Innovation
Continued innovation will not only develop the next generation of affordable technologies needed to rapidly reduce, capture, and store greenhouse gas emissions, but also continue to grow a clean energy economy that already supports millions of clean energy jobs across the United States.
To celebrate the release of CRES Forum’s newest white paper, “Growing an Industry for Clean Hydrogen,” our team hosted a briefing and networking event, “Will Hydrogen Have its Moment?,” to convene industry leaders, congressional staff and key stakeholders to discuss the potential of hydrogen to reduce global emissions, as well as the challenges and opportunities […]
Introduction Hydrogen has been dubbed the “Swiss army knife” of clean energy, given its potential to become a tool to cut emissions in key sectors, as well as to assert U.S. global energy leadership and increase our nation’s competitive edge. Given its unique attributes, it has the potential to greatly reduce emissions in hard-to-decarbonize industrial […]
The Clean Economy Tracker, developed by Utah State University and Atlas Public Policy, is a game-changer for policy wonks, clean energy advocates and citizens seeking to monitor the impact of the most recent investments in clean energy projects. It provides a comprehensive look at public and private clean energy investments across the United States. Key […]
Introduction Section 45X of the Internal Revenue Code (IRC) provides an advanced manufacturing production credit to domestic manufacturers of applicable clean energy components. Currently, the United States relies heavily on foreign manufacturers for these components and resources, including adversarial countries like Russia and China. Establishing a robust domestic supply chain requires reducing U.S. dependence on […]
Introduction Hydrogen has been dubbed the “Swiss army knife” of clean energy, given its potential to become a tool to cut emissions in key sectors, as well as to assert U.S. global energy leadership and increase our nation’s competitive edge. According to the U.S. Department of Energy (DOE), switching to low-emissions hydrogen in hard-to-abate sectors […]
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?
Investment tax credits are designed to reduce the cost of technologies and practices and incentivize private investment, resulting in adoption. Section 48 of the tax code provides an investment tax credit specifically for property in the energy sector including qualified small wind, waste energy recovery, qualified biogas and microgrid controllers. Section 48 had previously allowed […]