Cold War-era atomic bomb site may host largest US solar development
Cold War-era atomic bomb site may host largest US solar development
U.S. Department of Energy Identifies Potential Sites for Clean Energy Projects
The U.S. Department of Energy (DOE) recently announced plans to repurpose lands previously used for national security purposes into clean energy projects. These sites, amounting to approximately 70,000 acres across five states, offer immense potential for the development of solar, wind, and nuclear power. This move aligns with President Joe Biden’s clean electricity goals, which aim to transition the U.S. grid to run entirely on clean energy by 2035.
A Historic Transformation
The identified lands, once vital to the development of Cold War-era atomic bombs, have undergone extensive remediation efforts. U.S. Energy Secretary Jennifer Granholm emphasized that these sites are now safe, clean, and ready for redevelopment. Granholm presented the Cleanup to Clean Energy plan during an event at the DOE’s headquarters in Washington, D.C., expressing optimism about the transformative potential of this initiative.
Unveiling the Potential
The list of potential sites for clean energy development includes some historically significant locations:
-
Hanford Site, Richland, Washington: This site played a crucial role in producing plutonium and uranium for atomic bombs under the Manhattan Project during the 1940s. Today, Hanford is decommissioned and undergoing significant decontamination efforts to address radioactive waste leaks and pollution.
-
Idaho National Laboratory, Idaho Falls, Idaho: As one of the leading national laboratories in the country, this site has the potential to become a hub for clean energy projects. Its existing infrastructure and workforce make it an attractive candidate for hosting renewable power initiatives.
-
Nevada Nuclear Security Site, Nye County, Nevada: Previously known as the Nevada Test Site, this location witnessed numerous nuclear weapons tests during the Cold War. With its large area and strategic positioning, it now holds potential for clean energy projects.
-
Savannah River Site, Aiken, South Carolina: This site was involved in producing weapons-grade plutonium during the Cold War. Today, it presents an opportunity for the development of clean energy solutions, leveraging its existing infrastructure and skilled workforce.
-
Waste Isolation Pilot Plant, Carlsbad, New Mexico: Initially designed for the disposal of defense-related transuranic waste, this site could now be repurposed for clean energy initiatives. Its unique geological features and safety measures make it a promising location for the future.
The Path to Clean Electricity
The Cleanup to Clean Energy plan is a significant step towards achieving President Biden’s ambitious clean energy goals. The identified sites offer the advantages of existing power customers and workforces, streamlining the transition to clean electricity. By repurposing these lands for renewable and nuclear power projects, the DOE aims to accelerate the nation’s transition towards a cleaner and more sustainable future.
A Collaborative Effort
To ensure the success of this initiative, the event at the DOE’s headquarters involved developers experienced in implementing clean electricity projects generating a minimum of 200 megawatts. This collaboration between renewable power and nuclear power experts brings together diverse perspectives and expertise, creating a solid foundation for future clean energy endeavors.
Future Prospects
While specific details regarding the exact timing and location of potential projects are yet to be disclosed, the identification of these sites is a crucial first step. The DOE’s commitment to repurposing formerly restricted lands for clean energy projects signals a paradigm shift in utilizing available resources to address the pressing climate crisis.
Through this endeavor, the U.S. government not only facilitates the growth of the clean energy industry but also ensures the responsible and sustainable use of land with historical significance. The transformation of these sites from symbols of the Cold War to beacons of clean energy innovation is a testament to the determination and adaptability of the nation.
- AMERS
- AMERSE
- ANBLE-LEGAL
- CLA
- CLC
- COM
- CWP
- ENER
- ENERGY
- ENFF
- ENG
- ENR
- ENV
- GEN
- LEGAL
- MTPIX
- NAMER
- NAMERE
- NRG
- NRLPA:OENR
- NRLPA:OENV
- NRLPA:OPUB
- NUC
- NUCPWR
- POL
- PWR
- PWRGEN
- PXP
- REPI:GRID-INFRASTRUCTURE
- REPI:NUCLEAR
- REPI:SOLAR
- RNW
- RNWPWR
- RSBI:CLEAN-ENERGY
- RSBI:CLIMATE-CHANGE
- RSBI:CLIMATE-SOLUTIONS
- SECUR
- SOLPWR
- SUSTAINABLE-BUSINESS
- TOPCMB
- TOPNWS
- US
- USAID
- USANM
- USANV
- USASC
- USAWA
- UTIL
- WASH