Wisconsin Public Radio

Should State Use More Nuclear Power?

Federal, state officials say it may be needed for Wisconsin to meet climate change goals.

By , Wisconsin Public Radio - Apr 17th, 2023 12:48 pm
Kewaunee Power Station, a decommissioned nuclear power plant located south of the city of Kewaunee, WI. Photo by Royalbroil, CC BY-SA 3.0 , via Wikimedia Commons

Kewaunee Power Station, a decommissioned nuclear power plant located south of the city of Kewaunee, WI. Photo by Royalbroil, (CC BY-SA 3.0), via Wikimedia Commons

As the nation shifts away from fossil fuels to combat climate change, federal energy officials and some lawmakers in Wisconsin say nuclear power plays a key role in meeting carbon reduction goals.

The remarks were part of a Thursday discussion about nuclear power hosted by Customers First Coalition. The discussion was broadcast on WisconsinEye.

Supporters of nuclear plants say they’re a carbon-free source of electricity. Opponents express concerns about their safety, waste storage and the cost of building new reactors.

Plant Vogtle is the nation’s only nuclear plant currently under construction in Georgia. The development of new reactors slowed significantly after a partial meltdown at Three Mile Island in 1979 destroyed public confidence in nuclear energy. More recently, safety concerns have mounted in Minnesota surrounding Xcel Energy‘s nuclear plant in Monticello after water containing mildly radioactive material leaked for months before it was disclosed to the public.

Cheryl Moss Herman, a senior advisor within the Department of Energy, said nuclear power is the only way to reach the Biden administration’s goals to cut carbon emissions in half by the end of the decade and provide carbon-free electricity by 2035.

“We’re definitely at a turning point, not just for the future of nuclear energy, but for our efforts to tackle the climate crisis and for meeting the escalating challenges to our energy security,” Herman said.

Scientists have urged drastic cuts in carbon emissions to ward off the worst effects of climate change. Herman noted a Department of Energy report released in September states between 100 to 200 gigawatts of new nuclear power will be needed by 2050 to meet the nation’s carbon reduction goals. That’s more than triple the country’s current nuclear generating capacity. Currently, there are 28 states that host 93 reactors in operation, including a new unit at Plant Vogtle.

Nuclear accounts for 16 percent of power generated in Wisconsin. The state’s clean energy plan released last year by Gov. Tony Evers said the state should explore new nuclear power as part of the clean energy transition. State Democratic Minority Leader Melissa Agard of Madison said nuclear energy is a “significant part” of the state’s transition. Republican State Representative Kevin Petersen of Waupaca, who helped repeal Wisconsin’s decades-long nuclear moratorium in 2016, said the state is ready to expand its energy portfolio.

The Point Beach facility in Two Rivers is Wisconsin’s only operating nuclear power plant. But at least one utility is studying the possibility of adding more.

Dairyland Power Cooperative announced last year that it’s exploring the addition of nuclear energy to its power mix. The power provider has entered into an agreement with Oregon-based NuScale Power to evaluate the potential for using NuScale’s advanced reactor technology.

“(Dairyland officials) do see a very viable option with the safe delivery of energy to the customers through small modular reactor technology,” said Jeremy Browning, Dairyland’s vice president of generation.

Small modular reactors are among advanced reactor technologies that can operate more safely than nuclear reactors of the past. They use a variety of coolants like molten salt and gas that are said to be safer and more efficient than traditional reactors. NuScale’s small modular reactor design is the only one to receive approval from the Nuclear Regulatory Commission.

Browning said the cooperative is conducting a site study this year to identify a location suitable for its technology. He noted a September report from the Department of Energy identified five retired coal plant sites in Wisconsin that could host an advanced reactor like NuScale’s design. He added one would rise to the top of the list for Dairyland, but he declined to identify the site.

“Right now, in our process, it’s about finding a safe place, a reliable technology that matches to that place, and then we’re going to really start looking at the (capital expenditures) and moving forward operating costs to make sure that it fits the model,” Browning said.

Paul Wilson, professor of nuclear engineering at UW-Madison, said conventional wisdom has so far held that building bigger reactors is cheaper. While that often rings true, he said the upfront capital cost of building large reactors can exceed what utilities are able to afford.

“Small modular reactors — the key is that they’re a little bit smaller,” Wilson said. “It means it’s a smaller investment for a utility or cooperative like Dairyland.”

The cost of building new reactors is a significant concern for consumer advocacy groups like Wisconsin’s Citizens Utility Board. Tom Content, the group’s executive director, pointed to escalating costs with nuclear energy at Plant Vogtle in Georgia. The facility began generating electricity from one of its new units for the first time this month, but it’s seen the cost of building new large reactors double to more than $30 billion.

Content added that We Energies customers are already seeing rising costs as part of the utility’s power purchase agreement with Point Beach.

“There has to be a balancing act there,” Content said.

Wilson noted the first small modular reactors may be more expensive than large reactors, but he said costs are expected to drop over time similar to solar systems. The Inflation Reduction Act, passed last year, also includes incentives to maintain existing reactors and build advanced ones.

Emily Pritzkow, executive director of the Wisconsin Building Trades Council, said nuclear energy development could provide high-paying jobs for their 40,000 members.

“We, in general, are really supportive of looking at these advanced technologies that are clean,” Pritzkow said. “We recognize that there’s obviously still a spent waste issue…that needs to be addressed. But this seems like just such a logical transition for jobs, for reliability of our infrastructure.”

The Department of Energy is working on a waste management system that would include one or more federal storage facilities in the interim. It’s also working on a process to ask communities if they’re willing to host nuclear waste. The Associated Press reported a plan to build a national storage facility at Yucca Mountain in Nevada was withdrawn due to local opposition.

Listen to the WPR report here.

Editor’s note: The Citizens Utility Board is an underwriter of WPR.

Federal, state officials say nuclear is key to cutting carbon emissions to combat climate change was originally published by Wisconsin Public Radio.

3 thoughts on “Should State Use More Nuclear Power?”

  1. ZeeManMke says:

    Germany is in the process of shutting down it’s last three Nuclear Power Plants. Remember Three Mile Island, Chernobyl and Fukushima? With the pro-nuke crowd safety always depends on if, if, if, if. They can take those ifs and try them somewhere else. Wind and water power, solar, those do not melt down are renewable and do not place millions at risk. Let’s cut back on using electricity too. We do not need any more nuke plants in Wisconsin.

  2. Marty Ellenbecker says:

    If you want nuclear power that’s on a leash and housebroken,
    in years instead of decades, go with thorium.

    All of the options discussed in the article are high-cost, high-risk,
    money-suckers but they’re all that these established players have to offer.

    The 1st nuclear reactor ever built used thorium. If the Atomic Energy Commission
    had not been run by the military, plutonium (bomb fuel) producing
    uranium fission reactors would likely never have been built.

    Thorium reactors can be scaled up or down if built in modules.
    These modules are produced by common and economical manufacturing processes,
    and can be built to make meltdowns impossible even with loss of coolant.
    When depleted, modules can be swapped out for refueled,
    ready-to-go replacements. The resultant nuclear waste is of lower
    intensity and has a hazard duration of (I believe) 500 or so years.

    By the way, thorium reactors can also consume waste plutonium.
    and bring its hazard life down to 500 years. I assume this operation
    would occur in specially-run, separate facilities.

    Preventing climate collapse is a 2-part operation.
    1) Stop putting carbon in the atmosphere ASAP.
    2) Pull excess carbon out of the atmosphere BIGTIME!

    Phase 2 is going to take massive efforts in regenerative agriculture
    and regenerative forestry to absorb and sequester the carbon.
    Huge amounts of that carbon will need to be in the form of biochar,
    produced through pyrolysis (Heating carbon-bearing substances
    in sealed chambers with no oxygen. Besides the separated carbon,
    carbon-free oil and gas are produced.)

    Thorium-produced energy could safely provide for this, as well as supplying energy to produce agricultural and forestry equipment and facilities

    For an introduction to thorium power generation visit:

    https://www.weforum.org/agenda/2018/11/destroying-nuclear-waste-to-create-clean-energy-it-can-be-done

  3. robertm60a3 says:

    Seem like the US should be smart enough to come up with a standard medium size reactor. Standard – same parts – same design.

    How does France take care of nuclear waste?

    “After being cooled in a pool for about seven years, used nuclear fuel is separated into non-recyclable leftovers that are turned into glass (4% of the material), plutonium (1%) to create a new nuclear fuel called MOX, on which around 40% of France’s reactors can run, and reprocessed uranium (95%).”

    Why can’t the US do the same?

    I wonder how the US keeps falling behind when it comes to technology. We beg Foxconn to come to Wisconsin to help create jobs making flat-screens. Why can’t some competent engineer at UW-Madison or MSOE build a factory to make flat screens?

    Where is the leadership? Where is the government? Where is NASA?

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