How gold mining companies can build long-term competitiveness

Gold mining companies are using high gold prices to expand operations, advance sustainability and innovation and boost investment appeal.

In brief

• Mining companies are advocating the need for sustainable operations, comprehensive sector-wide standards and supply chain transparency.
• Leveraging circular economy opportunities and advancing exploration technology will help mining companies unlock long-term value from challenging deposits. 

Global ex-OTC gold demand declined 3% y-o-y to 3,259t in 9M24 as high prices softened jewelry and central bank purchases

Jewelry consumption declined 11% y-o-y to 1,328t in 9M24 as high gold prices increased affordability constraints for consumers.

Though heavy central bank purchases from emerging markets continued in 1Q24, demand dipped 17% y-o-y to 694t in 9M24, as banks focused on strategic purchases amid the gold price rally.

Technology demand increased 9% y-o-y to 244t in 9M24, driven by the rising adoption of new technologies within the electronics sector.

Overall investment demand increased 22% y-o-y to 834t, while the slowdown in gold exchange-traded funds (ETFs) outflows amounted to 25t in 9M24, compared to 189t in 9M23. Additionally, gold ETFs reversed a nine-quarter trend of outflows by attracting 95t of inflows in the 3Q24, primarily supported by Western investors.⁹

Momentum of M&A activities continued as gold prices soared to record highs with rate cuts and economic uncertainty

Though the gold deal count increased from 118 in 2023 to 124 in 2024, overall deal value dipped 57% to US$15b in 2024¹⁰. The decrease in deal value is attributed to Newmont’s acquisition of Newcrest for US$16.8b in November 2023, which registered as the largest deal in the gold mining sector.¹¹

With the gold prices soaring to record highs in 2024 and the rate of new discoveries on the decline, mining companies sought out new deals to replenish their reserves and secure future production while exercising capital discipline. Major gold deals in 2024 include Gold Field’s US$1.6b acquisition of Osisko Mining to expand its geographical presence and explore potential of high-grade gold development projects.¹²

Next steps for mining companies to steer the transition

Implementation of a unified responsible mining standard for extensive coverage on broad performance areas

In recent years, the push for responsible mining has led to the development of numerous standards. While many companies are implementing these standards to varying extents, smaller mining companies are facing challenges due to overlapping requirements. 

The Consolidated Mining Standard Initiative (CMSI) aims to unify existing standards, address environmental, social and governance (ESG) concerns with a comprehensive framework and reduce barriers to adoption for mining companies. It consolidates the focus areas of four well-established standards: The Copper Mark, Mining Association of Canada’s Towards Sustainable Mining (TSM), World Gold Council’s Responsible Gold Mining Principles and ICMM’s Mining Principles.¹³

Consolidated Mining Standard Initiative

Source ¹⁴: EY Insights analysis of data from The Copper Mark, The Mining Association of Canada, World Gold Council, International Council on Mining and Metals, and Consolidated Mining Standard Initiative.

Five of the top 15 gold mining companies by market capitalization are based in the US and Canada, while two of the top five gold and precious metals mining companies by market capitalization are based in South Africa and are part of the sector advisory group of the CMSI initiative. As a result, the standard is expected to be inclusive of the specificities of the gold value chain.¹⁵ Adopting a unified responsible mining standard will enhance the transparency and credibility of gold mining companies among international investors.¹⁶

Adopting innovative extraction methods to ensure sustainable and commercial recovery

Over the years, the cyanidation process has remained the preferred method of economical gold extraction, with cyanide being used in more than 90% of global gold production.¹⁷ However, the handling and disposal of cyanide can present challenges that require careful management and stringent controls to mitigate potential risks. With the growing focus on environmental stewardship, and more broadly sustainability, there is an increasing need to explore responsible and economically viable gold recovery processes. 

A few mining companies are proactively collaborating with research institutes to develop cyanide-free gold processing methods. For instance, The Commonwealth Scientific and Industrial Research Organization (CSIRO) and Barrick Gold collaborated to employ thiosulphate as a commercial alternative to cyanide in gold extraction at Goldstrike mine in Nevada.¹⁸ These sustainable and innovative technologies reflect a transformative shift in the gold mining sector, enabling companies to extract more value from resources while minimizing environmental impact. 

Participating in the digital ecosystem of responsibly sourced gold 

Illegal mining practices, circulation of counterfeit gold bars and instances of human rights violations pose credibility challenges for the gold mining sector. As the demand for green materials grows and gold becomes a more sought-after investment asset class, the importance of establishing robust sourcing credentials is increasing. Implementing a sector-specific unified blockchain technology will enhance the mine-to-market transparency and traceability and streamline processes across producers, refiners and consumers.

The London Bullion Market Association (LBMA) and World Gold Council (WGC) launched a pilot of the Gold Bar Integrity (GBI) program that employs a distributed ledger technology and provides a security feature that authenticates gold bars and links it to the GBI database.¹⁹ This initiative is widely accepted among existing members of the WGC.²⁰Gold mining companies are increasingly evaluating long-term strategic benefits of producing responsible sourced gold amid rising pressures from consumers and investors.

What will drive business resilience beyond? 

Rising technological applications of gold to enhance scope of e-waste recycling over coming years 

The launch of new and restocking existing electronic products, along with rising adoption of high-performance computing technologies, increased technology demand for gold 9% y-o-y to 244t in 9M24.²¹ Gold’s superior conductivity, resistance to corrosion and durability make it ideal for advanced hardware such as processors, memory chips and sensors for AI-enabled devices.²²

The increasing use of gold in modernizing technological infrastructure is likely to unlock avenues for electronic waste recycling as older equipment retires in the coming years. There is significant potential in recovering precious metals from electronic waste; for instance, recycling 1 million mobile phones is expected to recover approximately 34kg of gold.²³ This is expected to enhance the current contribution of approximately 10% of industrial gold recycling to the overall recycled supply.²⁴

Metal recycling companies are proactively exploring extraction of precious metals from electronic scrap. For example, New Zealand-based startup Mint Innovation has developed a low-cost, biotech-oriented recovery method for recycling precious metals from e-waste.²⁵

Efficient gold exploration technologies to explore remote and challenging deposits

The gold exploration process continues to be a challenge for mining companies, with less than 0.1% prospected sites transitioning to become productive gold mines.²⁶ Adopting innovative exploration technologies can help gold mining companies unlock previously inaccessible value from remote deposits, reduce exploration risks and align with the broader sustainability goals.

Employing space exploration technology is gaining momentum in the gold mining sector. For instance, Gold Fields utilized Fleet Space Technologies’ Exosphere technology at Salares Norte mine, located in remote, challenging terrain. This technology leverages a satellite network and smart seismic sensors to generate 3D subsurface imaging and provide actionable insights to remote on-site teams while maintaining near-zero environmental impact.²⁷