The transition to electrification is driving change across the entire energy value chain. Increasing renewable penetration requires new approaches to downstream processing, storage and grid integration. At the same time, access to critical minerals and advanced materials is becoming central to enabling large-scale deployment.
Drawing on six key observations, Dr. Mathieson outlines where the pressure points are emerging—and where the most meaningful opportunities lie. From scaling new processing technologies to strengthening supply chains for critical materials, the focus is on turning technical possibility into commercially viable solutions.
We collaborate with clients to develop and mature technologies that respond directly to these shifts. By combining deep technical expertise with practical development experience, we help organisations navigate uncertainty, refine solutions and prepare for scale in a rapidly evolving market.
Opportunities are emerging across:
- Downstream processing: Converting raw materials and intermediates into higher-value products that support electrification
- Energy storage: Advancing technologies that balance renewable generation and stabilise supply
- Critical minerals: Supporting extraction, refinement and processing solutions essential for batteries and infrastructure
Key Takeaways:
- Electricity demand is rising alongside rapid electrification
- Renewable-based generation is reshaping system design and operation
- Critical minerals and processing capability are becoming strategic priorities
- Technology development must consider both performance and commercial viability
- Focused innovation today will determine competitiveness in tomorrow’s energy markets
Watch the video to hear Dr. Angus Mathieson’s six observations and explore how we’re supporting clients in building the technologies that will power the next phase of the energy transition.
