Europe is leading the global energy transition and by early 2026 the proof was already visible in the numbers. Wind and solar accounts for roughly 30% of EU electricity generation and fossil fuels dropping below 39% for the first time. But meeting the EU’s target of 42.5% renewable energy by 2030 and the UK’s parallel ambition to achieve zero-carbon electricity by 2030 depends on something far less visible than turbines and panels.
Critical minerals are the backbone of the transition
Lithium, cobalt, nickel, copper and rare earths are the foundation of every EV battery, wind turbine and solar network. Demand for these materials could increase six times by 2030 and fifteen times by 2050. The EU currently sources around 98% of its rare earth elements from China The UK faces the same import dependency risk, having identified 18 minerals of strategic importance through its own Critical Minerals Strategy, refreshed in 2023.
Both the EU’s Critical Raw Materials Act (2024) and the UK’s Critical Minerals Intelligence Centre acknowledge this supply chain vulnerability directly. They have binding targets and tracking mechanisms to reduce dependence on China, Russia, Brazil and other major suppliers.
Key EU Critical Raw Materials Act (2024) Targets:
- 42.5% renewables by 2030
- 55% emissions reduction 2030
- Net zero emissions by 2050
The workforce challenges
Scaling critical minerals production at this speed creates unique workforce challenges. Much of the specialist expertise is concentrated in the countries that produce critical minerals, primarily Australia, Africa and Latin America. This means operators across Europe and the UK will need to look well beyond their own borders to build the leadership pipelines and technical workforces the transition to renewable energy demands.
The professionals driving this growth need to navigate an increasingly complex regulatory environment. It includes the EU’s Corporate Sustainability Reporting Directive, the Nature Restoration Law and the Carbon Border Adjustment Mechanism alongside the UK’s own country-specific permitting frameworks, while managing increasingly automated and data-driven operations.
Domestic production is beginning to emerge. Projects like the Wolfsberg lithium mine in Austria and Cornish Lithium in the UK signalling that European mineral endowment is finally being taken seriously. However, with the average critical minerals mine taking between 15 and 18 years from discovery to first production, domestic supply is nowhere near ready to meet demand.
In the UK specifically, the North Sea transition from oil and gas to offshore wind is creating a need for professionals who can operate across both hydrocarbon and renewable energy environments. This is a workforce challenge with no real precedent.
This is where Globe 24-7 comes in.
Globe 24-7 has spent nearly two decades placing senior mining professionals across multiple jurisdictions, with an on-the-ground team across Europe and the UK and a global database of more than 113,000 senior candidates that reaches the talent pools European operators can’t access alone.
For businesses scaling quickly, our RPO capability supports rapid workforce growth without needing to build internal recruitment infrastructure from scratch. For the senior roles that will define how operators navigate this decade, our executive search practice is built to find experienced critical minerals leaders who aren’t actively looking but are exactly the right fit.
In a sector moving this fast, workforce strategy is a decision critical to the supply chain. Finding the professionals who combine deep mining experience with fluency in critical minerals, ESG compliance and cross-border operations requires a recruiter who has spent decades in the industry, not one learning it alongside you. That is what Globe 24-7 brings.
