Reaching climate neutrality by 2050 will require carbon management at different levels. Both point source capture and carbon dioxide removal will be crucial to reduce and address legacy emissions. The U.S. Department of Energy’s carbon management portfolio includes three programs that will help to accelerate the demonstration and deployment of carbon management technologies. Europe just released the EU carbon management strategy and other regions are also taking steps to accelerate the deployment of carbon capture projects in different ways to have a global impact. How might these carbon capture demonstration projects enable capture costs to reduce? What are other regions doing to accelerate carbon management technologies? To what extent can learnings from these projects translate into further projects in the U.S. and globally?
As the world’s two largest economies and carbon emitters, the U.S.-China relationship holds significant implications for global efforts to combat climate change. What is the potential for symbiotic collaboration and what are the risks of standoff between these key players? How can shared climate goals foster cooperation in areas such as clean energy technology development, emissions reduction targets and international climate agreements? Join the conversation as we analyze the opportunities and challenges in U.S.-China climate relations and explore pathways for constructive engagement towards a sustainable future. We'll also discuss the geopolitical tensions and policy differences that may hinder effective collaboration. From trade disputes to political differences, understanding the complexities of US-China relations is crucial for advancing meaningful climate action on a global scale.
COP28 elevated ambitions to tackle emissions from the oil and gas sector. This included heightened national ambition to tackle methane, financing for low-income economies, and improving monitoring and measurement. COP28 also saw the introduction of the Oil and Gas Decarbonization Charter looking to accelerate action at the corporate level on methane, flaring, and scope 1 and 2 emissions. What is the significance of these commitments? What actions are being taken? What measures are being taken to improve monitoring and measurement?
As the key components of batteries and electrification technologies, demand for copper, lithium, nickel, cobalt and other critical minerals is expected to grow exponentially. The supply chains to bring these commodities to market face an array of trade, permitting and social, economic, and political challenges. Can governments and industry overcome these challenges and ensure security of supply of essential energy transition minerals? Is there the capacity to bring on new supplies in a timely way? Could supply deficits risk upending transition goals?