Major companies across the economy are demonstrating climate leadership by reducing their emissions, developing innovative low-carbon technologies, and supporting more ambitious government policies.
The Innovation Policy Matrix is a comprehensive framework that helps policymakers assess technology development stages, identify ecosystem barriers, and craft effective innovation policies by recognizing the roles of public and private sectors throughout the innovation process.
Physical climate impacts are fundamentally reshaping the risk landscape for global businesses. Through six dialogues conducted in 2025, the Climate Resilience Foresight Series brought together leaders from two dozen companies to explore how organizations can build comprehensive resilience to climate …
Accelerating the transition to a net-zero economy will require comprehensive infrastructure solutions that integrate renewable energy systems, grid modernization technologies, and clean energy deployment strategies essential for achieving decarbonization across all sectors.
The Innovation Policy Matrix is a comprehensive framework that helps policymakers assess technology development stages, identify ecosystem barriers, and craft effective innovation policies by recognizing the roles of public and private sectors throughout the innovation process.
This factsheet explores clean hydrogen, a critical commodity in major industrial and chemical processes, from petroleum refining to fertilizer production.
This factsheet explores sustainable aviation fuel (SAF), a non-petroleum jet fuel certified for use in commercial and military aircraft.
Achieving a true low-carbon transition requires an array of innovative technologies, including renewable energy, alternative vehicles, advanced nuclear power, and carbon capture, use and storage.
Long-duration energy storage (LDES) is any storage technology that can supply energy—typically as electricity, and in some cases as heat—continuously for at least ten consecutive hours at full power. LDES systems offer an alternative to shorter-duration energy storage technologies like …
Engineered carbon removal (ECR) is a form of carbon dioxide removal (CDR) that uses human-made technologies to capture carbon dioxide from ambient air or oceans. In some cases, ECR accelerates the speed of natural carbon dioxide uptake and/or transfers the …
Follow the journey of battery materials as they are transformed from raw minerals into functioning batteries used in electric vehicles and energy storage systems. Learn about mining and extraction, processing and refining, battery component manufacturing, battery pack assembly, final product …
Even as we work to avoid worse impacts in the future, the public and private sectors must act now to strengthen our resilience to the unavoidable impacts of warming that’s already underway.
Global supply chains face mounting risks from climate change, geopolitics, and economic volatility. While corporate resilience planning has grown since COVID-19, climate risk is still treated separately from supply chain management, creating gaps in preparedness. This report highlights how extreme …