Synthetic Graphite, Circular Carbon, and the Future of Critical Materials

Featuring Haroldo Andrade, North American Commercial and Logistics Director for Unimetals

Episode Summary

In this episode, Mike sits down with Haroldo Andrade of Unimetals for a timely conversation about synthetic graphite, sustainability, and the critical materials needed to power heavy industry, battery production, AI data centers, and the energy transition.

Haroldo explains why synthetic graphite is essential to modern manufacturing and infrastructure, how circular carbon practices can reduce environmental impact, and why the United States faces a major domestic supply gap as demand grows. The conversation also explores the tension between decarbonization goals and manufacturing costs, regional differences in sustainability strategy, workforce development, and Unimetals’ global expansion.

Key Topics Discussed

Why synthetic graphite is a critical material for steelmaking, battery anodes, and energy storage

The projected U.S. synthetic graphite supply deficit and why domestic production matters

How China’s dominance in graphite processing affects global supply chains

The role of circular carbon and petroleum coke feedstock in reducing environmental impact

Balancing decarbonization goals with the realities of manufacturing cost and competitiveness

How higher-quality carbon products can improve furnace efficiency, reduce energy use, and lower emissions

The growing energy demands of AI data centers and their connection to energy infrastructure