Event Guide - Energy and Mines Toronto Summit 2023

EVENT GUIDE

EVENT GUIDE I 2023

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ORGANIZED BY

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OUR SPONSORS I 2023

Thought Leader

Lead Sponsor

Supporting Sponsors

Session Leaders

Wrap-Up Drinks Sponsor

Breakfast Briefing Sponsor

Exhibitors

Partners

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ORGANIZED BY

Lunch Sponsor

TO THE 12TH ANNUAL ENERGY AND MINES IN TORONTO! We’re delighted to welcome such a diverse group of miners and decarbonization experts to discuss the opportunities and challenges in moving mining towards a low-carbon and, eventually, net zero industry.

When we started researching the opportunities for miners to displace diesel with renewable energy over a decade ago, we couldn’t have imagined such momentum behind mining’s energy and fleet transition. At that time, there were a lot of barriers to integrating disruptive technologies on mine sites, whereas today, the solutions are not entirely clear but the timeline for decision-making has been set.

Major and mid-tier miners have set targets for net-zero mining and are in the process of identifying pathways to reach these goals. This is a complicated, uncharted transition involving a variety of technologies, strategies, financing structures and collaborations. There is a lot of work to be done and multiple pathways to explore as miners move from target-setting to action on the road to net zero.

Energy and Mines is delighted to be the annual event where miners come to hear from their peers on how they’re progressing their net zero goals and to network with the full value chain of global decarbonization experts at the forefront of this seismic shift. Now in its 12th year, the Summit has moved beyond its singular focus on renewable energy for mines to exploring the challenges and opportunities for reaching net zero mining in line with 2030 and 2050 goals.

Our expanded agenda features the key topics identified by miners as critical to this stage of the decarbonization transition including how to achieve net zero energy and mobility. We’re really excited to have so many international mining presenters to provide a truly global perspective on the different challenges and strategies mines are adopting for decarbonization in different jurisdictions.

We’ll also dig deep into the opportunities and challenges facing critical minerals miners in our Critical Minerals stream.

These miners are facing the dual challenge of trying to begin, or ramp up, production quickly to support the global energy transition and development of EV battery supply chains while simultaneously reducing their carbon footprints.

We’ll hear from a variety of miners on this topic as well as gain insight on key developments for accelerating North American critical materials supply chains.

We hope you enjoy the content and the connections you make over the next two days. On behalf of the whole Energy and Mines’ team:

Wishing you a very successful Summit!

Adrienne Baker Director Energy and Mines

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ORGANIZED BY

FLOORPLAN

Agenda at a glance:

Day 1: November 28, 2023

Net Zero Mining Challenges and Opportunities Fleet Decarbonization Strategies and Next Steps for Mining OEMs Roadmap Ingredients for a Net Zero Mine Optimizing Renewable Energy for Mines to Achieve Climate Goals Networking Party

Day 2: November 29, 2023 Decarbonization Strategies Stream

Critical Minerals Stream

Breakfast Briefing: Falling Short of 2030 Goals: Key Risks Facing Miners

Progressing Canada’s Critical Minerals Strategy

Rethinking Mine Design for a Zero-Carbon Future

Decarbonization Strategies for Critical Minerals Miners

Displacing Diesel from Fleets: Miners’ Perspectives

Product Footprinting and the Value of Low-Carbon Critical Minerals

Mining Decarbonization Solutions to Watch

Building Consensus and Partnerships with Indigenous Communities

The Energy Transition and Mine Electrification

Accelerating a Sustainable North American Battery Metals Supply Chain

Wrap-Up Drinks

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Download the Swapcard APP

your essential event tool for content and networking

ACCESS PRESENTATIONS, INTERACT, ASK QUESTIONS

Navigate the agenda, bookmark sessions of interest. Use filters to choose themes.

Bookmarked sessions and sponsors. Create your personalised agenda that is viewed via the MY EVENT button.

Type in questions for the chairs and presenters during the sessions. Navigate to the session of interest to ask questions via the LIVE DISCUSSION button on each session.

DOWNLOAD THE PRESENTATIONS

Presentations are available to download from the app (or via the online version of swapcard.com). Navigate to the session on the agenda. Scroll down the page to the session documents

NETWORK

Review the attendee list. Reach out with connection requests, set up meetings in our networking tables in the York Room (at the far end of the exhibition). There are 4 dedicated meeting tables available to book for your meeting.

Explore attendee profiles - many of our mine attendees have provided details of their decarbonization challenges and who they want to meet.

Exchange details by using the inbuilt scanner to scan QR Codes or business cards. Your QR code provides details from your profile.

Manage your own meeting availability through MY EVENT. Set-up dates and times you are available to meet.

Connect with our Sponsors and Exhibitors. Set-up meetings, send them messages.

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CONTENTS

Sponsor Profiles

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Featured Delegate Sponsors 22

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The Time to Act on 2030 Targets is Running Out

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ATACAMA: Renewable Energy and Mining in the High Desert of Chile

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Agenda

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ORGANIZED BY

SPONSOR PROFILES Thought Leader

Dornier Suntrace GmbH is a member of the Dornier Group - a global one-stop engineering shop providing sustainable infrastructure solutions, combining leading knowledge across infrastructure sectors such as Energy, Water or Mobility. We provide strategic guidance in decision-making processes and support our clients from concept to implementation.

Solar energy has come of age for the mining industry over the last decade. With over USD 400 bn global annual investment inflows, solar has outpaced all other energy generation technologies, including fossils or nuclear. The main reasons are low energy cost, high scalability and reliability. In the Gigawatt-range, large scale solar power plants have become bigger than nuclear, coal or gas-fired power plants today. In addition, renewable systems have become smarter and now provide integrated solutions such as self-sufficient energy supply, water desalination, irrigation or power-to-X. With continuously decreasing energy costs and increasing efficiency, tailored renewable energy solutions are conquering all conventional power and energy market segments with a breath-taking velocity. We conceptualize cost-efficient, highly reliable renewable energy solutions, tailor-made to the energy requirements of our industrial and mining clients. As needed, we start from existing conventional power supply and integrate solar and or wind into the system as a fuel saver.

At Dornier Suntrace, we are working with mines for over ten years. We know that most mining companies are commodity producers with no interest in reducing their margins. Our recent successes show that the opposite is true: our solutions rather stand for significant energy cost savings. What is more, a solar and storage system increase the stability in the grid and are the reason the fuel in your storage tanks lasts longer. The independence and autonomy of power supply increases. Dornier Suntrace has a track record of over 12 mining projects globally, three of which are in operation, another five under construction, further in the feasibility stage. Our clients are midtier and senior mining companies. Overall, we can look back on experience from over 17 GW of renewable energy projects worldwide, most of which with a strong focus on emerging markets and off-grid areas.

Summing up, there is a triple bottom line that drives renewable solutions for the mining industry: • significant energy cost savings and energy cost hedge for the rest of mining lifetime • increased energy supply security through storage and a larger range of conventional fuel reserves • decarbonization of the industry.

Not only your CFO will be thrilled about the possibilities.

Contact: Martin Schlecht I Director Engineering & Projects (COO) I martin.schlecht@dornier-group.com +49 171 9781366

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SPONSOR PROFILES

Lead Sponsor

Torys is an international business law firm known for its sophisticated counsel, best-in-class client service and the most cohesive cross-border team in the market. With offices in Toronto, Calgary, Montréal, New York and Halifax, we bring together the sharpest legal minds to solve clients’ toughest problems and help them stay ahead of the curve.

For over 80 years we have been working in partnership with clients in this way, and our track record speaks for itself.

With experience and perspective in the increasingly complex mining industry, we create commercially minded solutions to realize our clients’ strategies, offering counsel on financings, M&A, commercial arrangements, and more. We address the complexities of transactions through the combined strengths of our mining knowledge and our leading M&A, corporate finance, lending and capital markets experience.

We are proud of the breadth of our experience across the mining and renewable energy sectors. Our clients are leaders in the transition to a low carbon energy future. We act on the most significant renewable energy projects in the market, offering strategic advice to the world’s largest renewable energy companies on the development of projects that displace GHG-intensive generation. We are also market leaders on negotiating virtual and physical power purchase agreements for the supply of renewable electricity.

We also combine our leading-edge experience with a multidisciplinary approach to advise organizations on their climate change strategy, helping them respond to new and emerging issues that lie at the intersection of climate change and business. We help clients seize opportunities and mitigate climate change risks in this complex and evolving area of law. We handle a wide range of business-critical climate change issues, from emissions trading and carbon finance transactions to carbon disclosure and compliance matters.

Contact: Dione Remedios I Marketing Specialist I dremedios@torys.com I +416.865.7500 x4548

Supporting Sponsors

Founded in 1963, Norda Stelo is a Canadian multi-disciplinary engineering firm executing services worldwide. It operates offices in Canada, the United States, New Caledonia, and Madagascar. Norda Stelo is a proven leader in optimizing asset performance and management, including decarbonizing assets through providing energy efficiency and clean technology solutions.

Norda Stelo has an extensive expertise in various industrial sectors such as mining and metals, energy and manufacturing and processing as well as with infrastructure. Our experts retain in-depth knowledge of failure mechanisms of aging assets, enabling them to propose an asset sustainability approach that addresses technical, economic, operational, environmental and governance constraints.

With its mission: “Driving engineering through innovation. Together. Sustainably.”, Norda aims to rapidly and thoughtfully decarbonize industry, enable the energy transition, and build resilient infrastructure while delivering ESG benefits to its clients. As the first major engineering firm in Canada to become B-Corp certified, Norda is committed to bettering the environment and having a positive impact on climate change by focusing on valueadded engineering and sustainable results for its clients and the communities in which they operate.

Contact: Matt McCulloch www.norda.com

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ORGANIZED BY

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Director of ESG and Decarbonization

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matthew.mcculloch@norda.com

Hatch is a global engineering, project management, and professional services firm. We are passionately committed to a net zero emissions future shaped by a sustainable global society. Whatever our clients envision, our professionals can design and build. With over six decades of business and technical experience in the energy, infrastructure, and mining sectors, we know your business and understand that your challenges are changing rapidly. We respond quickly with solutions that are smarter, more efficient and innovative. We rely upon our 9,000 staff with experience in over 150 countries to challenge the status quo and create positive change for our clients, our employees, and the communities we serve. hatch.com

First Mode develops and manufactures decarbonization solutions for heavy industry partners dedicated to the clean energy future. Our retrofit product line is offered through our Path to Zero™ program, which provides customers stepwise options for beginning, progressing, and succeeding on their path to zero emissions haulage — with solutions that now include: •

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Hybrid EV Retrofit: First Mode’s Hybrid Electric Vehicle (HEV) Retrofit adds a First Mode regenerative battery to the customer’s existing diesel-powered vehicle to immediately reduce its carbon emissions by up to 30 percent.

With no additional infrastructure required, this solution captures energy from regenerative braking and stores it until needed — serving as the key first step for customers on their decarbonization journey.

Battery EV Retrofit: First Mode’s Battery Electric Vehicle (BEV) Retrofit also leverages regenerative braking but completes the platform conversion into a fully electrified powertrain solution by removing the diesel engine entirely. When paired with a multi-megawatt charging system, the Battery EV Retrofit represents a breakthrough innovation in heavy-industrial decarbonization.

Hydrogen Fuel Cell EV Retrofit: Building on the success of First Mode’s partnership with Anglo American to develop the world’s largest fuel cell electric vehicle, the DT74 proof-of-concept truck, this next-generation solution converts an existing diesel-powered vehicle into a clean liquid hydrogen-powered vehicle. When combined with First Mode’s high-speed liquid hydrogen refueling system and clean hydrogen sourcing program, the Hydrogen Fuel Cell Electric Vehicle (FCEV) Retrofit delivers a diesel-free vehicle with a refueling frequency comparable to its diesel counterpart.

Demonstrations of the Hybrid, Battery, and Hydrogen Fuel Cell EV Retrofits are expected in 2024. First Mode’s decarbonization solutions offer a means for the mining sector to reduce its carbon footprint today, enabling a cleaner and more sustainable world tomorrow – for people and planet. Learn more at www.firstmode.com.

Contact: Nadia Andreen I Nadia.Andreen@firstmode.com I +1.206.353.9419

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SPONSOR PROFILES

Symboticware is a leading Industrial IoT/AI provider in the resource industry, specializing in advanced data collection, connectivity, and AI capabilities. We are the only company offering a mature, integrated, end-to-end hardware and software digitization platform for both heavy and light-duty mobile equipment. We’re proud to be a technology partner for some of the world’s largest companies, including Glencore and Vale, as well as technology leaders like SpaceX. 4-Sight.ai is an asset management platform designed to capture, track, and analyze data. It aims to prevent unscheduled downtime, reduce fuel consumption, improve safety, and decrease the carbon footprint.

Squares is a fleet diagnostic software that offers a comprehensive view of equipment maintenance costs and survivability analysis. A key feature of this software is its proprietary natural language processing algorithm that extracts data points from human-generated maintenance logs.

Vision is a predictive AI engine that taps into under-utilized telematics and other sensor data to forecast technological risks and suggest specific measures to prevent equipment failures. This engine analyzes historical data to determine expected behavior, spot anomalies, and model current and anticipated behavior.

Contact: Bashir Chalabi I (416) 823-7473 I bashir.chalabi@symboticware.com

We are an independent, international consultancy providing focused advice and solutions to clients, mainly in the earth and water resource industries. For mining projects, we offer services from exploration to mine closure.

Our specialists are leaders in fields such as due diligence, technical studies, mine waste and water management, permitting, and mine rehabilitation.

Applying their extensive knowledge and experience, our consultants develop innovative approaches and practical techniques that meet clients’ unique needs and financial objectives. Among our clients are many of the world’s major, medium-sized, and junior metal and industrial mining houses, exploration companies, financial institutions, EPCM firms, and government departments.

Ethics and Sustainability We are committed to conducting our business in a safe, ethical, and sustainable manner and remaining accountable to our clients, communities and employees in line with accepted environmental, social, and governance (ESG) principles.

We recognize our responsibility to encourage and support development that can be sustained environmentally, socially and economically for the lasting benefit of the stakeholders involved. This includes briefing clients on the likely economic impact of their projects, how to earn the social license to operate, and the effect of social risk on project and company valuations.

Contact: Nadim Chammas, Senior Marketing Advisor I +1 303 962 4994 I nchammas@srk.com

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ORGANIZED BY

A family-run company For more than 70 years, Liebherr has been an independent, family-run company that is synonymous with trustworthiness and stability. That history is built on a strong commitment to forming close long-term relationships with customers and colleagues. Partnerships built on mutual trust and collaboration are simply how we work.

Liebherr stands for a large, continually developing range of products and services. Exceptionally practical, seasoned and proven engineering as well as a consistent high quality level ensures customers benefit in all product areas.

Liebherr’s range of products and services has been broad and sophisticated. Its design and technology are orientated around practical deployment scenarios throughout the world.

What we do – Proven globally, committed locally Liebherr-Canada Ltd. (LCA) was founded in 1973 to facilitate sales, marketing and after sales of selected Liebherr products in Canada. The company is primarily engaged in the following products: heavy lift cranes, off-shore and maritime cranes, mining and earthmoving equipment, material handling technology, aerospace and transportation systems, deep foundation and cementation technology and also supplies all other Liebherr products and technologies within Canada.

Today we are growing our brand presence in Canada with 11 offices spanning 6 time zones, offering fast, reliable and cost-effective parts and product service to customers.

Liebherr Mining By partnering with Liebherr Mining, you have the benefit of our 50 years’ experience in the design, manufacture and support of mining equipment. We work closely with our customers to understand their unique requirements and provide options that add value to their specific needs. Liebherr’s world-renowned quality, reliability, and innovative technologies ensure that your mining operations are safe and efficient even under the toughest of conditions.

All Liebherr equipment, regardless of size class, prioritize machine availability, technical innovation and maximum energy efficiency. High performance machines must be available around the clock and as such, customer service is the critical link in Liebherr’s value chain. Liebherr’s mining product segment continuously invests in the expansion of its service network through its own branches: through the supply of spare parts, component reconditioning and the qualification and training of service employees. This provides our customers with an end-to-end service model for a machine’s entire life cycle.

Liebherr’s dedication to decarbonizing the supply chain is of paramount importance. Our investment into the technologies of tomorrow is based on the successes of today. Liebherr believes the future can be carbon free and that compromises can be minimized through our pursuit of modularity and being energy agnostic. Your zero emission mining journey can start today with Liebherr.

Contact: Curtis Savage, Marketing Assistant , Liebherr-Canada Ltd. Phone: +1 (905) 315 2775 | Mobile: +1 (365) 292 2822 I E-Mail: Curtis.Savage@liebherr.com

Lunch Sponsor

Cisco is the worldwide technology leader that securely connects everything to make anything possible. Our purpose is to power an inclusive future for all by helping our customers reimagine their applications, power hybrid work, secure their enterprise, transform their infrastructure, and meet their sustainability goals.

Contact: Amri Tarsis, Sales Director I amolivei@cisco.com

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SPONSOR PROFILES

Session Leaders

The Stantec community unites approximately 28,000 employees working in over 400 locations across six continents.

We collaborate across disciplines and industries to bring environmental, energy, water, buildings, and infrastructure projects to life. Our work, from initial project planning and permitting through to design, construction, commissioning, maintenance, decommissioning, and remediation—begins at the intersection of community, creativity, and client relationships.

Stantec is a recognized global leader in both mining and sustainability. We’re designers, engineers, scientists, and project managers, innovating together at the intersection of community, creativity, and client relationships.

Balancing these priorities results in sustainable projects that advance the quality of life in communities across the globe.

When it comes to energy transition, we at Stantec are poised to bring a wealth of experience across the spectrum of engineering disciplines to project challenges. We assist mining companies to ready their mine for the energy transition, reduce energy use and demand, replace traditional energy sources with cleaner, renewable sources and remove carbon from the atmosphere. It all starts with a clear vision. We envision a world where infrastructure gives back, water is protected, natural systems are valued, biodiversity is prioritized, economies are circular, nothing gets wasted, development is responsible, everyone can access renewable energy, and society is just.

Stantec is making contributions at every stage of the mining lifecycle – we Find, Build, Operate and Return. Whether you are planning and building the mine of the future, adapting an existing operation for the future, or returning a property for the next generation, we can help.

Contact: Kevin Bromfield I +1-249-885-2185 I Kevin.Bromfield@stantec.com

VoltVision digitises high and medium voltage industrial power networks, transforming raw power data into actionable information.

VoltVision helps mining companies to: • • • • •

reduce energy costs by up to 15%; reduce energy consumption and CO2 emissions by up to 10%; reduce asset downtime; improve asset lifetime and improve emissions reporting

Our quick win, low cost solutions deliver fast ROI. They are enabled through a unique ‘Plug and Play; data extraction gateway and advanced AI platform, providing near real-time automated analysis and visualisation of power data.

VoltVision’s solutions help mining companies deliver on their decarbonisation targets and continuously monitor their industrial power networks and assets, giving C-Suite and management teams increased visibility and control of their critical assets and power network.

VoltVision - leading the way in the digitisation of electrical and power networks.

Contact: Manoli Yannaghas, Co-Founder/Managing Director I +44 (0) 7881 820 818 I manoli@voltvision.live

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ORGANIZED BY

Aggreko is a world-leading provider of mobile modular power, temperature control and energy services. Operating in a rapidly changing energy market, our priority is to support our customers through the energy transition by providing cost-effective and flexible answers to the simple or complex challenges our customers face.

Founded in Scotland in 1962, Aggreko has grown from a small local business to a global energy pioneer, employing more than 6,000 people. Headquartered in Glasgow, we’ve remained true to our roots, and have operations in over 204 locations, ready to deliver energy solutions to every corner of the globe.

At Aggreko we power progress – delivering engineered power & HVAC industrial solutions across the globe so businesses can grow, and communities can thrive. Aggreko’s extensive reach and capability can support you with everything you need – whether that’s temporary power, a customized power solution, temperature control for process enhancement, or a backup power supply to keep you operational.

We offer tailor-made solutions to serve different sectors, from small industrial power needs to complex multimegawatt power solutions, including plug-and-play battery energy storage. Also, our HVAC solutions are engineered to solve process bottlenecks, inefficiencies, failing or underperforming equipment, and, above all, the high ambient temperatures that cause production to plummet. We have a mobile and modular fleet that can be moved anywhere and set up in a matter of days according to our customer’s needs.

Looking into the future, we are investing largely in the latest technology that propels us to deliver higher efficiencies, lower costs, and the lowest emissions solutions to our customers. We want to be a partner in their energy transition journey through new solutions and product innovation.

We recognize our position as partners in the energy transition and are constantly evolving our products to provide better solutions no matter the sector.

Contact: Diane Castillo, Sector Marketing Lead – Manufacturing I (346) 237-0336 / (281) 985-8275 diane.castillo@aggreko.com I www.aggreko.com

BBA has been providing a wide range of consulting engineering services for over 40 years. Today, its engineering, environmental and commissioning experts team up to quickly and accurately pinpoint the needs of industrial and institutional clients. The firm’s expertise is recognized in the Energy and Natural Resources industry. With 18 offices in Canada and internationally (Chile), offering clients local support and field presence, BBA provides some of the industry’s most innovative, sustainable and reliable engineering solutions.

BBA’s multidisciplinary team will assist you in planning, designing and implementing innovative solutions to optimize your mining projects. Our integrated and collaborative approach helps you meet your legal obligations, your safety and GHG reduction requirements and stay on budget. Through robust planning, we keep you agile, so you can take advantage of future technological advances and capitalize on business opportunities. Our goal is to create value at every stage of your project’s life cycle.

Contact: Nathalie Jutras, Advisor, Marketing, Sales Management I +1 450- 464 - 2111 I nathalie.jutras@bba.ca www.bba.ca

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SPONSOR PROFILES

KPMG LLP is the Canadian member firm of KPMG International. We provide Audit, Tax, and Advisory services to many of the public and private business, not-for-profit, and public sector organizations in Canada. Nationally, there are 40 offices and over 700 partners and more than 10,000 employees working together to help Canadian businesses achieve their goals. Leveraging the skills, knowledge and passion of our firm and our people allows us to serve our clients with uncompromising professionalism, cutting through complexity to provide valuable insight—in Canada and around the world.

Contact: Alana Mohan I (416) 777-8500 I aamohan@kpmg.ca

Wrap-Up Drinks Sponsor

Since 1995, G+ Plastics specializes in designing and fabricating innovative and durable products for the Mining Industry. Since 2010, our flagship product is a high efficiency ventilation duct called the Speed Air Duct.

Auxiliary ventilation energy consumption has a significant impact on operating costs of an underground mine while traditional duct solutions maintenance and repair drive the productivity down. Meeting energy efficiency targets to achieve greenhouse gas emissions reduction commitments can be challenging.

With its low friction factor combined with its air tightness, the Speed Air Duct can reduce energy costs up to 50%.

Its durability and shock resistance reduce maintenance and repair drastically. Duct sections and fittings can be reused multiple times.

The Speed Air Duct is developed and manufactured using our extensive knowledge about plastics to offer an airtight, efficient and user-friendly product. It is now a proven solution used by mining operators and contractors around the world to cut down ventilation power requirements. The Speed Air Duct is also compliant with CSA and MSHA standards of flame resistance for ventilation ducts used in underground mines.

Using the Speed Air Duct for your longer auxiliary ventilation lines and longer-term installations is definitely a ‘’low hanging fruit’’ solution to help your mining operation / project meeting energy efficiency targets.

We have helped our clients to succeed on ambitious and challenging projects, where we have been pushing back the limits of auxiliary ventilation.

Contact: Stephan Tapp, Mine & Ventilation Manager I Office toll-free : (866)797-9436 Office: (819)768-8888 (113) I Mobile: (705)495-7698 I Stephan@plasticminer.com

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ORGANIZED BY

Breakfast Briefing Sponsor

At Partners in Performance we are passionate about unleashing the true potential of our clients at an organisation, commercial and people level. Working together as close partners, we enable our clients to drive lasting positive impact. For us it is real change that matters, rather than simply delivering smart strategies. By energising teams to deliver ongoing operational and organisational improvements; we enable business transformation that works.

Contact: Kim Coudriet, Practice Manager - Energy Transitions I +1 216-287-9204 I kim.coudriet@pip.global

Exhibitors

SFC Energy is a leading provider of hydrogen and methanol fuel cells for stationary and mobile hybrid power solutions.

With the Clean Energy and Clean Power Management business segments, SFC Energy is a sustainably profitable fuel cell producer. The Company distributes its award-winning products worldwide and has sold more than 65,000 fuel cells to date. The Company is headquartered in Brunnthal/Munich and operates production facilities in Germany, the Netherlands, Romania, Canada, and the US. Our product and solution offerings include: - Off-grid Power Solutions - SCADA & Telemetry - Measurement & Instrumentation - Drives & Motor Control - Engineered Solutions.

Contact: Ianna Mejia, Marketing Coordinator 1-403-797-0393 / 1-403-723-5677 I Toll Free: 1-800-565-7431 Ext. 239 I E Ianna.Mejia@sfc.com

MacLean specializes in mobile equipment solutions based on underground mining experience, multi-discipline engineering capability, a continental manufacturing platform in North America, and worldwide customer service and support.

The company has been innovating for mining equipment safety and productivity for 50 years, supporting mining customers worldwide with branches across Canada as well as in the United States, Mexico, Peru, South Africa, and Australia.

The latest chapter in the MacLean innovation story is the introduction of full-fleet electrification, integrating best-inclass battery and electric drive technology to deliver a safe, proven, and data-rich option for diesel-free operations.

Since the inception of the MacLean Fleet Electrification program in 2016, the company has commissioned 50+ battery electric mining vehicles on three continents. With the purchase of an underground Research & Training facility in 2018 and the creation of a dedicated R&D team now numbering a quarter of the company’s global engineering team, the MacLean product development pipeline is tailored for 21st century mining. This means smart, tech-enabled mobile equipment that can operate remotely and, eventually, fully autonomously in multi-OEM mine environments, helping to transform underground mining around the globe.

Contact: Maarten van Koppen, Vice President of Product Management mvankoppen@macleanengineering.com I + 1 705 465 1486www.macleanengineering.com

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SPONSOR PROFILES

At GridBeyond our vision is to build a shared energy economy that delivers sustainability, resilience, affordability and adaptability through collaboration and innovation. By bridging the gap between distributed energy resources and electricity markets, our technology means every connected asset, whether its utility-scale renewables generation, battery storage or industrial load, can be utilised to help balance the grid. The benefit?

By intelligently dispatching flexibility into the right market, at the right time, asset owners and energy consumers unlock new revenues & savings, resilience, manage price volatility, while supporting the transition to a Net Zero future.

Using artificial intelligence and data science, GridBeyond’s technology balances and orchestrates energy generation, storage and industrial load in a coordinated system. GridBeyond’s intelligent energy optimiser, lies at the core of our services. By connecting load, generation, and storage assets with the opportunities of the energy markets our technology bridges the gap between distributed energy resources and the requirements of the power grid.

Combining solvers, market access, and automatic trading in one place, including balancing services, capacity markets and the participation in the wholesale traded markets, our technology empowers C&I businesses, EV fleet operators, generators, and energy storage operators to maximise revenues and savings.

GridBeyond began commercially trading in 2010 and is home to the world’s first hybrid battery and demand network. Now a global player in the energy transition, GridBeyond provides a powerful combination of technological excellence, consultative approach and unrivalled expertise that enables its partners and clients have future-proof access to energy services, while supporting the wider electricity grid integrate more volatile renewables and make the leap to a greener future. All without impacting operations.

GridBeyond delivers energy services, new revenues, enhanced savings, strengthened operations and sustainability to over 400 I&C sites worldwide, including some of the planet’s best-loved brands.

Contact: Gabriella Di Salvo, Global PR Manager I 44 (0) 7918 359693 I gabriella.disalvo@gridbeyond.com

Enbridge Gas is Canada’s largest natural gas storage, transmission and distribution company based in Ontario, with 2023 marking its 175th anniversary of providing safe and reliable service to customers. We provide an affordable energy choice for approximately 3.9 million residents and businesses, and we’re leading the transition towards a net-zero future.

Energy warms our homes, powers our vehicles, and helps produce and move the goods we use every day. As our climate changes, energy systems are evolving, working together to meet our future energy needs sustainably.

For us, innovation comes naturally. We’re collaborating to advance new green technologies to fuel transportation, heat buildings and power industry. We’re introducing new renewable fuels and finding practical ways to use less energy.

Contact: Dave Boogaart, Sr. Advisor, Commercial Industrial Energy Conservation +1 705 491 2272 I dave.boogaart@enbridge.com

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ORGANIZED BY

Electrovaya Inc. (NASDAQ:ELVA)(TSX:ELVA) is a pioneering leader in the global energy transformation, focused on contributing to the prevention of climate change by supplying safe and long-lasting lithium-ion batteries. Electrovaya is a Lithium ion battery market leader with over 25 years of expertise in designing, developing and manufacturing proprietary Lithium-ion battery systems and battery-related products for clean electric transportation. The company is technology focused with extensive IP (for components and manufacturing processes) focusing on providing superior battery quality as a technology differentiator through its Infinity Battery Technology Platform.

The Company launched its advanced Infinity Battery platform in 2018 for demanding and mission-critical applications where longevity and fire safety are critical metrics . This technology offers superior battery quality allowing for an outstanding combination of performance, safety, and longevity. With the premium performance, Electrovaya is focusing on supplying niche markets with two product lines: the low voltage line (Infinity-LV) targeting Material handling equipment & Autonomous Guided vehicles, and the High Voltage line (Infinity-HV) for electric trucks, Electric buses and Heavy Duty Mining/Construction equipment.

While fire safety is a critical concern in passenger vehicles, the potential damage of fires is drastically compounded in vehicles which hold many passengers, carry out critical functions, or operate in the vicinity of large capital assets.

Electrovaya’s Infinity batteries currently leverage key safety technologies across the battery system design which allow for remarkable stability when subject to extreme thermal stress, mechanical shock, and electrical abuse while using high energy batteries.

The long cycle life of the infinity batteries was achieved through years of research and development, extending the battery’s lifetime and setting the industry standards (End of Life (EOL) ~14000 cycles, equivalent to 3.5 million miles for a 250-mile range). The outstanding longevity of infinity batteries provides the lowest cost of ownership compared to other lithium ion batteries, fuel cells and lead acid batteries.

The Company has consistently invested heavily in research and development for the entire company’s existence and plans to continue to do so in the years to come. Electrovaya is also developing next generation solid state battery technology at its Labs division. Headquartered in Ontario, Canada, Electrovaya has two operating sites in Canada and has acquired a 52-acre site with a 135,000 square foot manufacturing facility in New York state for its planned gigafactory. To learn more about Electrovaya, please explore www.electrovaya.com.

Contact: Jason Roy, Director, Corporate Development & Investor Relations I jroy@electrovaya.com 905-855-4618

Tecloman excels in providing comprehensive energy storage system solutions across the globe. As a fully integrated supplier covering R&D, production, sales, and after-sales service, the Company takes pride in its 30-year deeprooted involvement in the power industry.

With extensive expertise in researching, developing, and manufacturing power system products Tecloman can handle large-scale orders with ease. The Company also owns three wholly-owned subsidiaries-Chengdu Molo Electric Co, Ltd. (Molo), Kunlun Electric Power Engineering Co., Ltd(Kunlun) and Chengdu Tecloman Digital Energy Technology Co., Ltd. (Digital Energy)-that collaborate seamlessly across various business sectors.

Tecloman is dedicated to flawlessly integrating energy storage technology into various application scenarios, continuously innovating, and enhancing product solutions. The Company provides top tier energy storage system solutions for multiple sectors, including residential hybrid storage, next generation IDC power, mining and petroleum systems, mobile emergency energy storage vehicles, distribution network management, and DC microgrid solutions, all of which hold leading positions domestically.

Contact: Yu Zhao, Department Manager I +86 17602868100 I yu.zhao@tecloman.com

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FEATURED DELEGATE PROFILES

MineSense is a pioneer in digital mining solutions, supplying real-time, sensor-based ore sorting for mines. Our signature solution is ShovelSense®, a robust sensor installed on mining equipment to scan and measure the grade of the material in every bucket. Real-time ore characterization provides superior actionable data to enable automated smart truck diversions: mill, stockpiles, or waste dump to greatly reduce both ore losses and dilution.

The increased real-time visibility of your orebody provided by ShovelSense® drives improvements in your mine’s efficiency, profitability, and sustainability.

Contact: Eduardo Gonzalez, Regional Manager North America I +1 6044493780 I egonzalez@minesense.com

Nordmin is one of Canada’s leading professional services firms offering multi-disciplinary engineering and project management services to clients in all energy sectors, generation/renewables, transmission, and distribution, as well as industrial sectors including a specific focus on the mining industry. Nordmin employs a number of technical specialist associates to assist in discrete design efforts and a number of industry recognized field staff to assist in field commissioning and execution. Nordmin coordinates all phases of project work, providing a seamless and worry-free service to our clients. Nordmin’s Power Systems group has extensive experience in the design of generation facilities, substation and switching yards, transmission and distribution infrastructure, and protection and control design. Nordmin has completed several transmission, sub-transmission, and distribution infrastructure design projects, managing from conception to construction, including liaison with regulatory authorities.

Contact: Harold Harkonen, Consulting Specialist - Power Systems I 8074723202 harold.harkonen@nordmin.com

Mining Expertise from Operators for Operators! RWE Technology International – over 100 years’ experience in the mining sector with broad engineering expertise.We are your strategic business partner with the mission to help you increase your safety, profitability and sustainability while at the same time reducing your carbon footprint in your mining operation. Being carbon neutral is becoming increasingly important around the world. As an engineering consultant, RWE Technology International supports miners globally in reducing their carbon footprint in a variety of projects, focusing on innovative future solutions. Environmentally friendly mining covers a broad range of different aspects and measures to be taken. Mining operators are facing massive challenges: from rapidly changing international standards, legislation and environmental protection constraints to meeting future shareholder requirements and maintaining their social license to operate. Your green footprint is therefore important.

Contact: Marcus Kleuters, Mining Engineer I +49 1525 7917692 I marcus.kleuters@rwe.com

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We are the Caterpillar dealer for eastern Canada, serving the territory from Manitoba all the way to Newfoundland including Nunavut. We sell and support industry –focused solutions that enable our customers across Canada to succeed. These solutions include new and used heavy equipment, engines, generators, battery storage systems and industry leading technology solutions in the mining, industrial, construction and power generation sectors of our economy. Key customer offerings also include flexible-term rentals, customer value partnerships, all supported by the largest elite technical team, unparalleled parts support, and transformational technological services…and that’s just the beginning!

Contact: William Harvey, President, Mining Division I 5147154808 I wharvery@toromont.com

Trenergy Inc. is a Canadian heavy-fabrication company that provides manufacturing excellence in the fields of custom pressure vessels, structural steel, and package boilers for the energy and mining sectors. The company has the expertise, resources, and technology to deliver high-quality products and services. Trenergy Inc. is ASME, B31.1 and CWB 47.1 certified. If you are interested in finding out how Trenergy Inc. can support your energy and mining projects, visit their virtual booth on the Toronto Energy and Mines Summit app. You will get to know more about their fabrication, pressure vessel, rail, and boiler capabilities, and see some of their successful projects. Don’t miss this opportunity to connect with Trenergy Inc. and explore how they can help you achieve your net zero mining initiatives.

Contact: Matt Bekesy, Director of Manufacturing I 9053296257 I mbekesy@trenergyinc.com

Wheaton is the world’s premier precious metals streaming company with the highest-quality portfolio of long-life, low-cost assets. Its business model offers investors commodity price leverage and exploration upside but with a much lower risk profile than a traditional mining company. Wheaton delivers amongst the highest cash operating margins in the mining industry, allowing it to pay a competitive dividend and continue to grow organically and through accretive acquisitions. As a result, Wheaton has consistently outperformed gold and silver, as well as other mining investments. Wheaton is committed to strong ESG practices and giving back to the communities where Wheaton and its Mining Partners operate. Wheaton has also set ambitious climate targets and is committed to supporting its Mining Partners to reduce emissions and implement climate solutions. Wheaton creates sustainable value through streaming.

Contact: Andrea De Paoli, Director, Sustainability I 6047107172 I andrea.depaoli@wheatonpm.com

23

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We are always keen to have international mining speakers at our event in Perth, WA. If you would like to be involved in the agenda contact adrienne.baker@energyandmines.com SESSION LEADERS

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DORNIER

The time to act on

2030 TARGETS

IS RUNNING OUT Interim decarbonization targets are looming ever closer, but the path to a green energy supply is anything but straightforward for miners. Martin Schlecht, Director Engineering & Projects at Dornier Suntrace, shares his insights on the main remaining challenges.

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ORGANIZED BY

ENERGY AND MINES: What do you see as some of the essential steps required to facilitate the shutdown of HFO engines during daylight hours for an offgrid mining operation?

MARTIN SCHLECHT: Shutting off all engines means you don’t have any spinning reserve available from the engines. So you need to replace the spinning reserve with the battery itself, with all its operational requirements. Engines are the safety net for off-grid operations, that every miner is used to, and it can be an emotional step to switch them all off in the first place.

It’s important to track the weather forecast, as you should not switch off all engines if you don’t have enough sunshine. At Fekola, we have a sophisticated weather forecasting system that gives operators a lot of advanced warning to get engines up and running: the clouds should not take you by surprise. Specific to HFO engines is that they should not be started more than once a day, as more starts would increase the maintenance significantly. So that sequence also needs to be optimized for each day’s operations.

It’s also a matter of how big the solar plant is and how many days during the year it will provide enough energy to switch off all engines.

That’s a commercial evaluation: you find the optimum size of the solar plant based on whatever cost of energy or payback period against fuel cost savings you want to see.

But I think it will be a mind-blowing experience to be around the mine when suddenly there is silence in the powerhouses and the mine is still operating at full load.

E&M: What are your key takeaways from your experience with the off-grid solar-battery hybrid system for B2Gold’s Fekola gold mine in Mali?

MS: We did an assessment of the performance of the powerplant after one year (which was last year in July), and it exceeded the calculated performance. It delivers the expected 20% fuel savings, and since fuel

prices went up sky high when Russia attacked Ukraine, the cost savings were higher than anticipated. So it has proven to be a hedge against the volatility of the fuel cost in a positive way.

The operational experience at the Fekola gold mine has been positive so far, and they are able to operate and maintain it with their own power plant staff. We’re only involved on special occasions, so that works well.

We’re already working on phase two, which involves growing the solar plant in order to be able to run on zero engines several days a year.

That is definitely a sign of trust, both in the performance of the solar and battery plant but also in our work at Dornier Suntrace.

E&M: Where are hybrid solutions for mines heading in terms of new and innovative strategies to drive further energy decarbonization for remote mining operations?

MS: Last year at Energy & Mines, I presented a case study on integrating wind with solar and battery for an off-grid solution. And it showed that 85% renewables coverage can be reached at economic terms, when adding wind and solar at enough overcapacity to charge a battery. The case study showed that under used assumptions, a payback against heavy fuel cost would be possible within five to six years.

But it’s a huge Capex: the investment into such a big renewable plant can easily reach the lower three digit million range, so quite significant even when compared to the overall investment into a mine. But the annual fuel savings will be huge as well. Basically it’s a trade-off of Capex versus Opex, and it’s also a question whether the mine is willing to invest into renewable energy for an existing asset or explore new assets. That’s where it becomes tricky, on where to allocate the funds that the mines have, and where they generate the best revenue from their core business perspective.

And then of course, if you look at electrification of the mine fleet, there is potentially another load that needs to be supplied from renewable energy and that also will involve energy storage. You have batteries within the vehicles and at the charging locations, and that can also help you to leverage the fluctuations from the renewables. How these concepts work, how to organize the logistics for electrification and how much renewable energy you need at what time is something where we are reinforcing our team with our colleagues from our mobility section with their experience. Going forward, we will provide integrated engineering solutions that also cover the electrification of operations, including vehicle charging logistics, energy storage, conveyor systems, all integrated with the renewable energy generation on site.

In the area of mine water management, both water supply and drainage will require optimization for the usage of renewable energy. For instance, the idea of water storage as energy storage in mine water management is a whole new field, we are currently developing with our water section.

E&M: What are some of the challenges mining companies still face in trying to transition to renewable energy and address Scope 2 emissions?

MS: We work mostly with gold mines and most of them had good business during the last years, since gold prices remain high. So for them, investing in renewables from their own funds is not so much of a concern, at least not in the sizes and dimensions that we’re supporting them currently. Still, some mines are moving, and some are still working on their options. However, when it comes to delivering on the 2030 decarbonization commitments that most mining companies have made, the time to act is running out. It is also relevant to note that electricity is only responsible for one large share of the emissions on a mining site, while operations produce the balance.

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DORNIER phase to account for the shift to decarbonized fleets - i.e. electric or hydrogen-powered mine trucks and equipment?

MS: The electricity consumed by operations is of course an additional load, regardless of whether you generate hydrogen on site or charge electric vehicles’ batteries: both will require green electricity. Due to the efficiency of the electrolysis process, you usually need three to five times more green electricity to produce hydrogen compared to using the electricity in the first place. Batteries have 10 to 15% loss, which is very low compared to the losses that you have when using hydrogen. So going forward, hydrogen may not have too many benefits to outcompete the electric solution day to day.

Aerial picture of the Kinross Tasiast Solar Power Plant in Mauritania

Efficient conversion of mine operations to renewable energy supply requires a reassessment of all processes. At Dornier, we are working within our group on integrating both e-mobility and water management into the renewable energy supply scheme.

Some of these commitments have to convert into physical renewable power generation within the next six years, and mines need to understand that a solar project, from conception to operation, will require at least two to three years. And with the renewables push everywhere, providers like us are very busy, so the work capacity is not idle. To find a competent supplier that has time when you need them, it’s good to plan ahead. I don’t see a bottleneck in terms of technology and equipment, but I do see it around the people that are actually supporting the implementation: engineers, workforce, and contractors doing the job.

E&M: What should miners be thinking about when integrating renewable energy while trying to electrify fleets?

MS: The discussion of hydrogen versus electrification is ongoing, however recently some aspects

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ORGANIZED BY

seem to turn towards electrification.

For example Australia’s three largest miners made an announcement that they decided against hydrogen and are going to electrify trucks instead. I do understand that truck manufacturers are developing and already selling options, but manufacturing is not yet rolled out in full scale.

And when it comes to the different options to electrify mining operations, it may be good to think outside the box. Options are swapping an engine for a battery and figuring out how you charge it most efficiently alongside the truck operations, but also conveyor belts could be a substitute for hauling: it’s easier to electrify than trucks, it doesn’t need a battery, and it can run continuously from renewable electricity. For open pits, the concepts for electric trucks and charging logistics are being developed and there is no common knowledge at this point. I think you can improve further than simply swapping a diesel engine for a battery: there may be a transition in the nature of the fleet itself.

E&M: What do you think needs to be considered during the hybrid design

One should approach decarbonization gradually, assessing what degree of decarbonization is economic, but provides a benefit to the operations or at least keeps operations at an equivalent cost level. I would not say that every renewable investment needs to have an investment-level internal rate of return, but that is usually the way these investments are looked at. And if it’s just break-even at the cost level, that’s not very attractive as an investment. If not, there is a push to decarbonize for not losing the market, as for example could happen with Carbon Border Adjustment Mechanism taxes and the like.

For now, we only implement projects that have such a strong cost benefit that they pay back within four to six years and bring huge savings on fuel cost. When the renewable plant is being amortized, it’s almost free of charge electricity, and the more years you have remaining to continue, the more profitable it will be for operations. And that may help the business case for hydrogen: as seasonal fluctuations occur, you could use some of the excess power you get during abundant periods to produce hydrogen-based fuel, store it, and then use it in seasons when renewables are scarce. However, these economics are still to be determined.

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29

ATACAMA

Renewable Energy and Mining in the High Desert of Chile

B

y the time Jamey Stillings flew over the Atacama Desert’s stark landscape in a small Cessna, gyro-mounted camera in hand, he felt he already knew it intimately. For months, he had poured over satellite imagery to better understand the area’s geography. From the Chilean Coastal Range, which blocks nearly all ocean moisture from the interior, to the expansive Salar de Atacama and soaring volcanos of the Andes, the desert is distinctive. Unlike deserts of the southwestern United States— often veiled by creosote bush, piñon, and juniper—the Atacama reveals its geology with unabashed directness.

No vegetation obscures its naked beauty. Over time, water and wind have shaped this land, and rain, though rare, often suggests itself as its dominant sculptor.

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ORGANIZED BY

Upon this striking geoscape, humankind imposes its will.

Immense open-pit mines account for nearly a third of the world’s copper production, and the brine in lithium mine evaporation ponds will eventually power our cars, computers, and smartphones. Vast solar and wind utility-scale energy projects generate electricity for Chilean industry, commerce, and culture. From an aerial perspective, humankind’s stewardship of this land reveals the unembellished evidence of our demands and desires.

The diverse geography of the Atacama Desert gives it a unique set of attributes, and Stillings was committed to documenting them with his distinct aerial aesthetic.

In 2017 and 2022, he crisscrossed the Atacama Desert of Chile from

Iquique to La Serena, photographing mines, renewable energy projects, and the dramatic landscapes of the region’s rugged and raw beauty.

Historically, electricity generated using imported coal and natural gas was transmitted to mines and population centers throughout the North. Yet, the Atacama has some of Earth’s highest solar and wind energy potentials. Since 2008, through government policy, private investment, and public pressure, Chile’s renewable energy development has become an example for other countries and mining operations worldwide. This trend accelerated as the price of solar and wind projects became competitive with fossil fuels for electricity production. Between 2008 and 2020, non-hydrological

become the name for this evergrowing body of work.

ATACAMA: Renewable Energy and Mining in the High Desert of Chile (Steidl, 2023), Stillings’ new book, was released in July. He is attending the Energy and Mines Toronto Summit to “listen, learn, build collaborative contacts and support for new project work” and sign copies of ATACAMA.

renewable energy capacity in Chile grew by 1900%. Most major mining operations have converted to 100% renewably sourced electricity for both economic and environmental reasons. There is no political downside to lowering the carbon footprint of mining operations.

For Stillings, the growing dynamic between the mining industry and the rapidly developing renewable energy sector is a compelling subject.

In 2010, Stillings initiated his aerial photography project focused on renewable energy, which spanned four years and involved nineteen flights to document the construction

of the 392MW Ivanpah Solar concentrated solar plant in the Mojave Desert of the United States.

The New York Times Magazine was the first to publish an extended photo essay in June 2012. The work became a museum exhibition and an award-winning book, The Evolution of Ivanpah Solar, published by renowned German photobook publisher Steidl in 2015. Over time, his work has grown to cover a wide range of solar and wind projects throughout the American West, Japan, Uruguay, and Chile. Changing Perspectives: Renewable Energy and the Shifting Human Landscape has

Stillings’ vision is to build and expand Changing Perspectives internationally over the coming decade. His keen interest in the nexus between mining and renewable energy continues, and he has his sights set on a new extensive project, Changing Perspectives: Renewable Energy in Australia.

ATACAMA Renewable Energy and Mining in the High Desert of Chile Photography by Jamey Stillings

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Day 1: November 28, 2023 8:00-8:55

Coffee & Registration

8:55-9:00

Welcome Adrienne Baker, Director, Energy and Mines

9:00-9:20

Keynote: Building the Net Zero Mine of the Future Simon Thomas, President, Potash, BHP

9:20-10:10 Session Leader:

Keynote Panel: Net Zero Mining Challenges and Opportunities Now that many miners have set targets for net zero mining, the challenge is trying to define the pathways to realize these targets while maintaining growth and production. This opening keynote will bring together mining leaders to discuss the challenges, strategies and opportunities for managing the complex transition to net zero mining.

• How are mining leaders addressing the challenges of transitioning to net zero mining, such as high capital costs and complex supply chains?

• How can mines balance the need to reduce emissions with the demand for minerals and other resources?

• How are miners evaluating the up front cost benefit of carbon avoidance for new operations vs. acting later to decarbonize?

• What key technologies and innovations are mines deploying to reduce emissions and improve sustainability in mining operations?

• What role could government policies play to better support the transition to net zero mining?

• How are mining companies engaging with local communities, investors and other stakeholders to ensure that the transition to net zero mining is sustainable and equitable?

• What are the biggest financial risks and opportunities associated with the transition to net zero mining, and how are miners managing these risks and leveraging these opportunities?

Chair: Michael Pickersgill, Partner, Torys Renaud Adams, President and Chief Executive Officer, IAMGOLD Sepanta Dorri, Vice President Decarbonization, Teck Resources Rob McEwen, Chairman and Chief Owner, McEwen Mining Brent Bergeron, Senior Vice President, Corporate Affairs and Sustainability, Pan American Silver

10:10-10:40

NETWORKING BREAK

10:40-11:00

Keynote: Unlocking Carbon Capture, Critical Minerals, and Net Zero Mining Opportunities Ryan Peay, Deputy Assistant Secretary for the Office of Resource Sustainability, US Department of Energy

11:00-11:20

Decarbonizing Mining Operations in Extreme Climates • Lessons learned from operating solar at Otjikoto Mine and Fekola Mine in Africa • Exploring renewable energy options in Canada’s arctic for the Back River Gold District • Next steps for implementing changes to energy and fuel sources in line with 2030 targets Ken Jones, Director of Sustainability, B2Gold Corp.

11:20-12:10 Session Leader:

Session 2: Fleet Decarbonization Strategies and Next Steps for Mining OEMs This panel will provide updates from leading OEMs and mining experts on the various strategies for decarbonizing mining fleets, including electrification, hydrogen fuel cells, and alternative fuels. Panelists will discuss their experiences with these technologies, including the benefits and challenges of implementing them, as well as any limitations. Additionally, the panel will discuss best practices for fleet electrification, such as charging infrastructure, battery life, and cost considerations.

• What are the biggest challenges OEMs and mining companies are facing when it comes to decarbonizing their fleets, and how are they working to address these challenges?

• How are different suppliers and miners prioritizing which technologies to invest in for decarbonizing mining fleets?

• How are OEMs working with mining companies to ensure that new solutions are meeting their needs for performance and productivity, while also meeting their emissions reduction targets?

• What are the latest updates with collaborations with key industry stakeholders, such as charging infrastructure providers, to ensure that miners have access to the resources they need for fleet electrification?

• How are OEMs addressing the issue of equipment compatibility, given that many mining companies operate with fleets made up of equipment from different OEMs?

33

AGENDA Day 1: November 28, 2023 •

What solutions are being proposed to address concerns around the upfront costs of lowemissions equipment, and what financing options are available to mining companies?

Chair: Kevin Bromfield, Senior Project Manager and Director, Project Delivery–Mining, Stantec Peter Wan, Manager, Fleet Decarbonization, Teck Resources Denise Johnson, Group President, Caterpillar Michael Lewis, Technical Director, Technology, Komatsu Tom Juric, Divisional Director, Liebherr-Canada Tyler Andrews, Key Account Director, First Mode 12:10-12:20

Advancing Environmental Goals with the Internet of Things Amri Tarsis, Sales Director, Cisco

12:20-1:20

NETWORKING LUNCH

Sponsored by: 1:20-3:10

Session 3: Roadmap Ingredients for a Net Zero Mine How are miners defining their roadmaps for net zero including defining priorities, technologies, and financing along increasingly tight timelines for 2030 and 2050. This session will feature insight from mining leaders on the complex process of determining decarbonization plans for global operations and the key challenges they’re facing at this stage of the net zero transition.

1:20-1:40

Case Study: Achieving Zero-Emissions Mining • Developing battery-electric autonomous mining fleets at Newmont through strategic alliance with Caterpillar • Synchronizing the fleet transition with energy management plans across operations • Recognizing challenges in the transition to net zero emissions by 2050 Elaina Ware, Group Head, Operations Excellence, Newmont

1:40-2:00

Q&A Interview: Setting a Clear and Credible Emissions Pathway • Key considerations for arriving at meaningful, achievable and proportionate carbon targets • Addressing the dual challenge of setting a responsible pathway for 2030 while growing • Next steps for current decarbonization plans including solar, battery electric vehicles Host: Flyn McCarthy, Principal, SysEne Consulting Angie Robson, Senior Vice President of Human Resources, ESG and Communications,Torex Gold

2:00-2:20

Case Study: Implementing Strategies to Achieve GHG Reduction Targets • Implementing an all-electric autonomous mining system to achieve zero-emissions mining • Building new models for surface and underground mining to realize emissions targets • Navigating the decarbonization transition: financing, change management, skills sets etc.

Jason Bowsher, Manager, Life-Cycle & Decarbonization – Sustainable Mining, Freeport-McMoRan

2:20-3:10 Session Leader:

Panel: What Goes into a Roadmap for a Net Zero Mine?

This panel will provide insight on how major and mid-tier mines are defining plans for decarbonization and what is needed to get to the next stage of climate goals in line with 2030 and 2050 targets.

• What factors are being considered in developing the net zero mining roadmap, and how are they being prioritized?

• What specific targets have been set for emissions reductions, and which technologies and solutions will help realize these goals?

• What role are key stakeholders playing in developing the roadmap to net zero emissions?

• What metrics and tools are being used to measure and report on progress towards net zero goals?

• What opportunities are evolving for collaboration with other mining companies, as well as with other industries, to accelerate the transition to net zero mining?

• How can miners adapt their net zero mining roadmaps as new technologies and practices emerge, and as the regulatory landscape evolves?

Chair: Mohammed Ali, Vice President, Sustainability and Regulatory Affairs, Agnico Eagle Elaina Ware, Group Head, Operations Excellence, Newmont Manoli Yannaghas, Managing Director, VoltVision Sean Kautzman, Principal Consultant (Mining Engineer), SRK Consulting David Clarry, Vice President of Corporate Social Responsibility, Hudbay Minerals

3:10-3:40

NETWORKING BREAK

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ORGANIZED BY

Day 1: November 28, 2023 3:40-5:10

Session 4: Optimizing Renewable Energy for Mines to Achieve Climate Goals Renewable energy is playing a crucial role in the decarbonization of mining operations with miners adopting and assessing a combination of wind, solar, and storage technologies to drive down scope 2 emissions and save on electricity costs. Now that renewable energy is accepted as a critical component of net zero mining, how can mines get to the next level of carbon and energy savings with these technologies? This session will feature best practices and world-leading case studies of renewable energy projects in mining, including the selection of technology and partners, project financing, and scalability.

3:40-4:00

Case Study: Owning & Operating the Energy Transition • Nevada Gold Mine’s energy transition strategy • Update on Nevada Gold Mines’ 200 MW solar facility project and key learnings • Considerations for building a renewable energy portfolio Kevin Sessions, Head of Energy & Capital Projects, Nevada Gold Mines

4:00-4:20

Empowering Energy Decarbonization: Enabling Daytime Shutdown of Heavy Fuel Oil (HFO) at an Off-Grid Mine • What are the essential steps required to facilitate the shutdown of HFO engines during daylight hours for an off-grid mining operation?

• Thinking big: Innovative strategies to drive energy decarbonization for remote operations • Preliminary steps for additional cutting-edge renewable energy projects for miners Lukas Haack, Head of Engineering and Renewable Energy Expert, Dornier Suntrace

4:20-5:10 Session Leader:

Panel: Powering Towards Net Zero: The Role of Renewable Energy in Mining The panel will discuss the challenges and opportunities associated with the integration of renewable energy into mining operations as part of decarbonization goals. Panelists will share their experiences in evaluating and transitioning to renewable energy, as well as their perspectives on the financial, regulatory, and policy considerations involved.

• What are the key benefits of integrating renewable energy into mining operations, and how are mining companies achieving their decarbonization goals through renewable energy projects?

• What do miners see as the best combination of technologies for delivering carbon-free, baseload power?

• What are the biggest challenges mining companies still face in trying to transition to renewable energy?

• Are operational experiences with renewable energy informing future mine design for your organizations - and how?

• The energy shift and fleet electrification: how are miners integrating energy and mobility decarbonization?

• What regulatory and policy changes would make it easier for mining companies to transition to renewable energy?

• How do miners view the different contract models for renewable energy and storage - owner operator vs. power purchase agreement (PPA)?

Chair: Megan Lord-Hoyle, Vice President, Sustainable Development, Baffinland Martin Schlecht, Director Engineering & Projects (COO), Dornier Suntrace Nick Dunn, North America Mining Sector Manager, Aggreko Buddy Crill, Energy Consultant, Eldorado Gold Adam Grzegorczyk, Manager, Sustainability, Agnico Eagle

5:10-6:40

Networking Party The Energy and Mines Party is a relaxed and informal social event that concludes the first day in a cool and classy manner. The party is for all attendees and lasts 90 minutes.

BOOK SIGNING

Photographer Jamey Stillings will be signing copies of his new book ATACAMA: Renewable Energy and Mining in the High Desert of Chile

35

AGENDA

Day 2: November 29, 2023 Decarbonization Strategies Stream 8:00-8:50 Breakfast Briefing Leader:

Breakfast Briefing: Falling Short of 2030 Goals: Key Risks Facing Miners With decarbonization solutions still being evaluated and, in some cases, under development, as well as growing concerns around technology availability, skill sets and financing, shortfalling on 2030 carbon emissions goals is a real possibility for miners. This interactive breakfast will explore the biggest risks mines are facing in meeting interim carbon targets and how to build flexibility and resilience into decarbonization plans.

• As 2030 plans move into action, what are the biggest risks miners are facing that could result in missing interim carbon emissions goals?

• How are mining companies addressing the issue of technology uncertainty and availability?

• What’s involved in a multiple pathways approach to 2030 goals, and when is it necessary to commit to a specific pathway?

• How are mining companies integrating the decarbonization projects into their sustaining capital budgets?

• What are evolving best practices for de-risking investment in decarbonization initiatives including evaluating different finance models for renewable energy (PPAs vs. on balance sheet?

• How can miners build flexibility into decarbonization strategies to growing carbon footprints and operational realities?

Chair: Keith Russell, Director, North America, Partners in Performance Rory Heffel, Manager, Financial Planning, Decarbonization, Teck Resources Tom Krumins, Low Carbon Specialist, Vale Base Metals Ken Jones, Director of Sustainability, B2Gold Corp.

David Rae, President and Chief Executive Officer, Dundee Precious Metals

8:50-9:05

NETWORKING BREAK

9:05-9:10

Decarbonization Strategies Stream: Chair’s Remarks Flyn McCarthy, Principal, SysEne Consulting

9:10-9:30

Impala Platinum‘s Journey to Decarbonize Mines in Southern Africa • Impala Platinum’s energy and decarbonization strategy; renewable energy roadmap and direct emissions strategy - from coal to low-carbon energy sources Toby Hofton, Senior Vice President of Sustainability, Impala Canada

9:30-10:20 Session Leader:

Panel: Rethinking Mine Design for A Zero-Carbon Future Why are mines still being designed to operate the same way when the transition to decarbonizing operations is well underway? What are some of the challenges miners face when trying to integrate a low-carbon strategy into project development and prepare for a zero-carbon future? This interactive discussion will bring together senior mining and engineering experts to discuss what it means to design for a zero-carbon mine and explore opportunities for carbon reduction across a mine’s full lifecycle.

• How is mining changing and what are the strategic drivers for considering a brand new way of designing mines to prepare for a net-zero future?

• How does the approach of designing a mine for a net zero differ from current best practices in mine decarbonization?

• What are the main technical, cultural and financial impediments to this approach to mine design and operation and how does this approach differ for open pit vs. underground?

• How can mines address the challenge of designing for net zero when not all technologies are commercial ready - and what is needed to accelerate the development of these solutions?

• What new models of project valuation, asset ownership and development could work to support the transition to low-carbon mines?

• What is needed to move this approach from the conceptual phase?

Chair: Gordana Slepcev, COO, Lomiko Metals Stéphane Charest, Vice-President,Decarbonization, Energy and Chemical Markets, BBA Corinne Boone, Director, Los Andes Copper Philippe Pourreaux, Partner, Value Creation, Deals, PWC Nancy Guay, Vice President of Technology, Optimization & Innovation, Agnico Eagle

10:20-10:50

NETWORKING BREAK

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ORGANIZED BY

Day 2: November 29, 2023 10:50-11:40

Displacing Diesel from Fleets: Miners’ Perspectives Hydrogen vs. battery fleets: how are miners viewing the options for fleet decarbonization at this stage of the low carbon transition? This session will provide perspectives from mining experts on how they are evaluating the different technology options for zero-emissions fleets.

• What are the main benefits as well as the tradeoffs and risks associated with different technology options for fleet decarbonization?

• How do hydrogen and battery fleets compare in terms of the impacts on mine plans, operations and necessary skill sets?

• How are miners choosing which fleet decarbonization options are best suited for a site including different approaches for greenfield vs. brownfield; underground vs. surface?

• What lessons have been learned to date from technology trials and what are the next steps for evaluating pathways to zero-emissions?

• What are the financial challenges and considerations of different technology options - and what are some of the strategies that mitigate risk?

Chair: Ash Agarwal, CEO, Symboticware Daniel Parker, Manager Strategy, Decarbonization,Teck Resources Jason Bowsher, Manager, Life-Cycle & Decarbonization – Sustainable Mining, Freeport-McMoRan Maxwell Appiah, Manager, GHG Program, Projects & Energy, Nevada Gold Mines Toby Hofton, Senior Vice President of Sustainability, Impala Canada

11:40-12:30

Mining Decarbonization Solutions to Watch This panel will provide insight from mining decarbonization and technology experts on current technologies being evaluated to meet net zero goals and the opportunities and challenges of implementing these solutions.

• What are the biggest technology gaps in developing the roadmap to zero-emissions mines?

• Which technologies are expected to play a role in driving down hard-to-abate emissions and realizing net zero targets?

• What are the main challenges in trying to evaluate and test these solutions?

• What is needed to push these solutions forward and develop decarbonization pathways?

• What types of innovative partnership and funding models are available to test these technologies?

• What are the next steps for deploying these technologies?

Chair: Julie Paquet, Vice President of Communications and ESG Strategy, Nouveau Monde Graphite Matthew McCulloch, Director of ESG and Decarbonization, Norda Stelo Solutions Don Tu, Process Engineer, Climate Change Practice, Hatch Sunil Kumar, Principal, ENSKY Consulting Patrick Evans, CEO, Mayfair Gold Arnim Schon, Global Head of Sales, Cambridge Energy Partners

12:30-1:30

NETWORKING LUNCH

1:30-1:50

What are the Biggest Challenges for Realizing Mining’s 2030 Climate Goals?

• What are the key “2030” hurdles for major and mid-tier miners and what’s at stake if milestones aren’t met?

• Key risks, technology options and evolving strategies for meeting Scope 1, 2 and 3 • Integrating net zero power infrastructure goals with fleet decarbonization technology options and evaluating interim solutions Anthony Knutson, Emissions Research Lead, Metals and Mining, Wood Mackenzie

1:50-3:00

The Energy Transition and Mine Electrification The transition to an all-electric mine is a complicated shift with critical questions around charging infrastructure, interoperability, integration, and technologies that will enable an all-electrified mine.

How can miners cost-effectively ramp up electrification initiatives to reach climate targets? This session will explore the challenges and opportunities of transiting to all-electric mining with insight from miners and electrification experts.

1:50-2:10

Case Study: Net Zero by 2030: Managing the Energy and Mobility Transition • Peru-based Poderosa has set the target of net zero by 2030 and is developing an energy transition and fleet electrification plan to realize this goal • Details on current storage and upcoming renewable energy projects to gradually reduce diesel reliance for this remote gold mine • Key considerations for integrating renewable energy targets with the fleet electrification transition Jose Estela, Manager of Energy Projects, Poderosa

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AGENDA Day 2: November 29, 2023 2:10-3:00

Panel: The Energy Transition and Mine Electrification This session will explore the complicated shift to mine electrification and its impact on mining’s energy infrastructure and demand for clean power.

• The energy transition and fleet electrification: how can mines integrate energy and mobility decarbonization plans and ensure enough clean energy to electrify?

• What are the key obstacles mining companies encounter in terms of charging infrastructure and ensuring interoperability, and what progress has been made to try to address these issues?

• Integrating infrastructure requirements of electric mines: renewable energy, storage, electric lines etc.

• What are the inputs that can help mines determine electrical loads and sizing for renewable energy and storage systems to move to electrified sites?

• What is the best strategy for combining automation with electrification and renewable energy integration?

• What are some of the innovative approaches to electrification being considered - i.e. hive mining?

Chair: Diana Alvarez, ESG & Sustainability Specialist, Impala Canada Tom Juric, Divisional Director, Liebherr-Canada Maarten Van Koppen, Vice President of Product Management, MacLean Engineering Serge Tousignant, Lead Engineer Strategic Planning, KGHM Raj DasGupta, CEO, Electrovaya

3:00-3:05

Chair’s Closing Remarks

3:35-4:30

Wrap-up Drinks

Sponsored by:

Critical Minerals Stream 8:00-8:05

Critical Minerals Stream: Chair’s Remarks Adrienne Baker, Director, Energy and Mines

8:05-8:15

Advancing the Canadian Critical Minerals Strategy • Under the Canadian Critical Minerals Strategy, Canada is investing nearly $4 billion to increase the supply of responsibly sourced critical minerals and support the development of domestic and global value chains Andrew Ghattas, Director of the Critical Minerals Centre of Excellence, Natural Resources Canada

8:15-8:55

Canadian Critical Minerals Strategy: Priorities, Funding Opportunities, and Next Steps • What types of federal support measures are offered?

• What makes a project compelling vs a more run-of-the-mill project?

• Next steps: Where are these programs headed in terms of addressing gaps along the critical minerals value chain?

Chair: Andrew Ghattas, Director of the Critical Minerals Centre of Excellence, Natural Resources Canada Minh-Tuong Dao, Director, Investments, Canada Infrastructure Bank (CIB) Al Hamdani, Executive Vice President and Chief Business Officer, Canada Development Investment Corporation (CDEV) Jean-Francois Courtois, Director, Strategic Innovation Fund, Innovation, Science and Economic Development Canada (ISED)

8:55-9:10

NETWORKING BREAK

9:10-9:30

Keynote: Meeting the Demand for Carbon Neutral Minerals Leon Binedell, President and CEO, Sherritt International

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ORGANIZED BY

Day 2: November 29, 2023 9:30-10:20 Session Leader:

Panel: Decarbonization Strategies for Critical Minerals Miners Critical minerals miners are facing the dual challenge of trying to begin, or ramp up, production quickly to support the global energy transition and development of EV battery supply chains while simultaneously reducing their carbon footprints.This session will explore the particular decarbonization challenges critical minerals miners are facing and the strategies they’re developing to respond to increased demand for low-carbon raw materials.

• What particular decarbonization hurdles are critical minerals miners facing as demand for these commodities accelerates?

• What strategies are critical minerals miners developing to balance customer demand for strong climate and ESG standards while trying to fast-track development and production?

• What would assist miners to get these projects up and running faster and/or to help expand current operations while meeting decarbonization goals - i.e. financing, tax credits, permitting, consultation guidance, decarbonization and technological innovation etc.?

• How are investors and customers viewing the carbon footprint vs business growth challenge that critical miners are facing?

• What impact are Canada’s Critical Minerals Strategy and the US Inflation Reduction Act having on project development, financing and decarbonization goals?

• How are carbon footprint goals being integrated into asset and investment planning?

Chair: Kim Swanzey, Partner, Sustainability & ESG, KPMG Belinda Labatte, Chief Executive Officer and Director, Lomiko Metals Leon Binedell, President and CEO, Sherritt International Alexis Segal, Head of Government Relations, Corporate Affairs and Communications, Glencore Canada David Ewing, Vice President, Sustainability & External Affairs, Frontier Lithium

10:20-10:50

NETWORKING BREAK

10:50-1:10

Product Footprinting and the Value of Low-Carbon Critical Minerals While still in its early stages, product footprinting is becoming increasingly important for critical minerals miners looking to meet growing customer demand for sustainably-sourced, low-carbon materials. How are miners approaching product footprinting and what are the key considerations for customers and miners in committing to a low-carbon critical minerals supply chain? This session will explore different approaches and challenges for mapping the carbon intensity of critical minerals and how customer demands are evolving.

10:50-11:10

Low-Carbon Zinc Footprinting • Inputs for understanding the product footprint and determining its low-carbon intensity • Where can this generate value for critical minerals and metals suppliers?

• How does product footprinting tie into broader decarbonization planning?

Chris Adachi, Director, Climate Change, Teck Resources

11:10-11:30

Low-Carbon Nickel Footprinting • Product footprinting class 1 nickel: benchmarking and understanding customer expectations • What are the key challenges of committing to a low-carbon critical minerals supply network?

• What are the nuances of delivering low-carbon base metals vs. meeting broader 2030 goals?

Alex Mulloy, Low Carbon Specialist, Vale Base Metals Tom Krumins, Low Carbon Specialist, Vale Base Metals

11:30-12:20

Panel: Understanding the Value of a Low-Carbon Critical Minerals The energy and materials transition is changing the dynamics for marketing commodities with green credentials playing an important role in attracting customers and satisfying stakeholders.

This panel will explore growing customer demand for green commodities and the challenges and benefits of delivering low-carbon critical minerals.

• Net-zero vs. low carbon critical minerals: what are end users/customers looking for and why?

• How are automakers and battery manufacturers sourcing low-carbon inputs across their supply chains and how are miners responding?

• What is the outlook for demand for low-carbon critical minerals and how are miners positioning themselves as “green commodity suppliers”?

• How will carbon footprinting translate into commercial value for mining companies and shape decarbonization planning?

• What is the role of offsets in realizing mining and customer ambitions for decarbonized products and raw materials?

• What are the next steps for miners and customers in developing low-carbon supply chains and product footprint frameworks?

Chair: Sophie Chung, Executive Director - Strategy & Development, Skarn Associates

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AGENDA Day 2: November 29, 2023 Chris Adachi, Director, Climate Change, Teck Resources Sanjiv Malhotra, CEO, Sparkz Alex Mulloy, Low Carbon Specialist, Vale Base Metals Aurian de La Noue, Director - Consulting, Energy Transition, S&P Global Commodity Insights 12:20-12:35

Accelerating Canada’s Critical Material Supply Chains Ian London, Executive Director, Canadian Critical Materials and Minerals Alliance

12:35-1:30

NETWORKING LUNCH

1:30-2:20 Session Leader:

Building Consensus and Partnerships with Indigenous Communities Building consensus and partnership opportunities with Indigenous communities is essential to the success of critical materials supply chains. This session will provide insight from First Nations leaders, advisors and miners on what constitutes effective consultation, partnerships, and collaboration on critical minerals development.

• What concerns do First Nations communities have about the push to speed up mining permits and boost exploration for critical minerals and what challenges are they facing when engaging with mining companies on critical minerals development?

• What do First Nations need in terms of capacity and resources to deal with the pressures of a fast-growing battery supply industry?

• How can critical minerals development contribute to economic development in First Nations communities, and what are some of the key considerations that need to be taken into account?

• How do First Nations de-risk their investments and participation in these projects?

• What steps can mining companies take to ensure that their activities align with the values and priorities of Indigenous communities, and how can they demonstrate their commitment to these partnerships?

• How can provincial governments improve their approach to consultation and consent for critical minerals development in First Nations territories?

• What are some of the successful examples of critical minerals development partnerships between mining companies and Indigenous communities and how were they achieved?

Chair: Valerie Helbronner, Partner, Torys Kristan Straub, CEO Canada, Wyloo Chief Bruce Achneepineskum, Marten Falls First Nation Mark Bell, Implementation Coordinator, Aroland First Nation John Glover, CEO, Minodahmun Development LP

2:20-2:40

Case Study: Pathways to Net Zero Metals • Exploring key different technologies to establish the Crawford mine as a zero-carbon footprint including: • Natural mineral carbonation for waste rock and tailings • Displacing diesel with electric rope shovels and trolley trucks • Exploring different options to realize net zero concentrate processing Mark Selby, CEO & Director, Canada Nickel

2:40-3:30

Panel: Realizing a Sustainable North American Battery Metals Supply Chain Will North America become a leader in critical minerals mining and build a value chain to support global demand for clean energy technologies and electric vehicles? This is the key question miners, processors, manufacturers and end customers are asking following the Canadian and US Government’s incentives to support the development of domestic critical minerals value chains.

This panel will offer insight on the opportunities and challenges for realizing this ambition.

• What are the biggest gaps in North America’s battery metals supply chain and how are current government policies including the IRA and Critical Minerals Strategy addressing these gaps?

• What are the main obstacles companies along the battery metals value chain face, and what are the potential solutions being considered?

• How are government policies being utilized to incentivize industry growth and promote sustainable practices throughout the battery metals value chain, and what additional measures could be implemented to further these goals?

• To address the EV and battery industries’ demands for carbon-neutral materials and supply chains, what actions are companies along the battery metals value chain taking to meet climate and ESG targets?

• What types of infrastructure investments are needed to secure value chains from mines to manufacturing; what needs to be done and what is the best way to get there?

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ORGANIZED BY

Day 2: November 29, 2023 •

How are industry players collaborating to develop a comprehensive and sustainable end-toend battery metals value chain, and what additional steps could be taken to further this goal?

Chair: Camellia Moors, Energy Transition Metals Reporter and Energy Evolution Podcast Correspondent, S&P Global Commodity Insights Zeeshan Syed, President, Avalon Advanced Materials Jayson Tymko, President and CEO, Sinova Global Brent Nykoliation, Executive Vice President, NextSource Materials Mark Selby, CEO & Director, Canada Nickel 3:30-3:35

Wrap-up Drinks Welcome Stephan Tapp, Mine & Ventilation Manager, G+ Plastics

3:35-4:30

Wrap-Up Drinks

Sponsored by:

Optimize Whether you’re improving energy efficiency or optimizing water use, we’re here to support your journey to Net Zero Mining. stantec.com/net-zero-mining

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ISSUE 51, OCTOBER 2023

Energy and Mines Magazine is published digitally 10 times a year. It was launched in October 2018 to help benchmark excellence in renewables for mines, provide an additional touch point for our sponsors, and to help us promote alternative energy and decarbonisation for mines beyond our conferences.

ART MEETS MINING IN THE HIGH CHILE DESERT ISSUE 46, SEPTEMBER 2022

MAGAZINE

The 51 issues of the magazine to date have attracted 29K reads. The Magazine attracts approximately 600 reads per issue with an average read time of 9 minutes. The content includes reports, opinion pieces, feature interviews, event write-ups and commissioned articles.

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ISSUE 47

TORONTO SUMMIT PREVIEW: Interviews on Renewables and ESG with Dornier Suntrace, Rio Tinto, Sandvik, North Peak Resources, and more

CARBON IN MINING:

READ ON

PRICING, OFFSETS, STRATEGY

1

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ORGANIZED BY

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