image plus residual gravity contours showing the location of historic drill-holes relative to the magnetic and gravity anomalies.
Analysis of available geochemical data contained within historical company reports provided by Government (PIRSA)*, was used to highlight the presence of potassic alteration within both drill-holes (GAW_RC01 and RC02), and the presence of additional proximity indicator elements, including an enrichment in iron (Fe) within drill-hole GAW_RC01, that suggests the possibility of a nearby IOCG system.
The close association of hematite and magnetite with IOCG mineralisation is well known in the IOCG Province of South Australia, which hosts the world-class deposits of Olympic Dam, Carrapateena and Prominent Hill, and is the main reason why magnetic and gravity surveys are commonly used to identify targets for drilling in these areas.
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This article includes content from Ausquest 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.
Deep Diamond Drilling Commences on Large Copper-Mo Porphyry System
- Diamond Drilling has commenced to target a large copper-molybdenum porphyry system at Minnie Springs.
- The deeper diamond drilling is designed to target beneath a 3km long by 1km wide copper molybdenum soil anomaly.
- Previous drilling at Minnie Springs intersected mineralisation, geology and an alteration halo consistent with the zoning of a large porphyry copper / molybdenum system.
- The drilling is supported by a co-funded drilling grant of up to $110,000 for 700m deep diamond drill holes under the WA Government’s Exploration Incentive Scheme (EIS) for the Minnie Springs prospect.
Andrew Ford, GM Exploration
“The commencement of the diamond drilling marks an exciting time for Augustus, with the first hole testing below the existing molybdenum mineralised zone and targeting a high- grade copper core of a porphyry system”
The diamond program scheduled for completion mid-November.
Minnie Springs
Minnie Springs hosts porphyry related Copper - Mo mineralisation that was previously drilled by Equatorial Mining and Catalyst Metals. A molybdenum Exploration Target has previously been defined by SRK Consulting for the historic drilling area as outlined below (Table 1)1.
Alteration mapping suggests a potential tilting of the Minnie Springs system to the northeast, with untested potential for higher grade Copper - Mo mineralisation below existing drilling within the potassic altered zone (Figure 1).
Table 1. Exploration target size estimate for Minnie Springs Molybdenum depositNote: Based on ~300 ppm Mo cut-off at 100% recovery.
Clarifying Statement: The potential quantity and grade of the exploration target is conceptual in nature, there has been insufficient exploration to estimate a Mineral Resources, and it is uncertain if further exploration will result in the estimation of a Mineral Resource.
Figure 1. Schematic cross section looking northwest showing porphyry copper-molybdenum deposit model (Pour and Hashim 2012 – inset at right) rotated 90 degrees and superimposed on existing and planned drilling2.
The program is supported by the WA Government’s Exploration Incentive Scheme (EIS) drilling grant of up to $110,000 for two 700m deep diamond drill holes at the Minnie Springs prospect.
The drilling is designed to provide a 550m deep, geological/geochemical/structural cross- section through the large 3km long by 1km wide copper molybdenum porphyry system.
Previous drilling at Minnie Springs intersected mineralisation, geology and alteration halo consistent with the zoning of a porphyry copper / moly system.
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This article includes content from Augustus Minerals, 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.
High-grade REE & P2O5 Trench Results Returned from Tundulu to Assist with Metallurgy
Highlights:
- A total of 63 metallurgical samples were collected from 37 sample locations along high-grade historic trench (TUTR10) at Tundulu
- Sampling results returned up to a high of 3.35% TREO and 27.5% P2O5 over the sampled 83m length of trench TUTR10:
- an exciting component of the sampling results is the average HREO, being 13% of the TREO basket
- undetectable to very low levels of deleterious elements including mercury, lead and cadmium in the phosphorus (P) rich rocks confirms the exceptional grade quality of the phosphate at Tundulu; and
- the sampling is representative of the mineralised Bastnaesite and Apatite carbonatite rock types exposed within the trench
- Selected samples are being collected to form a 150kg composite to be sent for metallurgical analysis
- 5 bioavailability composite samples were also taken across various historical trenches at Tundulu, targeting phosphate-rich rocks, to determine the solubility of phosphate in the samples and understand its potential for direct fertilization
- Majority of samples showed excellent P solubility (using 2% citric acid) of over 40%, with one returning solubility of 81%. This is above the industry threshold of 9.4% P2O5 solubility using Citric Acid as the reagent in the acid leach process
- 9 samples representing predominant lithologies at Tundulu have been collected and will also be sent to RSC Australia for petrographic examination to validate the historical mineralogical and rock composition
- Samples from the Company’s recent reconnaissance soil and rock chip program at the Ngala Hill PGE, Cu & Ni Project have been submitted to SGS South Africa for analysis, with results expected towards the end of the month
Tundulu REE Project
Tundulu is formed of several hills in a ring around a central vent called Nathace Hill where the majority of the historic surface sampling and drilling was undertaken. The predominant geology at Nathace Hill is REE apatite hosting carbonatites and feldspathic breccia and comprises a large inner agglomerate vent. Mineral rich carbonatite also occurs at Tundulu Hill east of Nathace and Makhanga Hill west of Nathace and is previously unexplored and prospective for REEs and niobium mineralisation.
REE mineralisation remains open towards southern and western directions of Nathace Hill and potentially extends beyond the boundaries of the previously established mineralised area over Tundulu Hill. Initial indications of mineralisation appear to be high in valuable MREEs and low measurable radioactive uranium
(U) and thorium (Th). This compares favourably to Lynas Rare Earths’ Mount Weld Central Lanthanide Deposit where Th and U concentrations in the ore are approximately 660 ppm and 25 ppm respectively.1
Figure 1. Map of Tundulu license area (EL0731)
A total of 63 metallurgical samples were collected from 37 sample locations along high-grade historic trench (TUTR10) at Tundulu.
Sampling results returned up to a high of 3.35% TREO and 27.5% P2O5 (average of 0.85% TREO and 8.26% P2O5) over the sampled 83m length of trench TUTR10. The average HREO component of the TREO basket was 13%, with high-value heavy rare earth elements Dy & Tb contributing 2.5%. Undetectable to very low levels of deleterious elements including mercury, lead and cadmium in the P-rich rocks confirms the exceptional grade quality of the phosphate at Tundulu.
The sampling is representative of the mineralised Bastnaesite and Apatite carbonatite rock types exposed within the trench. Select samples are being collected to form a 150kg composite to be sent to for metallurgical analysis.
5 bioavailability composite samples were also taken across various historical trenches at Tundulu, targeting phosphate rich rocks. ‘Bioavailability’ is used for analysis on phosphorous rock sources to determine the solubility of phosphate in soils. This analysis is useful in determining whether a particular phosphate rock type is suitable for direct fertiliser applications where the phosphate would be applied directly to the soil for uptake.
The analysis has been undertaken at Nagrom metallurgical and analytical laboratory in Kelmscott, Western Australia under standard atmospheric conditions using 2% citric acid. The majority of samples showed excellent phosphorus (P) solubility of over 40%, with one returning solubility of 81%. The exceptional quality of the phosphate-rich rocks at Tundulu is manifested by their undetectable to very low levels of deleterious elements including mercury, lead and cadmium.
The metallurgical test work will aim to evaluate historical studies undertaken at Tundulu and assess the findings from a 2017 metallurgical report, completed by the previous operators of the licence. The test work will initially focus on validating the beneficiation results achieved by the previous laboratory.
Conducting test work at this early stage enables the Company to ascertain the preliminary viability of producing two product streams: namely a REE commercially saleable concentrate and a mixed phosphate concentrate containing rare earths.
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This article includes content from DY6 Metals, 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.
Massive Antimony Sulphide Stibnite Confirmed
Mutnica Antimony-Copper Project:
- Fieldwork commenced successfully locating antimony occurrences at the Kreva Prospect
- 5m wide zone of outcropping variable stibnite-arsenopyrite veins observed at Kreva, including a zone of 5-20% massive antimony stibnite minerals
- Surface rock chip and 2023 soil samples submitted to assay antimony and associated metals
Lisa Antimony-Gold Project:
- Engagement of legal team to facilitate fast tracking of licence grant
Figure 1 Photographs of recent Bindi samples at Kreva 1 (left) Sample DM014022 displaying 5-20% massive stibnite (antimony sulphide mineral; st); (right) Sample DM014024 displaying 1-2% disseminated stibnite (st)
NB: Visual estimates of mineral abundance should never be considered a proxy or substitute for laboratory analyses where concentrations or grades are the factor of principal economic interest. Visual estimates also potentially provide no information regarding impurities or deleterious physical properties relevant to valuations
Bindi Metals Director, Eddie King said:
“We are pleased to have hit the ground running confirming impressive antimony potential at Mutnica and to continue the work Apollo Minerals started on an interesting copper target. In addition, we have formally engaged with in-country advisors to facilitate granting of the Lisa Antimony-Gold Project which was the focus on the transaction with Apollo and considered our key focus in Serbia.”
Mutnica Antimony-Copper Project Update
A team of local Serbian geologists as well as Bindi’s Australian geologist team are undertaking a field campaign around the historical antimony occurrences at Kreva and regional prospecting on the Mutnica licence. The aim of the work was to relocate the historical antimony occurrences that were reported in 2014 (see ASX BIM announcement dated 19 September 2024) and assess the economic significance of these outcrops. Priority samples have been sent to the SGS laboratory in Bor for rush assay on antimony, multi-element and gold assay.
The results of this fieldwork are highly encouraging and the historical Kreva 1 antimony occurrence was successfully located. The area is characterised by intermittent outcrop of vuggy quartz breccia with visible variable 1-5% stibnite (antimony sulphide) together with arsenopyrite (1%) in places. The outcropping zone appears to be approximately 5m wide in thickness but evidence for further antimony sulphide was exposed over a 50m strike zone of intermittent outcrop and open undercover with a dominant northwest to north strike. A standout outcrop was observed in what appears to be a core area of massive stibnite where 5-20% stibnite was observed (Figure 1).
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This article includes content from Bindi Metals, 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.
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