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Urgent Call for Revival of Ventilation Control Centre to Enhance Safety in Mining Operations

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The Ministry of Mines and Mining Development has called for the swift revival of the National Ventilation Control Centre to enhance mine safety amid a surge in gassing incidents.

By Ryan Chigoche

Masvingo Provincial Mine Director (PMD) Marshall Muzira revealed this during the recent Mine Ventilation Society of Zimbabwe Conference held in Masvingo.

The centre, originally designed to address ventilation-related issues nationwide, is crucial for ensuring the safety of mining operations across the country. However, the Ministry’s Ventilation Control Centre has remained inactive for approximately 18 years, during which gassing incidents have also increased.

Speaking at the Mine Ventilation Society of Zimbabwe (MVSZ) conference, PMD Marshall Muzira emphasized that reviving the centre would significantly curb gassing incidents and called for assistance from industry stakeholders.

“May I bring to your attention the existence of the Ministry’s Ventilation Control Centre located in the Midlands Province. This control centre is intended to serve the entire nation in addressing ventilation-related issues. It is unfortunate that the centre has been idle for the past 18 years and requires resuscitation. Reviving the control centre will greatly aid in mitigating and preventing gassing and ventilation-related accidents across the country. We request your assistance with this matter,” Muzira stated.

The PMD stressed that restoring this facility could significantly reduce gassing and ventilation-related accidents in the mining sector.

In 2024, Zimbabwe recorded 11 gassing accidents resulting in 12 fatalities, with the majority occurring in the small-scale sector due to inadequate ventilation systems and insufficient knowledge.

The absence of a functioning control centre poses a serious risk to miners’ health and safety, underscoring an urgent need for government action and investment.

As ventilation-related accidents continue to be a concern in mining operations, stakeholders are urged to prioritize the reopening and enhancement of the Ventilation Control Centre to protect workers and promote safer mining practices across the nation.

How Mimosa Constructed Its US$75 Million TSF-4

In the dynamic and challenging world of mining, one aspect that demands the utmost attention is the management of tailings—the byproducts or waste of mining operations.

By Rudairo Mapuranga

For Mimosa Mining Company, the country’s second-leading producer of Platinum Group Metals (PGMs), this challenge was met with a groundbreaking solution in the form of their Tailings Storage Facility 4 (TSF-4).

With a price tag of approximately US$75 million, the TSF-4 project represents a significant investment in the sustainability, safety, and future of Mimosa’s mining operations.

According to Mimosa Mining Company General Manager Engineer Stephen Ndiyamba, the construction of TSF-4 was driven by the need to replace the mine’s existing tailings storage facility, TSF-3, which had reached the end of its operational life.

“The TSF-4 project is one of our major initiatives that we’ve been executing over the last few years. We currently operate on TSF-3, our existing tailings storage facility, built and commissioned in 2003. TSF-3 has reached the end of its operational life, necessitating the construction of a new facility, TSF-4, at a cost of approximately $75 million. We are currently in the early stages of commissioning this new tailings storage facility,” the Nduyamba said.

Ndiyamba added that the design of TSF-4 was not just a replication of past facilities, it was a forward-thinking approach that incorporated lessons learned from previous tailings management experiences globally.

He said Mimosa’s commitment to sustainability and environmental stewardship played a crucial role in shaping the facility’s design.

“TSF-4 is designed to cater to the life of the mine, meaning it has the capacity to handle all waste material generated during the remaining lifespan of the Mimosa Mine. In addition, provisions have been made for the potential retreatment of older tailings dams, such as TSF-3 and TSF-2, with the waste from these processes being deposited into the new facility,” he said.

The Mimosa General Manager explained that this approach ensures that TSF-4 will not only serve the current needs of the mine but will also accommodate future operational expansions and waste retreatment initiatives.

“TSF-4 covers an expansive area of about 175 hectares, and the construction was completed entirely by local contractors under the guidance of South African design engineers. The entire process was conducted safely and effectively, and as we begin commissioning, the facility is ready for inspection,” he said.

Site Selection and Ground Preparation

According to Ndiyamba, the construction of TSF-4 began with an extensive site selection process. The chosen location covers an expansive area of about 175 hectares

Students hail the Geological Society Symposium

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A group of enthusiastic geology students from the Zimbabwe School of Mines (ZSM) who recently attended the Geological Society of Zimbabwe Summer Symposium and MacGregor Memorial Lecture, held at the Natural History Museum of Zimbabwe in Bulawayo, expressed keen interest in the symposium presentations.

By Rudairo Mapuranga

According to the students, the event provided valuable insights into various aspects of geology, sparking discussions and inspiring future generations of geologists.

One key takeaway from the symposium was the importance of exploring under-explored areas in Zimbabwe. Rudolph Mandava, a student at the School of Mines, highlighted the need for more presentations on areas like those managed by the Zimbabwe Consolidated Diamond Company, where limited data is publicly available.

“I found the presentation on lepidolite fascinating. The presenter discussed pegmatites and mentioned that not all pegmatites originate from granites, and not all contain lepidolite. Some can also be sources of gemstones. That was my key takeaway. In the future, I think there should be a focus on areas in Zimbabwe that lack exploration. For example, the Zimbabwe Consolidated Diamond Company has little to no publicly available data. I believe symposiums could also address such resources,” he said.

Munashe Munashe, another student, was inspired by a presentation on the Zimbabwe Aitken Craton and the Kaapvaal Craton, suggesting that they may have once been a single landmass before the formation of the Limpopo Belt. He recommended increased interaction between the Geological Society of Zimbabwe and educational institutions like the School of Mines, proposing public lectures and educational campaigns to raise awareness about the Society’s work.

“I learned a lot, especially from Dr. Mark’s presentation. He discussed the Zimbabwe Aitken Craton and the Kaapvaal Craton, both part of the Kalahari Craton. He suggested that the two cratons may have been one before the formation of the Limpopo Belt caused their separation. The Zimbabwe Aitken Craton became the North Kalahari Craton, while the Kaapvaal Craton became the South Kalahari Craton. If the Geological Society of Zimbabwe could conduct educational campaigns at institutions like the School of Mines, they could host public lectures for geology students. Many students graduate without knowing what the Geological Society of Zimbabwe is. For example, we attended this symposium today but missed last year’s. Improved interaction between schools and the Geological Society could enhance education,” Munashe said.

Welshman Siyabonga Sibanda expressed interest in the Tokopane project presentation, which has revealed gold mineralization beneath the Kalahari Sands. He emphasized the potential economic benefits of such discoveries and the importance of collaboration between mining companies and academic institutions to promote education and research in resource exploration.

“We learned more about geology, which is a fascinating field. I’d like to focus on the Tokopane project, which has been an enigma for years. In Tsholotsho, the Kalahari Sands were visible on the surface, but beneath them, a greenstone belt appeared. Through geochemical analysis and borehole sampling, we discovered gold mineralization in the area, which was previously inaccessible due to the thick sand cover. Eriana Resources is now working to improve confidence in the deposit through methods like drilling, geochemical sampling, and XRF analysis. This is positive for Zimbabwe’s untapped resources. If we invest in this, it could benefit the Zimbabwean economy. The payback period is estimated at 2.5 years, which is promising. I recommend open-pit mining for this project. It would be great if Eriana Resources could engage with institutions like the Zimbabwe School of Mines to foster education in resource learning, exploration, and classification,” Sibanda said.

Wisdom Maopa and Gerald Hove, fellow students, said they were excited by presentations on the geological significance of the Bushveld Igneous Complex and the Limpopo Belt. They also suggested that the Geological Society of Zimbabwe could organize memorial lectures at individual institutions to engage students more directly and foster a deeper understanding of geological concepts.

“To summarize what I learned from the Geological Society of Zimbabwe at the Natural History Museum, I’d like to briefly touch on the Bushveld Igneous Complex. It has five zones: the upper zone, the main zone, the critical zone, the lower zone, and the marginal zone. The upper zone consists of gabbro, the critical zone of chromitite, and the lower zone of dunite and pyroxenite. I also learned about the Limpopo Belt, which is composed of high-grade metamorphic rocks. It formed as a result of continental collision between the Zimbabwe Craton and the Kaapvaal Craton. The Limpopo Belt, which is Archaean in age, formed when the two continents were part of one larger continent,” Maopa said.

Gerald Hove added, “I would like to recommend that the Geological Society of Zimbabwe consider holding memorial lectures at individual institutions. This would involve students in these discussions and increase their knowledge.”

The symposium served as a platform for students to learn from experienced geologists, network with peers, and gain practical insights into the challenges and opportunities in the field. By fostering such interactions and promoting education, the Geological Society of Zimbabwe can play a vital role in inspiring future generations of geologists and driving the development of Zimbabwe’s mining industry.

Gold buying prices per gram in Zimbabwe 4 November 2024

These are the official gold buying prices per gram in Zimbabwe today 4 November 2024, from the official gold buyer and exporter Fidelity Gold Refinery (FGR).

SG 90% and ABOVE US$83.37/g
SG ABOVE 85% BUT BELOW 90% US$82.49g
SG ABOVE 80% BUT BELOW 85% US$81.61/g
SG ABOVE 75% BUT BELOW 80% US$80.73/g
SAMPLE BELOW 10g BUT ABOVE 5g US$79.40/g

Fire Assay CASH $83.81/g

NB: Fire Assay cash price is for gold above 100gs, no sample is deducted.
For the Fire Assay Transfer price, a sample of not more than 10g is deducted
A 2% royalty is charged on all deposits (Small-scale miners)
A 5% royalty is set for Primary Producers

Cash available. Fidelity Gold Refinery prices will be changing daily to match world market prices.

Plate Tectonics, Mineral Exploration, Geological Heritage, and Education Highlighted at GSZ Summer Symposium

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Topics surrounding ancient Earth and plate tectonics, mineral exploration and resource development, as well as geological heritage and education, were key highlights at this year’s Geological Society of Zimbabwe (GSZ) Summer Symposium and MacGregor Memorial Lecture. The event was held at the Natural History Museum of Zimbabwe in Bulawayo.

By Rudairo Mapuranga

The symposium opened with a presentation from Judith Kinnaird on economically important pegmatites in Africa. Dr. Kinnaird discussed the widespread distribution of pegmatite deposits across Africa, identifying regions with significant economic potential. She highlighted Zimbabwe as a country with vast reserves of lithium-bearing pegmatites, particularly in areas such as Bikita, Kamativi, and Zulu.

“The Bikita pegmatite deposit, which has been mined for over 60 years, remains one of the world’s largest known sources of lithium,” she noted. Dr Kinnaird further explained that Zimbabwe’s pegmatites are rich in tantalum, tin, and other rare earth elements, making them valuable not only for lithium extraction but also for a wide range of industrial applications.

Beyond Zimbabwe, Dr Kinnaird pointed to significant pegmatite deposits in other African countries, such as the Democratic Republic of Congo, Namibia, and Mozambique. For example, the Manono-Kitotolo pegmatite deposit in the DRC is one of the world’s largest pegmatite-hosted lithium deposits, attracting considerable interest from international mining companies. Likewise, Namibia’s Karibib district and Mozambique’s Alto Ligonha pegmatite fields were identified as important sources of lithium, tantalum, and other critical minerals.

A presentation by Godfrey S. Chagondah, Mbongeni Manyere, and Peter T. Zizhou explored the geology and mineralization of the Gwanda Greenstone Belt (GGB), focusing on structural controls and alteration patterns crucial for successful mineral exploration in Zimbabwe. They provided a detailed examination of the belt, located in the southwestern part of the Archaean granite-greenstone Zimbabwe Craton and known for hosting orogenic Au-Ag deposits. The GGB is one of Zimbabwe’s most productive greenstone belts, and the presentation emphasized the importance of understanding structural and lithological controls in mineral exploration.

Another highlight related to mineral exploration and resource development was presented by William Collett. His presentation showcased the Dokwe Gold Project, which demonstrated how innovative exploration techniques are leading to new discoveries in under-explored areas like Tsholotsho. The Dokwe Gold Project represents a significant greenfield discovery within a previously unexplored Archaean Greenstone Belt in Zimbabwe, underscoring the potential for new exploration successes in under-explored regions. Collett emphasized how modern exploration techniques, such as geochemical and geophysical analysis, have been crucial in unlocking the region’s mineral potential.

Ancient Earth and Plate Tectonics

Mark Tsomondo presented evidence suggesting that modern-style plate tectonics may have been active as early as the Mesoarchean, using data from the Kaapvaal Craton and the Limpopo Orogen. His findings offer new insights into early tectonic activity on Earth, significantly contributing to the understanding of ancient geological processes. Tsomondo’s research explored how tectonic activity in southern Africa, including the Swazi ribbon continent and the Aegean-like Kaapvaal orocline, paralleled modern plate tectonics with convergent, divergent, and transform boundaries during the Mesoarchean era. His detailed analysis of geological and geophysical datasets provided a deeper understanding of tectonic movements in the absence of preserved Archean oceanic lithosphere.

In another presentation, Senamile S. Dumisa, represented by Paul Nex, shed light on ancient magmatic processes with her research on the petrogenesis of orbicular granites in the Diana’s Pool area. Her work contributed to the understanding of Zimbabwe’s unique rock formations, highlighting the role of magmatism in shaping the country’s geological landscape.

Geological Heritage and Education

Forbes Mugumbate highlighted the significance of the Limpopo Mobile Belt as a key geological heritage site. He underscored its importance for understanding Earth’s ancient tectonic history and its role in educating future geoscientists. His presentation emphasized the need to preserve geological heritage as a way to foster a greater understanding of Earth’s evolutionary processes.

Tony Martin contributed valuable observations on the Dwars River Chromitite seams and a nearby breccia pipe within the Bushveld Igneous Complex. His research provided further insights into the ancient magmatic processes that shaped the region, enhancing the understanding of the chromite-rich formations within this significant geological structure.

Conclusion

The symposium underscored the essential role of geology in understanding Earth’s past, present, and future. It highlighted the importance of continued research and exploration in unlocking Earth’s resources and preserving its geological heritage. As global demand for critical minerals and energy resources increases, the research and exploration efforts discussed at the symposium will play a pivotal role in addressing these challenges. The insights gained from this gathering will undoubtedly contribute to future advancements in geological sciences and resource development.

MVSZ Calls on Government to Facilitate Regulatory Reviews

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The Mine Ventilation Society of Zimbabwe (MVSZ) is urging authorities to expedite reviews of outdated ventilation regulations to align with global best practices, as this need has become increasingly urgent.

By Ryan Chigoche

This call to action was emphasized during the recent MVSZ AGM and conference, where practitioners discussed strategies to advocate for updates to the legislation, which has remained unchanged since the early 1990s.

In an interview with Mining Zimbabwe on the sidelines of the event, Josh Tigere, the immediate past president of the Society, stressed the importance of these amendments. He argued that updating the regulations would bring Zimbabwe’s mining sector in line with global best practices in ventilation. Tigere called on authorities to involve ventilation practitioners in the legislative review process.

Joshua Tigere
Joshua Tigere

“In terms of legislation, it is now outdated. As ventilation practitioners, we need to incorporate current systems, procedures, and methods into these amendments. Mine houses in neighbouring South Africa have already adopted these best practices, and we should integrate them to make our regulations more effective and specific in addressing all aspects of the workplace environment,” Tigere stated.

“The role of authorities is to facilitate such reviews. We may develop these procedures and processes, but if they are not incorporated into the actual amendments of the regulations and the Mines Act, they will remain as mere book knowledge that cannot be enforced,” he added.

Tigere also urged mining companies to engage graduates from the School of Mines as law enforcers on the ground to ensure effective implementation of the updated regulations at operational sites.

Meanwhile, the impact of outdated legislation on the mining industry has become more pronounced. Many operators are struggling to maintain safe working environments due to regulations that do not account for technological advancements and evolving best practices. This regulatory gap has led to increased safety risks, higher operational costs, and reduced competitiveness in the global market.

For instance, outdated ventilation standards can result in inadequate air quality management in mines, posing serious health risks to workers. This not only jeopardizes employee safety but can also lead to costly legal liabilities for mining companies. Additionally, these outdated regulations hinder innovation, as companies may be reluctant to adopt new technologies that do not align with the current legal framework.

These issues highlight the urgency of incorporating ventilation amendments into the Mines and Minerals Amendment Bill, which has faced delays from authorities. Despite repeated assurances that the bill is forthcoming, no concrete progress has been made, leaving stakeholders concerned about the future of the sector.

As the MVSZ continues to advocate for these essential changes, it is crucial for the government to recognize the importance of aligning legislation with current industry standards. Only through collaborative efforts can Zimbabwe’s mining sector thrive while safeguarding the health and safety of its workforce.

Advanced Exploration Technologies and EPOs: Key to Unlocking Zimbabwe’s Hidden Mineral Wealth

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As Zimbabwe looks to revitalize its mining sector and unlock its hidden mineral wealth, advanced exploration technologies and the strategic issuance of Exclusive Prospecting Orders (EPOs) are emerging as crucial catalysts for discovery, Mining Zimbabwe reports.

By Rudairo Mapuranga

The recent Geological Society of Zimbabwe Summer Symposium and MacGregor Memorial Lecture, held in Bulawayo, focused on these topics, highlighting their significance for Zimbabwe’s mining future.

Speaking at the event, Geological Society of Zimbabwe Chairman Enerst Mugandani emphasized the importance of thorough exploration in achieving Zimbabwe’s Vision 2030 goals, aiming for an upper-middle-income economy.

According to Mugandani, this was the first time the Summer Symposium was held in Bulawayo—a decision driven by the need to focus on the largely unexplored southern regions of Zimbabwe, including areas covered by Kalahari Sands.

“Thank you very much for coming to Bulawayo for this important event. For the first time, we are hosting the Summer Symposium here, where one of the most critical topics is exploration. It’s essential for Zimbabwe to be fully explored using the latest technologies to achieve Vision 2030, aiming for an upper-middle-income economy that benefits everyone,” Mugandani said.

Mugandani stressed that exploration is the first critical stage in the mining cycle, highlighting the importance of advanced technologies like high-resolution geophysics and geochemical surveys in discovering hidden mineral deposits.

“Exploration is essential because it’s the first stage in the mining cycle. We need to locate minerals, determine their locations, and assess their quantities.”

“Many of our deposits are now hidden beneath layers like the Kalahari Sands, and it’s crucial that we utilize advanced technologies to unlock the country’s mineral wealth,” he added.

These technologies are not only essential due to geological conditions but also because many of Zimbabwe’s large mines are nearing the end of their life cycles. Mugandani pointed out that new mineral deposits must be discovered to ensure the sustainability of the mining sector, which plays a pivotal role in Zimbabwe’s economy.

The symposium also featured experts in geophysics, geochemistry, and remote sensing, discussing advancements in mineral exploration, particularly in regions historically difficult to explore due to geological coverings like the Kalahari Sands. The growing importance of drones, artificial intelligence, and satellite technology for precise exploration data was underscored, emphasizing how the future of mining in Zimbabwe will increasingly depend on these tools.

A key theme at the symposium was the role of EPOs in facilitating exploration. These licenses, granted by the government, provide mining companies the exclusive right to explore specific areas for a designated period, encouraging the use of advanced technologies and increasing the chances of valuable mineral discoveries.

“EPOs enable exploration on a larger scale, which leads to mineral discoveries. Many of our current deposits were discovered through past exploration efforts, but as our large mines approach the end of their life cycles, we need to explore new deposits to sustain the sector,” Mugandani stated.

EPOs are vital in shaping Zimbabwe’s mining future, providing a framework that encourages private investment in exploration. Without these orders, large-scale discoveries become harder to achieve. Mugandani and other participants highlighted the need for government support, streamlined licensing procedures, and fiscal incentives to foster a conducive exploration environment and attract both domestic and international investors.

Bulawayo’s choice for the symposium was significant. Mugandani noted that much of Zimbabwe’s southern region, including Bulawayo, is covered by Kalahari Sands, making exploration challenging. However, technological advancements offer solutions for discovering minerals even in such areas.

“We chose Bulawayo for the 2024 Summer Symposium because, although most previous events have been in Harare, we have geoscientists based in the southern region. This region is largely covered by Kalahari Sands, so it’s important for us to discuss exploration methods for such areas,” he said.

A success story presented at the symposium was the Dorkwe project in Tsholotsho, where, despite the Kalahari Sands, advanced geophysical and geochemical technologies enabled the discovery of gold. Mugandani cited this as an example of how innovation and targeted exploration can uncover new mineral wealth in Zimbabwe.

The symposium also allowed geoscientists, policymakers, and investors to network and exchange ideas on best practices for mineral exploration. A field trip to Matopos, one of the most geologically significant areas in southern Zimbabwe, showcased the region’s unique rock formations and furthered discussions on the future of mineral exploration.

As Zimbabwe looks toward its Vision 2030 goals, continued government support through exploration licenses and regulatory reforms remains essential.

“The country will greatly benefit if the government issues more exploration licenses. This sector provides employment for many geologists who are exploring Zimbabwe’s mineral wealth,” Mugandani explained.

The Geological Society of Zimbabwe has been actively lobbying the government to increase the issuance of EPOs, which will not only ensure the discovery of new mineral deposits but also create job opportunities for geologists and other professionals in the sector.

The Summer Symposium in Bulawayo underscored the critical role of exploration in Zimbabwe’s mining future. By embracing advanced technologies and facilitating exploration through EPOs, Zimbabwe can unlock its hidden mineral wealth, drive economic growth, and ensure a prosperous future for all its citizens.

Ministry of Mines invites Manicaland Miners for a Safety, Health, and Environmental Awareness Campaign

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The Ministry of Mines and Mining Development is launching a week-long Safety, Health, and Environmental Awareness Campaign aimed at Artisanal and Small-scale Miners (ASM) in Manicaland Province, Mining Zimbabwe reports.

By Rudairo Mapuranga

The campaign, running from November 4th (Monday) to 8th (Friday), 2024, is designed to educate miners on safe and sustainable mining practices.

This initiative is part of ongoing efforts to address safety concerns and environmental challenges within the Artisanal and Small-Scale Mining (ASM) sector.

Led by Provincial Mining Director Sibongile Mpindiwa, the campaign will reach several mining districts, including Penhalonga, Odzi, Chimanimani, Nyanga, and Headlands.

Judith Shadaya, Chairperson of the Zimbabwe Miners Federation (ZMF) in Manicaland, emphasized the importance of the campaign, stating, “This initiative is essential for improving safety and environmental standards in our sector. Educating miners is key to reducing accidents, protecting our environment, and fostering sustainable community development.”

A major focus of the campaign is improving safety in the ASM sector, where accidents and unsafe practices have been significant concerns.

Organizations like the Mine Ventilation Society of Zimbabwe, the Zimbabwe Mining Safety and Health Council (ZIMSHEC), and the Zimbabwe Institute of Rock Engineering (ZINIRE) have all offered solutions to promote safer mining practices. Their efforts include advocating for proper ventilation, rock engineering solutions, and safety training to reduce risks faced by miners.

The workshop will cover critical topics, including:

  • Legal Compliance: Ensuring miners understand and comply with relevant regulations and permits.
  • Safe Mining Practices: Emphasizing the use of proper equipment, risk management, and safety protocols.
  • Environmental Sustainability: Encouraging miners to adopt eco-friendly practices that minimize environmental damage.
  • Access to Financial Support: Informing miners about the Mining Industry Loan Fund (MILF) and how to access loans for operational improvements.
  • Collective Action and Knowledge Sharing: Promoting the benefits of joining mining associations for networking and learning from industry experts.

The Ministry of Mines and Mining Development is encouraging miners to participate in the workshop to gain valuable insights and improve the safety and sustainability of their operations.

For further information, interested parties can contact Mining Engineer T. Chiramba at 0774 308 613.

Dr Tonderai Chikande appointed Mine Ventilation Society of Zimbabwe President

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Zimplats Ventilation Manager, Dr Tonderai Chikande (PhD, Mining Engineering), was appointed President of the Mine Ventilation Society of Zimbabwe (MVSZ) at the organisation’s Annual General Meeting and Conference in Masvingo.

By Kelvin Sungiso

Dr Chikande’s appointment represents a pivotal advancement for Zimbabwe’s ventilation industry with Dr. Chikande highly esteemed for his expertise and impactful contributions to the field.

In his capacity as President, Dr Chikande will lead the Ventilation Society of Zimbabwe, championing best practices and driving innovation in the ventilation sector.

His appointment has been met with resounding support from mining industry peers, who commend his leadership acumen and unwavering commitment to the advancement of the field.

He succeeds Joshua Tigere of Unki Mines in the Society’s leadership.

Incoming Executive:

  • President: Tonderai Chikande (Zimplats)
  • Vice President: Robert Chirwa (Unki Mines)
  • Secretary General: Ndinotendaishe Zihove (Unki Mines)
  • Treasurer: Andrew Mapfumo (Zimplats) (retained)

Board Members:

  • Joshua Tigere (Past President)
  • Itai Kahoka (Blanket Mine)
  • Puepuete Kaluzi (Consultant)

Outgoing Executive:

  • President: Joshua Tigere
  • Vice President: Willie Zenda (Zimplats)
  • Secretary General: Itai Kahoka
  • Treasurer: Andrew Mapfumo

Outgoing Board Members:

  • Robert Chirwa (Unki Mines)
  • Edward Makanya (Freda Rebecca)
  • Jimmy Nhidza (Mimosa)

Congratulations to Dr. Tonderai Chikande on his new role as President of the Ventilation Society of Zimbabwe. His term will span the next two years.

Zimbabwe Lacks Critical Mineral Strategy, Mutondoro Warns

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Despite Zimbabwe’s vast mineral resources, including some of the world’s largest lithium reserves—a critical component in the global shift towards renewable energy and electric vehicles (EVs)—the country has yet to capitalize fully on this potential. This shortfall is largely due to the lack of a comprehensive strategy to manage and maximize the benefits of these resources, Mining Zimbabwe reports.

By Rudairo Mapuranga

This was the central message delivered by Farai Mutondoro, a renowned expert from the Africa Institute for Environmental Law, during his presentation at the Zimbabwe Alternative Mining Indaba (ZAMI) 2024.

According to Mutondoro, while the country possesses abundant critical minerals, it struggles to meet basic energy demands. Lithium, expected to drive global energy transformation, is being exported to countries like China, yet Zimbabwe itself remains hamstrung by energy poverty.

“We are producing lithium and exporting it to China, but Zimbabwe suffers from energy poverty,” Mutondoro noted. “Our electricity generation capacity is 1,500 megawatts, while demand is around 2,200 megawatts.”

The lack of energy infrastructure has become a bottleneck not just for households but for industries that require stable power supplies to operate efficiently.

This energy crisis, according to Mutondoro, limits Zimbabwe’s ability to process its minerals domestically, forcing the country to export raw minerals without adding local value—an approach that forfeits job creation and economic growth.

One of the most glaring oversights in Zimbabwe’s current approach to mining is the failure to focus on local value addition and beneficiation. Rather than exporting unprocessed lithium, Zimbabwe could develop industries that produce high-value products like batteries for electric vehicles or energy storage solutions.

“The export of raw lithium means we are missing out on the broader value chain,” Mutondoro said. “This sector could generate employment, drive industrialization, and transform the national economy.”

Global demand for lithium and other critical minerals is expected to soar over the next few decades, driven by the growing adoption of clean energy technologies. For Zimbabwe, this presents both an opportunity and a challenge. If the country can build the necessary infrastructure, establish regulatory frameworks, and secure investments, it could become a major player in the global green energy economy. However, without a coherent strategy, Zimbabwe risks remaining a supplier of raw materials, with limited benefits for the local economy and population.

While the potential economic benefits of mining critical minerals like lithium are undeniable, Mutondoro warned against ignoring the social and environmental costs associated with extraction.

“The current extraction of lithium in Zimbabwe is not clean and does not respect the rights of communities,” he pointed out. “Displacement has become the norm when mining companies arrive, and free, prior, and informed consent of communities is often ignored.”

Poorly regulated mining operations can have devastating effects on the environment, including deforestation, soil erosion, water contamination, and loss of biodiversity. Communities near mining sites are often hardest hit, facing displacement, loss of livelihoods, and exposure to harmful pollutants. In many cases, the benefits of mining—such as job creation and infrastructure development—are unevenly distributed, with the majority of profits going to foreign companies and a small elite.

Mutondoro’s criticism of the government’s handling of the mining sector was particularly strong regarding the recent decision to ban unprocessed lithium exports.

According to Mutondoro, this move was a reactive response to fluctuating global market prices and lacked long-term vision.

“Zimbabwe lacks a critical mineral strategy. We react to market forces: when prices rise and EV demand surges, we benefit, but when prices fall, we suffer,” he said.

What Zimbabwe urgently needs, according to Mutondoro, is a comprehensive critical mineral strategy—one that balances the economic, environmental, and social aspects of mining. Such a strategy would not only address the country’s energy needs but also ensure that local communities benefit from mineral extraction.

“The paradox of critical mineral endowment and energy poverty in Zimbabwe is stark. Access to energy enables people to meet other needs, such as education and family protection,” he said.

A well-thought-out strategy would prioritize developing local infrastructure to support value addition, invest in renewable energy projects to reduce reliance on fossil fuels and establish regulations that protect communities and the environment. Furthermore, it would create frameworks for local ownership and participation in the mining sector, ensuring that Zimbabweans are not just bystanders in the exploitation of their country’s resources.

Zimbabwe can look to other African nations for guidance. For instance, Botswana has leveraged its diamond resources to become one of Africa’s most stable and prosperous countries. Through strong governance, transparency, and investment in local beneficiation, Botswana has ensured that its mineral wealth benefits not just a few but the entire population. Similarly, Zimbabwe could develop a mineral strategy that ensures long-term, sustainable growth.

Without a critical mineral strategy, Zimbabwe risks missing out on the transformative potential of its mineral wealth. The country stands at a crossroads. With vast reserves of lithium and other critical minerals, it has the opportunity to become a key player in the global clean energy transition. However, this will require a shift in thinking—from short-term profits to long-term sustainable development, from the export of raw materials to local value addition, and from the exploitation of communities to their empowerment.

If Zimbabwe is to avoid the resource curse that has plagued so many resource-rich nations, it must adopt a proactive approach to managing its critical minerals. This means developing a comprehensive strategy that addresses not only economic issues but also environmental sustainability, social justice, and energy security. Only then can Zimbabwe fully harness the potential of its mineral resources and ensure a prosperous future for all its citizens.