Tag Archives: Santiago

Planning for Closure

Mining with an eye on closure

Mine closure is a process now considered from the outset of a mining project, with operators only receiving their so-called ‘social licence to operate’ when a well-considered and understandable end of life plan is outlined.

Ahead of Planning for Closure 2024, taking place in Santiago, Chile, from May 8-10, IM heard from Bjorn Weeks, Chair of the event and Teck Resources’ Senior Advisor for Mine Closure, on the big issues being considered by industry.

Q: What can you tell us about Teck’s plans and approach regarding planned mine closures and the challenges and opportunities these imply for the company?

A: Teck is committed to sustainable and responsible mining, and mine closure is an essential part of this. Effective mine closure has allowed us to demonstrate in a concrete way that we follow through on our sustainability commitments. We also recognise that the best outcomes for closure are rooted in early planning. Good planning requires having the right people focused on developing, revising and implementing closure plans.

As a proudly Canada-based, global producer of the critical metals and minerals needed for the transition to a net-zero future, we have a long history of responsible resource development and we have an advantage in that we can draw on our experiences from the mines that we have responsibly closed successfully in the past.

The practice of mine closure is evolving throughout the industry, and Teck’s practice is evolving with it. We are constantly looking at best industry practices, such as those outlined by the ICMM, and making sure we incorporate them in our standards, procedures and guidelines in a meaningful way.

Q: Regarding the process of mine closure, what could you tell us about your approach to the rehabilitation of the land, the associated costs and work with the communities?

A: The importance of effective rehabilitation of the land has increased over the years, and what would be seen as the standard for satisfactory rehabilitation has evolved. In the not-so-distant past, achieving a reasonable degree of chemical and physical stability would be considered exemplary rehabilitation. However, in modern practice, the goals now go further – can we mine in a way that minimises the disruption to nature and biodiversity? Can we conduct closure in a way that speeds the restoration of ecosystems, potentially incorporating progressive closure? And, if we do those things, how does that fit with the desires and needs of the surrounding communities? Both as those communities are today, and as they will exist in the future – during and after closure. These are challenging questions that require the investment of time and resources to address. But I don’t think there is an alternative if the industry it to gain and maintain the trust of the society that we ultimately serve.

Q: How do you assess the progress that the mining industry is making in terms of planning for the closure of mining operations in recent years?

A: The industry continues to make remarkable progress in terms of planning for closure, with the state of practice in mine closure evolving dramatically across the globe. There are now many sites that have undergone what I would call a “modern” closure, which fully incorporate chemical and physical stability as well as – in some cases – addressing biodiversity and a well-managed social transition, with excellent results and many lessons learned about which technologies work, and which do not.

Bjorn Weeks, Senior Advisor, Mine Closure, Teck Resources, and Planning For Closure 2024 Chair

As we get better at addressing the fundamental challenges associated with promoting the long-term chemical and physical stability of our closed sites, industry attention is now turning to better addressing other challenges. The social component of closure is increasingly a focus – how do we incorporate community desires in our closure plans? How do we ease the economic transition for communities that have depended on the benefits of mining during operations? At Teck, we engage early with communities and Indigenous Peoples to ensure they are involved in closure and end land use planning.

In recent years we have also seen planning for closure take on the challenges of impacts to biodiversity and nature. How can we close mines in a way that supports nature, and even has the potential to enhance biodiversity? Remarkable research has been done and significant advances have been made in this area, and I think that it is through successful closures that incorporate these concepts that the industry will be able to demonstrate to the world that sustainable mining is not only possible but practical.

At the same time, we know that nature loss is a critical global challenge that requires a coordinated global effort to tackle, and Teck is taking action now. We are working to support a nature positive future by 2030. This includes investing significantly in innovation to reduce our impacts and conserving and reclaiming at least three hectares for every one hectare we affect through mining. We are accelerating the pace of reclamation for our own sites and working with local communities and Indigenous Peoples to protect nature in accordance with their priorities. We’ve conserved or restored a total of 51,900 hectares since we launched our Nature Positive goal in 2022.

4. How does Planning for Closure 2024 help mining companies (as well as other stakeholders) to continue to make progress in improving the different areas involved in mine closure?

A: The tremendous rate of advance in mine closure practice has been made possible by the willingness of practitioners to share information. Absolutely nothing can replace the power of a conference to bring together people who have different levels of experience and different backgrounds to learn from each other. I have had the privilege to attend Planning for Closure since its inaugural edition in 2016, and I think it provides an important forum for both the formal and informal sharing of knowledge. At this conference we see seasoned industry veterans mixing with people who are just beginning their careers, and we see mining industry executives freely interchanging experiences with consultants and stakeholders.

Planning for Closure 2024 occupies a unique space – Latin America in general, and Chile in particular, is home to some of the largest and most important mines in the world including Teck’s newly expanded Quebrada Blanca operation, and the challenges in planning for and executing those closures are huge. In that context, it is incredibly important to have a conference like this one that is international in reach, and can draw on the full range of global experience, while still providing enough of a local focus to speak to the real challenges facing practitioners here.

For mining companies like Teck, this conference is an opportunity to both to contribute to advancing the dialogue about mine closure, and to the development of the professionals we need as an industry.

The Planning for Closure 2024 event is a forum where executives, professionals and academics can learn and analyse strategies and tools that allow the integration of mining planning from the initial stage of a project and throughout the life of a mine. Find out more about the event here

Eyxn expands presence in Latin America with new Chile office

Exyn, a company focused on multi-platform robotic autonomy for complex, GPS-denied environments, has opened its new office in Chile.

This strategic expansion, the company says, will enable Exyn to deliver its innovative technologies to an established mining market eager to enhance safety, efficiency and productivity through advanced technology solutions.

Exyn says it has established itself as a leading provider of cutting-edge technology solutions for the mining industry. Its approach to multi-platform robotic autonomy has revolutionised operations in complex and GPS-denied environments, enabling unprecedented efficiency and safety, the company claims.

Exyn calls itself a pioneer in artificial intelligence-backed technology, having commercialised the highest level of aerial drone autonomy in the world, Autonomy Level 4. Exyn’s robots can autonomously navigate previously inaccessible environments without a prior map, existing infrastructure (GPS, communications, etc), or an operator in the loop, according to the company.

The new Chile office demonstrates Exyn’s commitment to serving the Latin American (LATAM) region with expanded and faster support.

The office will be led by Cristian Ramirez, who brings over 20 years of experience deploying, marketing and selling technology and services for the mining industry in Chile and Latin America. Ramirez’s expertise in fleet and energy management, coupled with his drive to make the mining industry smarter, safer and more efficient through innovation, will be instrumental in driving Exyn’s growth in the region, the company says.

Nader Elm, CEO of Exyn Technologies, said: “The opening of our new office in Chile marks a major milestone for Exyn. We are excited to bring our leading-edge technology further to the South American market, hungry to leverage advanced solutions to enhance safety, efficiency and productivity in their operations. With our expanded presence in Chile, we can now provide even faster support and tailor our offerings to meet the specific needs of our LATAM customers.”

The Chile office represents Exyn’s commitment to global expansion and solidifies its position as a leader in multi-platform robotic autonomy, it says. By establishing a strong presence in the LATAM region, Exyn aims to empower mining, agriculture, logistics and construction companies with transformative technologies, driving a new era of innovation and growth in the industry.

DSI Underground and ABC Canada form underground ventilation JV

DSI Underground has signed a new joint venture agreement with ABC Canada to, the companies say, strengthen the safety level for underground mining and tunnelling.

On September 1, DSI Underground Ventilation Systems was officially launched.

The product portfolio of the new joint venture will include Flexline™ and semi-rigid Hardline™ flexible vents for positive and negative airflow, high-efficiency Toughvent fans, and other ventilation accessories: curtains and coverings, emergency shelters, inflatable airstop and repair kits, the companies said.

In addition, the joint venture will have a team of engineers specialising in the design of ventilation systems, capable of providing advice and the necessary technical support, increasing the level of safety and profitability of the projects by optimising energy. The company is a direct manufacturer of supplies and fabrics, ensuring the products meet the highest technical and quality standards required, they said.

DSI Underground Ventilation Systems will start operations in Santiago, Chile, with a production plant of more than 2,000 sq.m and will be present in the Latin America region, directly through entities in the region and with an exclusive distributor in Colombia.

“We are confident that this new company will allow us to deliver more efficient and comprehensive solutions to our customers and will enable us to continue to reinforce progress in underground mining and tunnelling,” the companies said.

GroundProbe extends Americas mine, tailings dam monitoring reach with Santiago centre

GroundProbe has launched a dedicated monitoring centre in Santiago, Chile, to, it says, provide 24/7 real-time radar and laser monitoring services for tailings dams and mines throughout North and South America.

The centre connects remote sites with industry experts in three languages, according to GroundProbe, with the facility monitoring live slope stability data and reacting to alarms to ensure the maximum safety of people and communities.

Crewed by 45 specialised geotechnical engineers, these centre provide 24/7 expertise to over 30 customers globally, GroundProbe says.

GroundProbe, owned by Orica, is a global leader in real-time technologies used to detect instabilities and predict when mine and dam collapses will occur.

From a launch event in Santiago, GroundProbe CEO Brian Gillespie said the new centre marked an important step for GroundProbe’s future growth, especially for South and North America.

“We’ve witnessed a boom in Brazil for continuous, real-time monitoring of tailings dams, with a huge increase in demand for our remote, 24/7 geotechnical expertise,” Gillespie said.

“We saw it as an absolute necessity to bolster our offering and extend our support services from Asia Pacific to the Americas.

“Placing the centre in Santiago and ensuring its tri-lingual capabilities allows us to do just that.”

GroundProbe has, for many years, been providing 24/7 assistance to customers from its Asia-Pacific monitoring centre. The addition of a second location, operating in Spanish, Portuguese and English, sees GroundProbe remain at the forefront of our industry, the company said.

David Noon, COO of GroundProbe, said: “Our Santiago remote monitoring centre is operational from day one, with our teams already monitoring many tailings dams, a massive hydro-electric dam and even a landslide on a national highway in Colombia.

“Not only is it essential to our customers that our team are native Spanish and Portuguese speakers, but having a centre in Latin America shows our level of commitment to the region and to creating jobs in the local communities we serve.”

To mark the launch, GroundProbe and Orica hosted an event with key customers, industry representatives and stakeholders (pictured).

GroundProbe’s monitoring centres are home to its Geotechnical Support Services (GSS) team and dedicated team of geotechnical support engineers.

The second monitoring centre in Santiago will provide the same services to customers, including: GSS-Remote, a 24-hour remote monitoring solution; GSS-Training, a SSR and laser training service; and GSS-Reporting, the company’s customised analysis and reporting service.

FLSmidth responds to north Chile mining demand with opening of new service centre

FLSmidth says it has launched a new service centre for customers in the north of Chile focused on timely delivery of mining equipment to customers and component maintenance.

The opening event, held last week, was attended by a number of key customers and representatives from local authorities, according to FLSmidth.

The 8,000 m² facility, in Copiapó, is geared towards meeting the high demand for mining service and technical support in the region.

FLSmidth said: “The service centre has a primary emphasis on supplying solutions that extend the asset’s life cycle, such as repairs and rebuilds; equipment and components upgrades; parts and consumables strategic stocking programs; tailored training programs; technical assistance; and customised service packages.”

The facility ensures customers receive the required knowhow to optimise their operations, as well as support when it comes to inspections, process audits and technical issues, the company added.

Andrés Costa, President FLSmidth South America, said: “This is a significant milestone for the company, since Copiapó represents an important part of our operations in Chile. The huge mining industry potential in the area and our large installed base requires an infrastructure like this so we can work closer with our customers, get to know their challenges and deliver sustainable productivity solutions to their operations.”

Carlos Sagredo, Plant Manager North Chile, said: “This new service centre will deliver extra availability and reliability to our customers, improving their productivity and uptime, reducing total cost of ownership and extending their equipment lifespan.”

Copiapó Service Center joins other FLSmidth service facilities in South America region, such as São Paulo (Brazil), Arequipa (Peru), Iquique, Antofagasta and Santiago (Chile).

FLSmidth’s Lindholm says miner investment in remote operations centre paying off

In a wide-ranging talk on digitisation at the 2019 SME Annual Conference & Expo in Denver, Colorado, Mikael Lindholm, Chief Digital Officer of FLSmidth, said the use of remote operations centres was providing returns to those mining companies employing them.

Lindholm said FLSmidth had seen an influx of remote operations centres “popping up” across the industry, he told delegates during his keynote presentation.

“It is unhealthy to go up in the mountains or in the pits in the mines,” he said. “Being in a city is much safer. The less people you have in the mine, the less injuries you will see.”

He added: “Most mines, today, have a central control unit, but we now see to a greater extent remote control centres outside of the mines.”

Referencing a recent visit to Codelco and its remote operations centre in Santiago, Lindholm said the state-owned copper miner was running two operations remotely from this location.

The centre had allowed Codelco to attract personnel in the Chile capital, in addition to being able to coordinate all activities from one location, he said.

“From there, they manage everything happening in the pit, to the process plant to the logistics,” he said.

By coordinating these activities and having all the people in the same room, Codelco is making significant savings, Lindholm said. “They are making savings of around $50 million annually from this – purely from coordinating activities.”

This evolution is part of a wider move in the industry to improve productivity, maintenance and safety.

Lindholm, quoting statistics from McKinsey, said by 2025, there will be yearly savings of around $250 billion around operations management – “to do with process optimisation and coordination” – $100 billion/y on equipment maintenance – “thanks to condition monitoring, predictive and prescriptive maintenance” – and $10 billon/y on safety.