American Competitiveness
While the United States is leading the world in emissions reductions, China’s and developing nation’s emissions continue to rise. By increasing American energy production and implementing an all-of-the-above energy approach, the U.S. will continue to not only be a global leader in reducing emissions, but also provide goods and energy for the rest of world, support economic growth and enhance security for America and our allies.
Introduction The United States is experiencing a historic period of load growth and resource demand led by new manufacturing, industrial facilities and data centers. In this context, carbon capture utilization and storage (CCUS) technologies are emerging as a crucial solution – and one of the most cost-effective – to address the challenge of meeting increased […]
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?
Introduction Geothermal energy is the process by which naturally occurring steam and hot water are used to generate zero-emission energy, at both small- and utility-scale. Current technology drills wells deep into the Earth to harness geothermal resources for use aboveground. While geothermal is currently only four percent of the United States’ electricity production, a recent […]
Background On January 26, the Biden Administration announced a de facto ban on pending decisions for exports of liquified natural gas (LNG) to non-Free Trade Agreement (FTA) countries, until the U.S. Department of Energy (DOE) updates the underlying analyses for authorizations. The announcement sparked extensive global debate and for good reason. The lack of clear […]
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?