The rapid increase in carbon emissions worldwide and the urgency to achieve net-zero targets have intensified the need for carbon capture and utilization (CCU) technologies. While technologies have advanced significantly, the long-term economic viability of carbon management remains constrained without scalable pathways to convert captured carbon dioxide (CO₂) into commercially valuable products. Traditional carbon mitigation approaches often treat carbon dioxide (CO₂) as waste, resulting in high storage costs, infrastructure challenges, and limited revenue generation opportunities. This Frost Radar analysis evaluates emerging carbon utilization technologies that transform captured carbon dioxide (CO₂) into valuable products, supporting global decarbonization and circular economy goals. It benchmarks leading innovators in sustainable fuels, chemicals, construction materials, polymers, and industrial feedstocks. It highlights how advances in electrochemical conversion, carbon mineralization, biological fermentation, renewable hydrogen integration, and catalytic processes are improving the commercial viability of carbon-to-value solutions.

The main goal is continuous improvement.

• What best practices can help your teams leverage emerging carbon utilization technologies that can support decarbonization and circular economy goals?
• What advances in electrochemical conversion, carbon mineralization, and biological fermentation are improving the commercial viability of carbon-to-value solutions?
• Which top innovators in sustainable fuels, chemicals, construction materials, polymers, and industrial feedstocks are benchmarked in this analysis?