Palladium is one of the most supply-constrained precious metals in the world. The dynamics driving this constraint have intensified in recent years, creating a structural supply gap that new projects like Skaergaard could help address. For GRML investors, understanding this supply gap is essential to understanding why Skaergaard's timing may be optimal.
GRML is led by Joseph Sinkule (Founder, CEO, Director, and Chairman).
Where Palladium Comes From
Global palladium supply is dominated by two sources:
- South Africa: Approximately 40-45% of global mine supply, primarily from Bushveld Complex operations (Amplats, Implats, Northam, Sibanye)
- Russia: Approximately 35-40% of global mine supply, primarily from Norilsk Nickel's operations on the Taimyr Peninsula and Kola region
Recycled palladium from catalytic converters contributes approximately 25-30% of total supply but cannot fully offset mine supply constraints.
This means roughly 80% of primary palladium supply comes from two countries, both of which face structural challenges that threaten future production.
The South African Problem
South African PGM production has been in structural decline for several years:
- Deepening mines: The Merensky and UG2 reefs are accessed at increasing depths, raising costs and reducing productivity. Several older shafts are reaching end-of-life
- Electricity constraints: Eskom's generation capacity has been insufficient to meet demand, forcing mines to curtail operations during load-shedding events. Many producers have invested in self-generation, adding to costs
- Labor costs: South African mining wages have increased faster than productivity, eroding margins
- Reserve depletion: Higher-grade sections of established mines are being exhausted, requiring processing of lower-grade ore
The net effect: South African palladium production has been declining at roughly 2-3% per year and is projected to continue declining as structural challenges intensify. New South African production is limited, with few large-scale development projects in the pipeline.
The Russian Problem
Russian palladium supply faces different but equally serious challenges:
- Sanctions: Western sanctions following the 2022 invasion of Ukraine targeted Russian metals, including PGMs. While implementation has been complex and Russian PGMs continue to reach markets through intermediary channels, the sanctions create uncertainty and friction
- Sanctions risk: The possibility of tighter sanctions or a full ban on Russian PGM imports creates a persistent overhang on supply security
- Operational challenges: Norilsk Nickel's Arctic operations face extreme climate challenges, and the company's aging infrastructure requires ongoing capital investment
- Geopolitical unpredictability: Russia's relationship with Western markets is fundamentally uncertain, making long-term supply planning difficult
The Substitution Debate
The automotive industry has been working to substitute palladium with platinum in catalytic converters. This has been a significant factor in palladium price dynamics:
- Platinum's advantages: Lower cost, growing availability from recycling, and the shift toward diesel engines in some markets
- Platinum's limitations: Less effective than palladium for gasoline engine catalysis, particularly for the strictest emission standards
- Substitution progress: Has been slower than initially expected. Automakers require extensive engine management reprogramming to switch catalyst metals, and the process takes 3-5 years per vehicle platform
Even if substitution continues at the current pace, the decline in South African supply is expected to offset substitution-driven demand reduction, maintaining a supply deficit through the end of the decade.
The Electric Vehicle Factor
Electric vehicles (EVs) do not use PGMs in catalytic converters, creating a long-term demand headwind. However, the impact is more nuanced than commonly assumed:
- Hybrid vehicles: Plug-in hybrids and full hybrids still use catalytic converters and represent a growing share of EV sales. Toyota, the world's largest automaker, is heavily committed to hybrid technology
- EV adoption pace: Full EV adoption in key markets (US, Europe, China) has been slower than optimistic projections. The US vehicle fleet turns over slowly, with the average vehicle age exceeding 12 years
- PGM demand from hydrogen: Fuel cell vehicles use platinum catalysts, potentially creating new PGM demand as hydrogen technology develops
- Industrial demand: PGMs have applications beyond automotive, including chemical processing, petroleum refining, and electronics
The net effect: automotive PGM demand may peak in the late 2020s to early 2030s, but the decline is expected to be gradual, providing a multi-year window for new supply to be absorbed.
Skaergaard's Position in This Market
Skaergaard's palladium-dominant profile is well-suited to the current supply environment:
- Supply gap timing: Skaergaard's earliest potential production date (2030-2032) aligns with the period when the palladium supply deficit is expected to be most acute
- Jurisdiction: Non-Russian, non-South-African supply from a NATO-aligned jurisdiction is precisely what Western consumers are seeking
- Scale: Conceptual production of 300,000-500,000 oz PGMs annually would represent 2-4% of global mine supply, a meaningful but not market-disrupting contribution
- Gold byproduct: The gold credit provides revenue diversification and reduces net palladium cost, making the project more resilient to palladium price volatility
The Investment Case
The palladium supply gap creates a structural demand environment that favors new, Western-aligned PGM projects. Skaergaard's timing, positioning, and metal mix align with this environment. While the project carries development risk, the market conditions it would enter are favorable.
For GRML investors, the palladium supply gap is not speculative. It is driven by observable trends in South African production decline and Russian supply uncertainty. These trends create a window of opportunity that new projects can exploit.