​From Combustion to Conductivity: Europe’s Path to Critical Mineral Sovereignty

​Critical Materials and the Climate Race: Europe’s Path to Resilience

​Ripple Hosts

​Alina Bassi

​Ananda Impact Ventures

​Alisha Jani

​At One Ventures

​TL;DR

​As the world shifts from combustion to conductivity, a new set of materials: copper, lithium, nickel and rare earth elements, are taking center stage. Europe’s green energy transition depends on a secure, domestic supply of these minerals. But, protracted permitting, limited processing capacity and a relatively nascent minerals ecosystem leave the continent reliant on volatile imports. This roundtable will explore pathways to European resilience — through strategic investment, policy reform and lessons from global leaders. It will ask how the continent can leverage its existing recycling systems, ports, and industrial expertise, to build a secure, domestic minerals supply chain. 

​Topic overview

​As the world electrifies, a new set of materials is taking center stage. Copper, nickel, lithium, cobalt, and rare earth elements will form the backbone of the green economy — powering everything from vehicles and solar panels to transmission lines and grid-scale storage. The systems set to supply these minerals, however, are struggling to keep pace, with analysts warning of looming shortfalls—such as copper, where mines may only meet 80% of projected demand by 2030. 

​Some regions have already acted decisively. China recognized the stakes early, leveraging state-backed coordination and industrial speed to establish refining dominance and drive gigafactory buildout. The United States, though a later entrant, rapidly mobilized risk capital and government incentives to scale new entrants in mining, recycling, and refining. Though both countries still import large volumes of critical minerals, these measures reduce their future exposure and offer models Europe can learn from.

​Europe, without extensive domestic mines, uniform governance, or comparable volumes of risk capital, has yet to define a cohesive procurement strategy. The Critical Raw Materials Act signals ambition, but execution has fallen short. The outcome is continued import dependence, heightened geopolitical vulnerability, and foregone opportunities for industrial leadership and job creation.

​Against this backdrop, Europe must draw on a different set of strengths. Mature collection systems already generate steady flows of secondary resources. Ports such as Rotterdam, Antwerp-Bruges, and Hamburg position the continent at the nexus of global ore and scrap trade. And established industrial leaders—Aurubis, Umicore, Boliden—anchor a world-class foundation in metallurgy, recycling, and refining. Coupled with strategic investment, these assets could transform Europe into a global hub for closed-loop recycling and advanced metal refining.

​This ripple will ask:

​How can Europe adapt global playbooks to design a domestic materials economy that can meet its climate targets? What would it take to scale its strengths in circularity and logistics into a true industrial base? And what roles do investors and startups play in unlocking future potential? 

​What’s up for discussion?

​Identifying the bottlenecks. 

​Which hurdles — whether permitting delays, financing gaps, or limited natural infrastructure — most constrain Europe’s drive for critical-minerals autonomy, and how might we overcome them without creating new extractive dependencies?

​Adapting global playbooks. 

​China used state-backed coordination and America deployed risk capital and policy incentives to scale innovation. What lessons can be learned from these approaches, and where must Europe innovate on its own to reduce dependencies? 

​Scaling circularity and logistics.

​Can Europe’s mature collection systems and strategic ports be transformed into “urban ore hubs” that aggregate and process end‑of‑life products and scrap at scale?  What regulatory reforms and investment vehicles are needed to unlock advanced recycling and multi‑metal refining?

​Mobilising capital and collaboration. 

​How can investors, corporates and innovators collaborate to finance and scale new extraction, recycling and refining technologies?  What mix of long‑term offtake agreements, public‑private partnerships and mission‑driven capital is needed to ensure Europe keeps pace with demand?

​Dream outcome

​A focused forum where investors, startups and industry leaders can identify steps toward or building a circular and competitive European critical‑minerals system.  

​Who should attend?

​Investors seeking opportunities in recycling, refining, mining and circular-economy technologies; policy-makers; corporates in metals manufacturing and supply logistics; and innovators developing new mining, refining or recycling technologies.