DOE Modernization to Unleash American Energy Innovation

Introduction

America has the most advanced and innovative energy companies and venture capital ecosystem, which are investing billions of dollars to address the challenges of tomorrow’s energy supply. Those challenges are expected to be significant, as electricity demand surges due to the growth of artificial intelligence and domestic reshoring. Energy costs and security are at the forefront of concern, with the U.S. in fierce competition with China’s investment in energy technology and deployment.


With its world-class laboratories and focus on energy innovation, the Department of Energy has been a vital catalyst and partner for the private sector in driving technological breakthroughs and commercial successes. However, to effectively address current challenges, the Department must operate at the highest level of efficiency and be fully responsive to industry needs.

In December 2024, C3 Solutions partnered with the Emerson Collective to undertake an extensive and unprecedented effort to gather recommendations from over 40 venture-backed energy companies and leading members of the U.S. energy technology investment community. These firms—spanning advanced manufacturing, nuclear innovation, software-driven systems, and grid technologies—shared candid feedback on issues and potential opportunities to improve the Department of Energy’s ability to partner effectively with companies at the forefront of energy innovation. The insights from those interviews were provided to the incoming administration in a transition memorandum to help shape their plans and initiatives.

Since then, much of the incoming administration’s policy and program priorities have started to take shape. Despite recent efforts to restructure and refocus DOE, much of what was identified in December 2024 remains directly relevant and can guide DOE through the remaining three and a half years. The issues addressed included structural barriers that hinder DOE’s ability to move at the speed of the market—outdated timelines, procedural inefficiencies, and misaligned incentives—that transcend partisan politics.

Addressing these challenges will be crucial for the United States to sustain its energy leadership and confront both domestic and global competition directly. The following recommendations, derived from previous interviews and based on the experiences of entrepreneurs and investors, are practical within existing authorities and aim to generate the greatest impact where it is most needed. This is not a call for new mandates or massive increases in spending. Instead, it is a plan to unlock what DOE already oversees—its labs, funding authority, and platform—and to use these resources to foster a more innovative, competitive, and energy-secure United States.

Rice University Researchers Discover Breakthrough PFAS-destroying Technology

Per- and polyfluoroalkyl substances (PFAS)–also known as “forever chemicals”– are a large group of synthetic chemicals that are abundant in the environment. While researchers have not identified the full extent of PFAS’s effects on the environment and human health, some studies have associated PFAS exposure with a range of adverse health outcomes in humans, including cancer, birth defects, infertility, immune system dysfunction, and cardiovascular disease. First commercially introduced in the 1940s due to their water-, stain-, and grease-resistant properties, they are commonly found in clothing, non-stick cookware, and other everyday household items. Because they persist for long periods in the environment, PFAS have been found in drinking water across the country. 

Can Florida Revolutionize the Nuclear Energy Sector?

Advanced nuclear reactors are among the most promising technologies for providing large amounts of reliable electricity. Many designs are smaller, modular, and more flexible than traditional nuclear plants, making them easier to deploy across a range of applications. They can deliver stable power to meet increasing electricity demand and improve grid reliability. Power-hungry data centers that need dependable power and have emission goals are eager for the United States to build more nuclear facilities. 

What Makes This Oil Shock Different

The war with Iran has sent oil prices, and then gasoline prices, sharply higher. West Texas Intermediate (WTI) crude, the main U.S. oil benchmark, rose from the mid-$60s per barrel in late February to around $100 on March 19. U.S. gasoline prices have followed suit, with the average price increasing from a pre-war level of under $3.00 per gallon to over $3.70 by mid-March.  

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