The Enterprise’s Legacy of Waste: A Cautionary Tale for America’s Nuclear Fleet

The USS Enterprise, once the crown jewel of the US Navy’s fleet, has been slowly dismantled since its retirement in 2012. However, the process of recycling this nuclear-powered aircraft carrier has become a cautionary tale about the costs and complexities of dealing with the United States’ aging nuclear navy.

The estimated cost of removing eight nuclear reactors from the USS Enterprise has ballooned to $418.5 million, more than twice the initial estimate. This is not an isolated incident; the entire process of recycling America’s nuclear-powered aircraft carriers will likely take decades and cost tens of billions of dollars.

Each carrier is a behemoth, containing multiple reactors that must be carefully removed and disposed of. The USS Enterprise alone contains enough steel to build 35,000 tons of new ships, including the future USS Enterprise (CVN-80), which will bear the same name as its decommissioned predecessor.

The process of recycling America’s nuclear fleet is complex because it involves not just dismantling the ships but also disposing of hazardous materials like low-level radioactive waste and asbestos. The Navy has learned from past mistakes, such as the USS Pueblo, captured by North Korea in 1968, which remains on the Navy rolls to this day.

The decision to scrap plans to save the USS Enterprise as a museum was likely wise given the costs involved. However, it raises questions about America’s nuclear legacy and what will become of its aging fleet of aircraft carriers. Will the lessons learned from the USS Enterprise be applied to future recycling projects, or will they fall victim to the same pitfalls?

The Navy has awarded NorthStar Maritime Dismantlement Services a contract to complete the job, but this is not without controversy. The original contract was awarded in 2025 and then canceled after HII ShipCycle protested its exclusion from the bidding process. The Navy’s decision to award the new contract was seen as a victory for transparency and fairness.

However, it also highlights the challenges of working with aging nuclear reactors, including the risks associated with transporting hazardous materials. As The Defence-Blog noted, the firm-fixed-price contract means that NorthStar and its partners will complete the entire job for the set amount, regardless of final costs. This shifts financial risk onto the contractor rather than the government.

The Navy’s plans to recycle all 10 Nimitz-class carriers and eventually the Gerald R. Ford-class flattops suggest a commitment to learning from past mistakes. The process of dealing with America’s aging nuclear fleet is complex and costly, but it also presents an opportunity for innovation and efficiency.

To minimize risks and reduce costs associated with recycling its nuclear-powered aircraft carriers, the Navy must prioritize funding for these efforts and work closely with industry partners to develop effective solutions. This will require careful planning, coordination, and investment in new technologies and processes.

The legacy of waste left by the USS Enterprise serves as a cautionary tale about the costs and complexities of dealing with America’s aging nuclear navy. As we move forward, it is essential that we learn from past mistakes and apply these lessons to future projects, investing in innovation and efficiency to minimize risks and reduce costs associated with recycling our nuclear-powered aircraft carriers.