Examining America’s Nuclear Waste Storage 2
Examining America’s Nuclear Waste Storage
Just like all other industries, production of commercial nuclear power produces some wastes that
have to be well managed to reduce their potential harm to the environment and human health.
Currently, in America, industrial fuel wastes are cooled and stored at the sites where they were
generated, in either steel lined pool or concrete. After 3-10 years, they are then transferred to
above-ground steel casks or dry concretes. However, this approach is contrary to the initial laid
down plan. According to the 1982 Nuclear Waste Policy Act, the Department of Energy (DOE)
signed an agreement with commercial nuclear power firms to collect and store the nuclear waste.
After considering various factors, Yucca Mountain was chosen as a national repository site (Tubb,
2017). Part of the deal was that the nuclear companies and their ratepayers should cover the entire
costs of disposing of nuclear waste, but not taxpayers. But everything changed in 2008 when the
Obama Administration made several changes, including the decision that Yucca Mountain “wasn’t
a workable option.” As a result of the political difficulty, today the federal government is
responsible for the disposal of commercial nuclear waste. Consequently, taxpayers are left with
the burden to cover the disposal bill.
Nuclear waste is an issue that is here to stay for as many as 24,000 years (if there is the presence
of radioactive isotope plutonium-239). Therefore it’s imperative that we know how to store these
wastes. However, the politics surrounding this whole issue has made it hard to find a permanent
solution to this issue. Since President Obama’s decision to withdraw the license for Yucca
Mountain, it has become even harder to find a long-lasting solution, especially as fuel waste is
increasingly being stored on-site without the required fuel-handling infrastructure. Just as the Blue
Ribbon Commission on America’s Nuclear Future report states; America's failure to find a solution