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Galena Achieves 2020 Drilling Objectives at Abra – Updates MRE
Galena Mining Ltd. (“Galena” or the “Company”) (ASX:G1A) announces achievement of the key objectives from the 2020 Abra Drilling Program and has subsequently completed an updated JORC Code 2012 Mineral Resource estimate (“April 2021 Resource”) for the Abra Base Metals Project (“Abra” or the “Project”) located in the Gascoyne region of Western Australia. The April 2021 Resource has been independently prepared by Optiro Pty Ltd (“Optiro”).
Managing Director, Alex Molyneux commented, “The objectives associated with the 2020 Abra Drilling Program were successfully completed. The Project now has over 100 kilometres of drilling in its database, and the geological confidence and understanding of the deposit continues to improve. Almost all of the new holes were drilled within the previous Mineral Resource envelope and over 75% of those holes achieved expected or better results. This Mineral Resource update will now feed into an optimised mine plan, and mine development will allow for underground drilling to continue Resource development, particularly the conversion of significant Inferred Mineral Resources associated with the Core Zone
mineralisation, which remains open in several directions and also hosts the interpreted copper-gold zone.”
Table 1 (below) states the Abra April 2021 Resource at a 5.0% lead cut-off grade.
2020 ABRA DRILLING PROGRAM AND OBJECTIVES
The completed 2020 Abra Drilling program included 57 drill-holes totalling 24,834 cumulative linear meters and was designed to achieve three specific objectives. These objectives were mainly focussed on the original Mineral Resource estimate and potential grade and continuity risk
of certain areas within that estimate, and they were:
(i) Lead-silver orebody infill drilling – Some infill drilling that had previously been planned to take place from underground once the decline was in place was pulled forward into the 2020 Abra Drilling Program. This aimed to further tighten the drill-hole spacing over the first four years of proposed production to 20 by 20 metres and up to 30 by 30 metres or better, compared with a more variable drilling density of up to 40 by 40 metres and up to 60 by 60 metres in that area previously.
(ii) Drilling into selected lead-silver ‘metal rich’ zones – Some drill-holes successfully targeted selected areas within the Abra lead-silver mineralisation where higher concentrations of metal (in both grade and thickness) were projected from previous drilling campaigns, in particular drill-hole AB147, which became the best high-grade lead-silver drill-hole ever at Abra, and the follow-up drill-holes that were added to the program in its vicinity (see Galena ASX announcements of 19 October 2020, 18 November 2020, 22 January 2021 and 24 February 2021).
(iii) Gold-copper exploration – Some of the drilling, in particular drill-hole AB195 (see Galena ASX announcement of 22 February 2021) successfully targeted the newly interpreted gold and copper drilling targets to the south and south east of the leadsilver mineralisation and at depth (see Galena ASX announcement of 29 June 2020).
The first two of these objectives enable the Company to optimise mine planning, which is now underway.
MINERAL RESOURCES
Geological model
Abra is located in the Gascoyne region of Western Australia within clastic and carbonate sediments of the Proterozoic Edmund Group. Abra is a base metals replacement-style deposit, where the primary economic metal is lead. Silver, copper, zinc and gold are also present within
the established lead mineralised zones but are of lower tenor.
Abra can be divided into two main parts, the upper “Apron Zone” and lower “Core Zone”.
The Apron Zone comprises stratiform massive and disseminated lead sulphide (galena), with minor copper sulphide (chalcopyrite) and zinc sulphide (sphalerite) mineralisation within the lower conglomerate unit (KCLC) of the Edmund Basin Kiangi Creek Formation and the Upper
Carbonate Unit (UID) of the Irregully Formation. The Apron Zone is characterised by flat-lying alteration zones containing jaspilite (Red Zone), barite (Barite Zone), silica-sericite (Micrite Zone), siderite and dolomite (Carbonate Zone), and haematite and magnetite (Black Zone). Distinct stratiform alteration domains can be defined within the Apron Zone and have assisted in the definition of the distribution of the lead mineralisation and construction of the lead mineralisation lodes. The Apron Zone extends for over 1,200 metres along strike and 750 metres down dip, dipping gently south.
Galena Mining
Overview
Galena Mining Limited (ASX:G1A, Galena) owns 60 percent of the Abra base metals mine located in the Gascoyne region of Western Australia - home to one of the largest lead and silver deposits in the world, set to produce the highest-grade, cleanest lead concentrate available globally. The company is capitalizing on its Tier 1 asset in a Tier 1 jurisdiction, strengthened by and leveraging partnerships with Japan's largest zinc and lead smelter, as well as with one of the top base metals trading firms in the world.
The company also owns 100 percent of the Jillawarra Project, which covers 76 kilometers of strike extension directly to the west of Abra. The Jillawarra Project contains several large-scale analogous exploration targets including the Woodlands Complex, Quartzite Well and Copper Chert areas.
Galena's major partnerships include Toho Zinc (TSE:5707), Japan's largest zinc and lead smelter, and IXM SA, one of the world's top three base metals trading firms. Toho provided AU$90 million project equity and has a long-term offtake agreement to purchase 40 percent of Abra's production; while IXM has entered into a 10-year take-or-pay offtake contract to purchase the remaining 60 percent.
The company's management team brings decades of experience in the mining and base metals industry and has a proven track record of success throughout all stages of exploration, from development to production.
In November 2020, Galena put in place US$110 million in finalized debt facilities arranged by Taurus Funds Management. The facilities include a US$100-million project finance facility plus a US$10-million cost overrun facility.
The project finance facility consists of a 69-month term loan primarily to fund capital expenditures for the development of Abra. Key terms include:
- Fixed interest of 8 percent per annum on drawn amounts, payable quarterly in arrears.
- 1.125 percent net smelter return royalty.
- No mandatory hedging.
- Early repayment allowed without penalty.
- 15 quarterly repayments commencing on 31 December 2023.
The cost overrun facility is a loan to finance identified cost overruns on the project in capital expenditure and working capital. Fixed interest of 10 percent per annum applies to amounts drawn under the cost overrun facility.
The Taurus debt facilities have been fully drawn and are secured against Abra Project assets and over the shares that each of Galena and Toho own in Abra.
Company Highlights
- Positioned to realize value for shareholders:
- Abra mine construction completed in December 2022, on time and on budget.
- First in-specification concentrate shipment achieved in March 2023.
- Abra is one of the largest and cleanest lead-silver deposits in the world (high-grade, high-value concentrate 1/10th typical deleterious elements).
- Exciting exploration ground and known copper-gold mineralisation below the Abra lead-silver deposit.
- JV between Galena (60 percent) and Japan's largest zinc and lead smelter Toho Zinc (40 percent) underpins long mine life (10+ years) in an exciting new mineral province in Western Australia.
- Galena has a 10-year offtake agreement with IXM, one of the world’s largest base metals traders.
- Annual steady-state guidance:
- Mill throughput of more than 1.3 million tonnes per annum (Mtpa), producing +90,000 tonnes per annum lead and +550,000 ounces per annum silver.
- Annual average lead C1 direct cash cost of US$0.55 to US$0.65/lb.
- Annual average EBITDA (earnings before interest, taxes, depreciation, and amortization) of AU$90 million to $100 million.
- The Abra mine is located in the Gascoyne Region of Western Australia, home to one of the largest undeveloped lead deposits in the world and the highest-grade lead concentrate available, globally.
- The Abra mine carries a JORC mineral resource estimate (July 2023) of 16.2 million tons (Mt) at 7.3 percent lead and 19 grams per ton (g/t) silver in the indicated category, and 16.9 Mt at 6.9 percent lead and 15 g/t silver in the inferred category.
- Abra has been named the world's lowest-cost primary lead mine by Wood Mackenzie, a leading mining research and consultancy group.
- US$110 million of project financing debt facilities from leading mining-specialist lending fund Taurus Funds Management.
- Galena's management team brings decades of experience in the mining and base metals industry and has a proven track record of success throughout all stages of exploration, from development to production.
Key Projects
Abra Mine
The Abra Mine is a 60:40 joint venture between Galena and Japanese lead producer Toho Zinc. It is a globally significant lead-silver project located in the Gascoyne region of Western Australia, between the towns of Newman and Meekatharra approximately 110 kilometers from the DeGrussa copper mine owned by Sandfire Resources (ASX:SFR).
Abra Mine Site Location
The Abra mine carries a total JORC mineral resource estimate published in July 2023 of 33.4 Mt at 7.1 percent lead and 17 g/t silver (5 percent Pb cut-off grade), which includes 0.3 Mt at 7.3 percent lead and 32 g/t silver in the measured category; 16.2 Mt at 7.3 percent lead and 19 g/t silver in the indicated category; and 16.9 Mt at 6.9 percent lead and 15 g/t silver in the inferred category.
All permits for the Abra project have been obtained from the appropriate Western Australian regulatory bodies. The project is also subject to an existing land use and heritage agreement with the Jidi Jidi Aboriginal Corporation. The Abra property is well-serviced by public roads and highways, and all the necessary infrastructure has been developed to transport lead-sulphide concentrates to the Port of Geraldton, Abra's primary export port.
Abra Processing Plant
A final investment decision to complete the Abra Project was made in June 2021 and construction was completed in December 2022, on time and on budget. Several important milestones were achieved in the March 2023 quarter, including the commissioning of the processing plant, first ore fed into the plant and first concentrate produced in January 2023.
The processing plant achieved in-specification concentrate production from the commencement of concentrate production and during the 2023 calendar year, 967,622 tons of ore was processed and 61,800 tons of lead concentrate was produced.
The company is currently undertaking detailed technical work to develop an updated production plan for 2024 production targets and guidance.
Jillawarra Project
Exploration and growth associated with the 100 percent Galena-owned Jillawarra Project covers a highly prospective elongated tenement package covering approximately 76 kilometers of continuous strike length and 508 square kilometers directly to the west of Abra.
The Jillawarra Project hosts many base metals prospects which have had limited shallow exploration work completed since the 1970s by various companies. The bulk of the exploration work was completed by Amoco, Geopeko, Apex Minerals and Abra Mining Limited. The work completed to date has identified several base metals, manganese and gold prospects, of which the Woodlands Complex, Quartzite Well, Manganese Range, Copper Chert, TP and 46-40 were subject to early-stage exploration. Most of the drilling completed within the Jillawarra Project investigated the first 100 to 200-meter depth which, based on recent knowledge of Abra, may not have reached the depths required.
The main prospective corridor within the Jillawarra Project lies within the margins of the Quartzite Well – Lyons River Fault zones which extend east-west along the entire tenement package. Also, the contact between the dolomitic sediments of Irregully Formation and the lower sedimentary unit, polymictic conglomerate, of the Kiangi Creek Formation represents an important marker for the occurrence of base metal mineralisation as seen at Abra.
The Woodlands Complex is an Australian scaled geophysical anomaly which represents a significant target area with the anomaly being 12 kilometers long and 10 kilometers wide. Limited work and technical evaluation have occurred at Woodlands which presents a great opportunity for Galena in the years to come. Ongoing geophysical and exploration drilling will occur concurrently with the development of Abra. The knowledge and understanding of Abra due to its development will provide a significant exploration advantage at Jillawarra.
Management Team
Tony James – Managing Director and CEO
Tony James is a mining engineer with over 30 years’ mine operating and project development experience predominantly in Western Australia. He also has previous experience at managing director level of three ASX-listed companies with two of those companies successfully guided through a merger and takeover process benefiting the shareholders. He has a strong mine operating background (examples being the Kanowna Belle gold mine and the Black Swan nickel mine) and a strong feasibility study / mine development background (examples being the Pillara zinc/lead mine and the Trident/Higginsville gold mine).
Adrian Byass – Non-executive Chairman
Adrian Byass has more than 25 years of experience in the mining industry both in listed and unlisted entities globally. He has served as non-executive and executive director of various listed and unlisted mining entities, which have successfully transitioned to production in bulk, precious and specialty metals around the world. He currently serves on the boards of ASX gold, base metals and lithium companies.
Neville Gardiner – Non-executive Director
Neville Gardiner has over 30 years of experience advising boards on mergers and acquisitions,
equity and debt capital markets, transaction structuring, capital allocation and complex
commercial arrangements. His career achievements include senior executive leadership
roles in Deloitte, Torridon Partners, and at Bank of America Merrill Lynch, where he spent five years as the head of its Australian Natural Resources Team. He also spent nine years with Macquarie Bank, where he had responsibility for its Western Australian Corporate Finance business and its Australian Oil and Gas Advisory business. He has a very strong experience and knowledge base associated with the resources sector in Australia.
Stewart Howe – Non-executive Director
Stewart Howe has more than 40 years of experience in the global resource industry including 18 years in mining. He was chief development officer at Zinifex, one of the world’s largest miners and smelters of lead and zinc. He led the spin-off of Zinifex’s smelters to create Nyrstar NV, and restarted the development of the Dugald River mine.
Craig Barnes – Chief Financial Officer
Craig Barnes has over 25 years of experience in senior finance and financial management within the mining industry and previously the financial services industry. He has considerable experience in project financing, mergers and acquisitions, joint ventures, treasury and implementation of accounting controls and systems.
Before joining Galena, he held the position of CFO of Paladin Energy for more than five years and was part of the team that successfully completed the company's capital restructuring in 2018. Prior to that, he was the chief financial officer of DRDGOLD (NYSE and JSE:DRD) and its affiliated subsidiaries for more than seven years.
Aida Tabakovic – Company Secretary
Aida Tabakovic has over 11 years of experience in the accounting profession, which includes financial accounting reporting, company secretarial services, ASX and ASIC compliance requirements. She has been involved in listing several junior exploration companies on the ASX and is currently company secretary for numerous ASX-listed companies
Abra Construction At 97% Complete – First Ore Stockpiled For January Processing
GALENA MINING LTD. (“Galena” or the “Company”) (ASX: G1A) is pleased to announce that the construction progress at its Abra Base Metals Mine (“Abra” or the “Project”) has reached 97% complete as of 30 November 2022. Processing plant commissioning is progressing quickly with practical completion now expected in December 2022. Ore currently being mined from underground is being stockpiled in readiness for processing to begin in January 2023. Concentrate production will commence January 2023.
Managing Director, Tony James commented, “Record underground development in November with delivery of the first 9,000t of ore to the ROM pad along with successful plant commissioning to date puts Abra on the verge of a quick transition into production. Recruitment and other operational readiness activities are well advanced in preparation for January production”.
Figure 1 – First material being tipped into the crusher during commissioning (Photo 26 November).
Figure 2 – Crushing and screening plant commissioning (Photo 26 November).
The following link will show a short video of the Abra crusher commissioning. https://youtube.com/shorts/iSG58MiW_3o
Update on Abra Project progress
Overall progress continues as planned, with first concentrate production expected in Q1 CY2023, following ore commissioning in January 2023. Practical completion of the processing plant is now expected ahead of schedule in December 2022. The processing plant engineering, procurement and construction has reached 99% complete. Piping and electrical works have made significant progress and at the end of November were 96% and 92% complete, respectively. Mechanical items installation is almost complete at 99%.
In November, the first material was crushed and screened as part of the staged commissioning process. The crushing plant ran at design capacity and all commissioning milestones were successfully achieved. Dry commissioning also progressed in most areas of the plant including water and air services, tailings and concentrate thickening, grinding and reagents. Dry commissioning of the remaining areas will be completed in December. Water commissioning commenced in the tailings and concentrate thickening areas of the plant and the remaining areas are expected to be wet commissioned by the end of December. The remaining commissioning schedule is unchanged from the last update and is shown below in Table 1.
Click here for the full ASX Release
This article includes content from Galena Mining, 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.
Abra Construction At 92% Complete – Reaches First Ore Underground
Managing Director, Tony James commented, “Reaching first ore underground is extremely rewarding for everyone involved in the project. To see for the first time what we have predicted and interpreted as the Abra orebody delivers a significant step forward for the project. Record development metres in October has taken the mine to the ore and we continue to establish key underground infrastructure with the completion of the 6m diameter surface rise that will be the primary return airway.”
Update on Abra Project progress
Overall progress continues to remain in line for Project completion, with first commercial production expected in Q1 CY2023. The processing plant engineering, procurement and construction has reached 97% complete. Structural steel has been completed in October and mechanical installations are at 96% complete. Piping at 80% and electrical at 71% complete continue to progress quickly.
Pacific Energy’s Hybrid 10MW LNG/solar power station completed full integration with the solar power supply, dry commissioning of the crushing and screening areas was completed in early November and first rock crushing is scheduled for late November. Grinding section dry and wet commissioning will commence in the second half of November and is planned for completion by mid-December. The remaining commissioning schedule is unchanged from the last update and is shown below in Table 1.
Mine decline development continued during October. A total of 311m was developed with the decline reaching 1,284mRL. October represents the highest individual development month since the first cut was fired in the portal in October 2021. The decline location is 266m vertically below the surface and is 29m vertically below the original top of the orebody (1313mRL). Underground drilling has now identified mineralisation as high as 1330mRL which is currently being reviewed for potential extraction. The 1300mRL ore access drive reached first ore in early November (See ASX announcement 14 November 2022).
The 1290mRL horizon is a significant work area for development as underground infrastructure for pumping, ventilation, second means of egress and power are all distributed from this level outwards into the development network. All this infrastructure is currently being established and will result in an increased focus on lateral development and lower decline development in the short term.
Click here for the full ASX Release
This article includes content from Galena Mining, 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.
Abra Mine Reaches Ore
Managing Director, Tony James commented, “Reaching first ore underground delivers another significant step in bringing the Abra project on-line. The first cut in the portal was taken in October 2021, and now 2,949m later and 250m below surface we have reached the orebody. Special acknowledgement needs to be given to Byrnecut and the Abra mining team for achieving this milestone, and everyone involved should be very proud of what they have achieved. It’s also important to acknowledge Pacific Energy and the Abra project team for the faultless commissioning of the power station and completing the full integration of the solar system”.
First ore heading underground has been reached on the 1300mRL access drive. Project to date (PTD) underground development to this point in time was 2,949m and first ore is 250m below the surface. Figure 2 below shows the mine development completed to the end of October 2022. The second underground development Jumbo has commenced at Abra in line with multiple headings being established and underground development is expected to increase accordingly. Underground grade control drilling continues and the 6m diameter return airway shaft drilling has been completed in November through to the surface.
On 20 October, the site changed over to mains power station with the commissioning of the Pacific Energy hybrid 10MW gas/solar/BESS power station. On the 10 November the system was fully integrated with the successful integration of the 6MW solar panels. The mine and general site infrastructure is running on mains power and plant commissioning to date includes the energisation of the crushing/screening sections.
Click here for the full ASX Release
This article includes content from Galena Mining, 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.
Galena Mining Activities Report For Quarter Ended 30 September 2022
GALENA MINING LTD. (“Galena” or the “Company”) (ASX: G1A) reports on its activities for the quarter ended 30 September 2022 (the “Quarter”), primarily focused on construction of its 60%- owned Abra Base Metals Mine (“Abra” or the “Project”) located in the Gascoyne region of Western Australia.
Highlights
- Abra Project 87% complete at end of the Quarter (14% of construction works completed during the Quarter). Project focus remains on underground access to the orebody and completion of the processing plant and remaining surface infrastructure.
- Underground development achieved 771m advance during the Quarter remaining on schedule with the decline reaching 1,300mRL. The decline is 13m below the top of the orebody and 250m below the surface.
- Overall processing plant construction has reached 93% complete. Plant engineering and drafting work is 100% complete and site construction work is 90% complete.
- All key overseas supplied equipment has arrived on site.
- Completed oversubscribed placement to raise A$17.2M.
- US$25M final debt drawdown was completed under the Taurus Debt Facilities.
- Cash balance at Quarter-end A$60.5M.
ABRA BASE METALS MINE (60%-OWNED)
Abra comprises a granted Mining Lease, M52/0776 and surrounding Exploration Licence E52/1455, together with several co-located General Purpose and Miscellaneous Leases. The Project is 100% owned by Abra Mining Pty Limited (“AMPL” the Abra Project joint-venture entity), which in turn is 60% owned by Galena, with the remainder owned by Toho Zinc Co., Ltd. (“Toho”) of Japan.
Abra is fully permitted and under construction. First production of its high-value, high-grade lead- silver concentrate is currently scheduled for the first quarter of 2023 calendar-year.
Click here for the full ASX Release
This article includes content from Galena Mining, 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.
Boab Metals Pens Lead-Silver Offtake Deal with Trafigura Asia Trading
Boab Metals (ASX:BML) has signed a binding offtake agreement with logistics giant Trafigura Asia Trading for lead-silver concentrate produced at its Sorby Hills project, located in Western Australia.
Under the deal, Boab will receive a prepayment facility of US$30 million to fund Sorby Hills, subject to certain conditions.
The prepayment facility will be for a five year term from the first drawdown, and will include an 18 month interest-only period. It will be repaid via equal monthly installments over 42 months following the interest-only period.
According to Tuesday's (December 10) release, if financial close on the prepayment facility is achieved, the offtake will be for 75 percent, or a minimum of 531,000 tonnes, of the lead-silver concentrate produced at Sorby Hills.
The offtake will range from 25 to 50 percent or greater should financial close not be achieved.
“We are delighted to have secured support in the form of binding offtake and project financing from a party of Trafigura’s calibre,” commented Boab Managing Director and CEO Simon Noon.
“(This agreement) represents a cornerstone of our targeted financing plan for Sorby Hills.”
Boab secured a 100 percent interest in Sorby Hills in September by acquiring a 25 percent interest belonging to its joint venture partner Henan Yuguang Gold & Lead. The project is located 50 kilometers from the regional centre of Kununurra in the East Kimberley region of Western Australia, and is being developed as an open-pit mining operation.
Sorby Hills currently holds a mineral resource of 47.3 million tonnes containing 1.5 million tonnes of lead at 3.1 percent and 53 million ounces of silver at 35 grams per tonne.
“The opportunity to secure high-quality concentrate from the Sorby Hills project is an exciting prospect for our lead trading book,” Trafigura said. “We look forward to seeing Boab’s management team bring this project into production.”
Boab is looking for other senior lenders to make a final investment decision for the project.
Shares of Boab rose as high as AU$0.16 on Tuesday, nearing a peak for 2024.
Don’t forget to follow us @INN_Australia for real-time news updates!
Securities Disclosure: I, Gabrielle de la Cruz, hold no direct investment interest in any company mentioned in this article.
Lead Price Forecast: Top Trends That Will Affect Lead in 2025
Lead prices rode a wave of volatility in 2024 as global economic uncertainty continued to wreak havoc on metals markets.
As an industrial metal, lead has largely been used in lead-acid batteries, and to a lesser extent in pigments, weights, cable sheathing and ammunition. More recently, the electric vehicle (EV) market has opened up a sector for growth as EV manufacturers need lead-acid batteries to power electrical systems, including lights, windows, navigation, air-conditioning and airbag sensors.
Lead is typically mined as a by-product of zinc, silver and to a lesser extent, copper. Disruptions to the mining and demand profiles for these metals can have a sizable impact on lead sector fundamentals.
As 2025 approaches, the Investing News Network (INN) is looking back at the main trends in the lead space in 2024 and what’s ahead for prices, supply and demand in the new year.
How did lead perform in 2024?
Although they started off the year above the US$2,025 per metric ton level, lead prices quickly shot up nearly 8 percent in the first four weeks of 2024 on reduced primary and secondary supplies. While prices had shed those gains and then some down to US$1,963 by the end of March, only to rise to a high for the year of US$2,343 on May 28.
“China retained the spotlight in 2024. Stricter emission standards for battery makers since April tightened supply for lead, causing China to become a net importer of refined lead for the first time in years, boosting prices,” Adrià Solanes, associate economist at FocusEconomics, told INN via email.
A December report from the International Lead and Zinc Study Group (ILZSG) show that China, which is both the world’s largest producer and consumer of the metal, increased its imports of lead concentrate by 7.5 percent compared to the first 10 months of 2023.
By August 5, lead prices had once again crashed, this time by more than 17 percent to their lowest point of the year at US$1930.
For much of the rest of the year, volatility continued to plague the lead market with price ups and downs swinging within the US$1950 to US$2,150 range.
“Toward the end of the year, following the reelection of Donald Trump as U.S. President, lead prices came under pressure as the U.S. dollar strengthened,” said Solanes.
Ironically, despite the wide price swings, as of December 18, 2024, lead prices are only down by 2.41 percent since the start of the year.
Lead's price performance in 2024.
Chart via TradingEconomics.
“On the supply front, lead output growth slowed, constrained by high energy prices and supply chain problems in the automobile industry,” according to Solanes.
In the first 10 months of 2024, ILZSG figures show that global supply of lead exceeded demand by 21,000 metric tons. That’s compared to 41,000 metric tons in the previous year.
Worldwide lead mine production rose by 1.5 percent. Lead metal production decreased by 1.7 percent over the same period in 2023, which according to the ILZSG was due to “lower output in China and Canada, where a scheduled maintenance at Teck Resources’ Trail operations impacted production during the second quarter.” Meanwhile consumption of the metal decreased by 1.6 percent.
China, which is both the world’s largest producer and consumer of the metal, increased its imports of lead concentrate by 7.5 percent compared to the first 10 months of 2023.
What factors will move the lead market in 2025?
Heading into 2025, what supply and demand factors are expected to drive prices for lead?
The ILZSG forecasts that global lead mine supply will rise by 2.1 percent in 2025 to 4.64 million metric tons, compared to 1.7 percent growth in 2024. Increased lead supply is seen coming out of the three top lead-producing countries: China, Australia and Mexico.
Looking over at global refined lead supply, the ILZSG sees a 2.4 percent increase to 13.51 million metric tons in 2024; that's compared to a 0.2 percent decrease to 13.2 million metric tons in 2024.
In terms of demand for refined lead metal in China, ILZSG is forecasting a growth rate of 0.5 percent in 2025 after projected demand growth of 0.9 percent in 2024. Demand in Europe and Mexico is expected to recover in 2025, and continue to rise in India and Vietnam. On a global scale, demand for refined lead metal is forecast to increase by 0.2 percent to 13.13 million tonnes in 2024 and by 1.9 percent to 13.39 million tonnes in 2025.
The ILZSG “anticipates that global supply of refined lead metal will exceed demand by 63,000 tonnes in 2024. In 2025, a much larger surplus of 121,000 tonnes is expected.”
What other key trends and catalysts should investors look out for in the lead market in 2025?
“The strength of China’s industrial sector and stimulus policies in the country, along with the pace of global monetary policy, are key factors to monitor,” advised Solanes.
As the largest consumer of lead, China’s economic health is also a major factor for consideration. The World Bank is forecasting 4.8 percent annual growth in 2024 for China, the world’s second largest economy, and calling for slower growth of 4.3 percent in 2025. The weakest segment of China’s market has been its property sector. Outside of the battery market, lead has several important applications in housing and infrastructure.
“Another relevant topic to track is trade policy under Trump, with the prospect of a Sino-American trade war posing headwinds to prices,” added Solanes.
As reported by Fastmarkets, during LME week, the global metals market gathering held each Fall in London, StoneX senior metals analyst Natalie Scott Gray shared her insight into what’s ahead for the lead market in 2025. Namely, increased mine production as well as demand.
Scott Gray said as copper, zinc and silver mining activity increases for the year, so will lead output as it's often a by-product metal. Her firm is also forecasting that lead demand will increase by 2.2 percent in 2025 as falling interest rates improve demand for batteries. This would likely bring a slight uptick in lead prices for the year.
Don’t forget to follow us @INN_Resource for real-time news updates!
Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.
The Investing News Network does not guarantee the accuracy or thoroughness of the information reported in the interviews it conducts. The opinions expressed in these interviews do not reflect the opinions of the Investing News Network and do not constitute investment advice. All readers are encouraged to perform their own due diligence.
Lead’s Vital Role in the Growing Electric Vehicle Industry
If recent data are any indication, the electric vehicle (EV) market has shown no signs of slowing down.
In 2022 alone, global EV sales exceeded 10 million units, and sales in 2023 are on track to potentially reach 13 million units by the end of the year. As EV demand continues to grow, the commodities needed to enable the electrification of modern society should remain in high demand.
When people think of electric vehicles, lithium-ion battery components such as lithium, cobalt and graphite often come to mind. However, many metals are necessary for the manufacturing of electric vehicles, including lead. Simply put, current EV technology requires 12 volt lead-acid batteries to run essential components like safety auxiliary systems, lithium-ion battery management computers and autonomous and communication systems.
When you combine outside factors like pro-EV government policies, the general public’s growing awareness for this technology, and the shift to green technologies in many established industries, it becomes clear why projected demand for lead is expected to grow over the next few years.
What’s driving the lead economy: An overview
Market analysts report the automotive lead-acid battery market could grow from US$45.3 billion in 2023 to US$56.18 billion by 2028, with an estimated compounded annual growth rate (CAGR) of 4.4 percent from 2023 to 2028.
While lithium-ion batteries are the primary battery in most current consumer EVs, the cars are also equipped with lead-acid batteries. The lead-acid batteries in EVs serve a similar function to those in internal combustion engine vehicles — powering electrical systems such as lights, windows, navigation, air-conditioning and airbag sensors.
Lead as a commodity in the green revolution is also driving global movements towards the overall electrification of the world. The IEA projected going into 2022 that low-emissions sources of electricity will overtake fossil fuels by 2030 and renewable energy will dominate global capacity, accounting for 75 to 80 percent of all new capacity to 2050. This increase in new capacity will create more demand for energy storage systems (ESS).
With the increased popularity of electric alternatives to power, transportation and energy, companies and international powerhouses are seeing the substantial economic necessity of investing in mining and base metals commodity players. Companies need to act fast in finding sources of metals like lead to fuel the demand of a rapidly growing sustainability-focused world.
Lead’s market outlook over the next decade
Since demand is high, lead is experiencing similar challenges to other base metals, including diminishing supply. Most large mines are coming to the end of their life, and smaller mines are also producing less pure lead.
However, world leaders like China and Australia are held up as the primary sources for viable lead resources in the world. For example, major Australian player Galena Mining (ASX:G1A) operates its own Abra base metals mine, located in the Gascoyne region of Western Australia, which is home to one of the largest lead and silver deposits in the world.
The Abra mine is a 60:40 joint venture between Galena Mining and Toho Zinc, a leading producer of lead in Japan (TSE:5707). The latest mineral resource estimate for Abra is 33.4 million tonnes containing 7.1 percent lead and 17 grams per tonne silver.
Players like Galena see the economic upside of the lead industry, which is currently experiencing a higher rate of technical development in lead batteries than ever before. Wood Mackenzie's Farid Ahmed projected, "These developments have the potential to narrow the performance gap with lithium-ion — its principal rival for the burgeoning ESS sector."
Unlike other commodities, lead can be recycled infinitely while maintaining its quality. The growing demand for lead in lead-acid batteries for EVs and for use in ESS, as well as its ability to be reused, make it a potentially important part of the green future.
Looking into the future of lead mining
The lead market is currently estimated at 10.32 million tonnes and is expected to reach 12.21 million tonnes between 2023 and 2028 with a CAGR of over 3 percent, according to Mordor Intelligence.
At the same time, these production projections could still see issues with increased demand and undersupply. With limited economic lead mines and recent mine closures — such as the 2019 closure of Glencore's (LSE:GLEN,OTC Pink:GLNCY) 120,000 tonne per year smelter in New Brunswick, Canada — major players need to pivot to advance their hold in the lead market.
Notably, Galena has also made significant strides in its lead player positioning as its major partnerships include IXM, a Swiss base metals trading company; Toho Zinc, Japan's largest zinc and lead smelter; and GR Engineering Services (ASX:GNG). Even with mine closures and major disruptions, companies like Galena are putting in the work to meet the push for a greener world and the demand for vehicle battery, ESS and recyclable applications.
The takeaway
Lead may be making a comeback. As an important component in lead-acid batteries for EVs, ESS applications and the overall green revolution, companies and investors alike are looking to this commodity. This could mean that, despite disruptions from supply issues and mine closures, prospects may be high for lead in the upcoming years.
This INNSpired article is sponsored by Galena Mining (ASX:G1A). This INNSpired article provides information which was sourced by the Investing News Network (INN) and approved by Galena Miningin order to help investors learn more about the company. Galena Mining is a client of INN. The company’s campaign fees pay for INN to create and update this INNSpired article.
This INNSpired article was written according to INN editorial standards to educate investors.
INN does not provide investment advice and the information on this profile should not be considered a recommendation to buy or sell any security. INN does not endorse or recommend the business, products, services or securities of any company profiled.
The information contained here is for information purposes only and is not to be construed as an offer or solicitation for the sale or purchase of securities. Readers should conduct their own research for all information publicly available concerning the company. Prior to making any investment decision, it is recommended that readers consult directly with [add link to company profile][ and seek advice from a qualified investment advisor.
What Exploration Opportunities Exist in Australia’s Edmund Basin?
Australia is often known for sunny skies and big waves across its golden coast. However, the country has always been an understated gem in mining for some of the world’s most sought-after commodities.
Silver, gold and high-demand base metals can be found across the continent, with high concentrations in the country’s western regions.
One of these emerging prospects is the Edmund Basin in Western Australia. Underexplored and situated in a highly attractive jurisdiction for mining, the basin presents potential for base and precious metals mineralisation and widespread discoveries for early movers who take advantage of Australia’s next big mining exploration site.
The mining history of the Edmund Basin
Australia stands as the world’s largest producer of lithium and a global producer of gold, iron ore, lead, zinc and nickel. According to the International Trade Administration, one-third of its mines are located in Western Australia, with more than 350 currently in operation country wide. As an up-and-coming mining jurisdiction, the Edmund Basin leverages high-quality mineralisation and economic potential that has been demonstrated by many other geographical prospects surrounding the landform.
In the 1960s and 1970s, the basement rocks of Western Australia's Gascoyne region and the overlying sedimentary rocks of the Edmund Basin and neighbouring Collier Basin were first systematically mapped by the Geological Survey of Western Australia. This program produced 1:250,000 scale maps, explanatory notes and a number of early reports outlining the protracted tectonic history of this part of the Orogen.
Other significant mappings and exploration campaigns have outlined the basin’s half-graben architecture, which was formed by the normal reactivation of older basement faults and sutures during the latter part of the Mangaroon Orogeny. According to the most recent profiling programs, the Edmund Basin and the Collier Basin have geological structures and rock formation styles that have been divided into six informal depositional packages, each defined by basal unconformities or major marine flooding surfaces.
Despite extensive mapping and geological surveying, the Edmund Basin remains underexplored and ready for discovery.
Mineral resources and major players in the Edmund Basin
The Edmund Basin contains a wide range of mineral occurrences — including supergene manganese, lead, gold and phosphate — many of which have been associated with major crustal-scale faults.
The basin hosts Western Australia's largest strata-bound lead-gold-copper-silver deposit, the Abra lead-silver mine, which entered production at the beginning of 2023. The newest mineral resource estimate for Abra, updated in July 2023, shows total resources of 33.4 million tonnes containing 7.1 percent lead and 17 grams per tonne silver.
The new mine is wholly owned by Abra Mining, a 60/40 joint venture between major Australian mining player Galena Mining (ASX:G1A) and Toho Zinc (TSE:5707), a leading producer of lead in Japan. Galena Mining has successfully leveraged the low-risk, tier one jurisdiction status of the area to develop its flagship Abra base metals project into a producing mine that is now ramping up towards a steady state level of 1.3 million tonnes of ore milled per year, with planning underway to reach 1.5 million tonnes per year. The company also has the Jillawarra project next to Abra.
Another player taking advantage of the Edmund Basin’s underexplored history and mineral resources is Bellavista Resources (ASX:BVR), an emerging mineral exploration company with a large tenement holding in the basin that includes its flagship Brumby polymetallic project, the Vernon base metals project, the Vernon and Gorge Creek nickel-platinum-group-metals projects and the East Abra project.
Changing tides for Edmund Basin exploration
The uniquely varied geological and structural makeup of Edmund and the adjacent Collier Basin has posed some challenges in discovery and exploration in the past. Reactivated basement structures, basin inversion by reverse transpression and deformations all point to interesting mineralised profiles, but without the tools to explore these characteristics more extensively, the packages of the Edmund Basin remain relevantly untouched.
Luckily, advancements in mining technology, surveying and mapping have led to significant strides in discovery, development and exploration capabilities. Research and technology companies like the Australian Centre for Field Robotics have introduced advanced gradiometer technology, robotics, 3D imaging and automated drilling, which can be used to get to the core of underexplored regions. With mining companies and technology giants collaborating, the sky’s the limit for highly prospective regions like Edmund Basin and assets like the Abra base metals mine.
As more emerging exploration companies and investors catch wind of this impressive mining jurisdiction, the Edmund Basin could become a hot spot for high-quality mineralisation and commodities like precious and base metals. Investors should look to first movers like Galena Mining to see why Edmund Basin presents exploration opportunities unique to the Gold Coast.
Takeaway
The Edmund Basin in Western Australia sits amongst some of the world’s most abundant base and precious metals prospects and operating mines, but remains underexplored. Galena Mining's Abra mine is evidence of the early mover advantage in exploring such a highly prospective region. With advancements in mining technology and good mapping and geological research already established in the area, investors and exploration companies could see very positive mining and exploration opportunities across the Edmund Basin.
This INNspired article is sponsored by Galena Mining (ASX:G1A). This INNspired article provides information that was sourced by the Investing News Network (INN) and approved by Galena Miningin order to help investors learn more about the company. Galena Miningis a client of INN. The company’s campaign fees pay for INN to create and update this INNspired article.
This INNspired article was written according to INN editorial standards to educate investors.
INN does not provide investment advice and the information on this profile should not be considered a recommendation to buy or sell any security. INN does not endorse or recommend the business, products, services or securities of any company profiled.
The information contained here is for information purposes only and is not to be construed as an offer or solicitation for the sale or purchase of securities. Readers should conduct their own research for all information publicly available concerning the company. Prior to making any investment decision, it is recommended that readers consult directly with Galena Miningand seek advice from a qualified investment advisor.
Top 7 Lead-producing Countries
The lead price surged past the US$2,500 per metric ton (MT) level in early 2022, and the rest of last year saw periods of volatility. Rising energy costs for smelting and China's COVID-19 recovery are key factors to watch in 2023.
Most lead is used to make lead-acid batteries, primarily to power vehicles, but these batteries are also used in small-scale power storage or even large, grid-scale power systems. In fact, according to the US Geological Survey’s latest report on lead, the lead-acid battery market accounted for over 92 percent of US lead consumption in 2022.
Given the importance of lead, it's helpful to know which countries are the world’s top producers of the metal. Last year, China mined the most of the metal, and a number of other countries also put out significant amounts. Without further ado, here’s a look at the seven top lead-producing countries of 2022, as per US Geological Survey data.
1. China
Mine production: 2 million MT
China produced 2 million MT of lead last year, up slightly from its 2021 output of 1.96 million MT. Interestingly, the increase came despite a surplus of lead in warehouses. The country flipped from a net importer of lead to a net exporter for a short time last year as it fed western supply chains hamstrung by higher power costs and operational setbacks.
China is home to a number of large lead mines, including the Yinshan mine, owned by Jiangxi Copper (OTC Pink:JIAXF,HKEX:0358,SHA:600362), the Fankou mine, owned by Shenzhen Zhongjin Lingnan Nonfemet (SZSE:000060), and the Ying mine, owned by Silvercorp Metals (TSX:SVM,NYSEAMERICAN:SVM).
2. Australia
Mine production: 440,000 MT
Second on the list is Australia, whose 2022 lead production of 440,000 MT was a drop from its 2021 output of 485,000 MT.
A world-leading exporter of lead, much of the lead ore, lead concentrate and refined lead produced in Australia is shipped to the UK, South Korea, Japan, Taiwan, Indonesia, India and Malaysia. The country’s largest lead-producing mines include Shenzhen Zhongjin’s Broken Hill and Glencore’s (LSE:GLEN,OTC Pink:GLCNF) Mount Isa and McArthur River.
3. United States
Mine production: 280,000 MT
Lead production dropped in the US in 2022, totaling 280,000 MT. According to the US Geological Survey, domestic mine production and secondary lead production decreased in 2022 by 5 percent and 3 percent, respectively, from the previous year.
The country has five lead mines in Missouri, and lead is produced as a by-product at two zinc mines in Alaska and two silver mines in Idaho. These mines include the Renco Group’s Sweetwater mine in Missouri and Teck Resources’ (TSX:TECK.A,TSX:TECK.B,NYSE:TECK) Red Dog mine in Alaska.
4. Mexico
Mine production: 270,000 MT
In Mexico, lead production came in at 270,000 MT last year, down slightly from the nation's 2021 production of 272,000 MT. Newmont's (TSX:NGT,NYSE:NEM) Penasquito mine was the country's biggest lead producer last year, with over 70,000 MT alone. Other major mines in the country include the Fresnillo and Saucito mines owned by Industrias Peñoles (BMV:PE&OLES) and the Los Gatos mine owned by Gatos Silver (TSX:GATO,NYSE:GATO).
5. Peru
Mine production: 250,000 MT
Peru saw a decrease in lead production in 2022. Last year, the country put out 250,000 MT of lead, while its 2021 production totaled 264,000 MT. The largest lead mines in Peru include Buenaventura Mining Company's (NYSE:BVN) Colquijirca mine, Glencore’s Chungar Mining Unit in Pasco and Sierra Metals’ (TSX:SMT,OTC Pink:SMTSF) Yauricocha mine.
6. India
Mine production: 240,000 MT
The sixth largest producer of lead is India, whose production increased in 2022 to hit 240,000 MT, up from 215,000 MT in 2021. The country’s largest lead mines include the Sindesar Khurd, Rampura Agucha and Zawar mines, all owned by Vedanta (NSE:VEDL,BOM:500295) subsidiary Hindustan Zinc (NSE:HINDZINC,BOM:500188).
7. Russia
Mine production: 200,000 MT
Unlike the countries mentioned above, Russia’s lead production remained unchanged from 2021 to 2022 at 200,000 MT. The country’s largest lead mines include the government-owned Uchalinsk mine, as well as Ural Mining and Metallurgical’s Volkovskoye mine. It seems Russia's war in Ukraine has had little impact on the nation’s lead-mining industry.
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Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.
How to Invest in Lead
Lead is the fourth most used metal worldwide. Part of the base metals sector, this commodity is generally found in ores with other industrially important metals, such as copper, zinc and silver.
Because of its high resistance to corrosion, lead was once used in plumbing. Today, however, most lead is used to make lead-acid batteries — in fact, according to the US Geological Survey’s latest report on lead, the lead-acid battery market accounted for over 92 percent of US lead consumption in 2022. Lead-acid batteries are primarily used to power vehicles, but they have other uses as well.
Read on for a brief overview of the lead market and ways to invest in lead, from the supply and demand dynamics that determine lead prices to navigating the stock market.
What factors affect lead supply and demand?
As mentioned, most lead is used industrially and is consumed in large part by the lead-acid battery industry.
These batteries are mainly used to power vehicles, but are also used in emergency systems, computers, forklifts and other equipment. In addition, lead is found in remote-access power systems, load-leveling systems and compounds used in the glass and plastics industries.
The International Lead and Zinc Study Group states that annual global refined lead consumption ranged from 11.8 million to 12.4 million metric tons (MT) between 2018 and 2022. In 2022, lead usage was on the rise in Japan, the US, China, India, the Czech Republic, Finland, France, Germany and Greece.
In terms of supply, it’s worth noting that lead has one of the highest recycling rates in the world, partially because it can be recycled indefinitely without any reduction in quality. Secondary lead production accounts for more than half of global total output.
When it comes to mined lead production, China is the biggest global producer of the metal by far. It put out 2 million MT of lead in 2022, far ahead of second place Australia at 440,000 MT. However, Australia leads the world in lead reserves, hosting upwards of 37 million MT, 12 million MT of which are JORC compliant. In recent years, according to the US Geological Survey, significant lead resources have been identified within zinc, silver and copper deposits in various countries around the world — including Australia, China, Mexico and the US.
How to invest in lead stocks, futures and ETPs?
Investors who are optimistic about lead believe the supply and demand dynamics discussed above could push lead prices up in the coming years. While lead may be considered higher risk than other commodities, it can still prove to be worth the costs and energy, and those who want to start investing in the sector have a variety of options.
Adding lead-mining stocks to your portfolio is one way to gain investment exposure to lead, but this route can be difficult, as lead is generally mined as a by-product of silver or fellow base metals copper and zinc. Major miners that produce some lead include BHP (NYSE:BHP,ASX:BHP,LSE:BHP) and Teck Resources (TSX:TECK.A,TSX:TECK.B,NYSE:TECK), though of course there are smaller companies with lead assets.
Exposure to lead can also be obtained via futures contracts on the London Metal Exchange. Futures are traded in lot sizes of 25 MT, and their price is quoted in US dollars and cents per MT.
Another possibility is to invest in exchange-traded products (ETPs) with a focus on lead. A number of broad-based industrial metals ETPs offer lead exposure, including the Invesco DB Base Metals ETF (ARCA:DBB) and the iPath Bloomberg Industrial Metals ETN (ARCA:JJM).
There is also a pure-play lead ETP available called the iPath Bloomberg Lead Subindex Total Return ETN (ARCA:LD); it is linked to an index that consists of lead futures contracts.
This is an updated version of an article originally published by the Investing News Network in 2008.
Don’t forget to follow us @INN_Resource for real-time news updates!
Securities Disclosure: I, Melissa Pistilli, hold no direct investment interest in any company mentioned in this article.
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