Renewable Energy Would Create More Jobs Than Nuclear Power

The Union of Concerned Scientists weighs in on the nuclear vs. renewables debate.

Renewable Energy Would Create More Jobs Than Nuclear Power

If Christine Todd Whitman were really serious about promoting jobs in the energy industry, she would be talking about wind and other renewable energy resources, not nuclear power. Her July 9 op-ed, co-written with Florida State Rep. Juan C. Zapata, overstated the benefits of nuclear power and mentioned none of its drawbacks. 

Whitman claims that constructing new nuclear plants has the potential to create "as many as 70,000 jobs," but how long would that take? According to Whitman's own figures, building one new reactor would produce as many as 2,400 construction jobs, and, once built, would employ 800 workers. To generate those 70,000 jobs -- 75 percent of them temporary -- the industry would have to build 22 new reactors. Given the lack of a trained labor force, constraints on the availability of key manufacturing components, and Wall Street's reluctance to finance them, building 22 reactors would take at least two decades to accomplish even under the rosiest scenario.

In any case, her projection of 70,000 jobs pales in comparison with renewables. If the federal government established a standard requiring utilities to obtain 25 percent of their electricity from renewable sources by 2025, it would create 297,000 new jobs, according to a 2009 analysis by my organization, the Union of Concerned Scientists. Echoing our analysis, a February 2010 study by Navigant Consulting found that a 25 percent by 2025 standard would create 274,000 jobs.

Energy efficiency programs also would produce more jobs. A 2009 study by the American Council for an Energy-Efficient Economy found that a national standard requiring utilities to institute programs reducing electricity demand by 15 percent and natural gas demand by 10 percent would generate more than 220,000 jobs by 2020.

Texas is blessed by a wealth of renewable sources. In fact, it has the technical potential to generate more than 17 times the electricity it used in 2008 from renewable energy, primarily from wind, bioenergy and solar. And it is beginning to take advantage of that bounty.

Texas is a national leader in wind energy, generating more than 9,500 megawatts (MW) of installed capacity, thanks in part to the state's renewable electricity standard. That standard requires utilities to increase their reliance on renewable resources to produce at least 5,800 MW (about 5.5 percent) of the state's power needs by 2015. On March 5, the Electric Reliability Council of Texas reported a record high for instantaneous wind output of 6,272 MW. That met 19 percent of the total state customer demand, showing that Texas is on track to exceed the standard.

Likewise, Texas has been a leader on efficiency. It was the first state to adopt an energy efficiency resource standard, which required utilities to use efficiency to cut 10 percent of annual growth in power demand. This year the standard jumped to 30 percent of customer demand growth. Increased energy efficiency will translate into lower electricity bills.

Texas's leadership on renewables and efficiency has meant more jobs. In 2007, Texas ranked second to California in numbers of businesses (4,802) and jobs (55,646) tied to the clean energy sector, according to 2009 report by the Pew Charitable Trusts.

Can new reactor construction compete? According to a recent report by the Nuclear Information and Resource Service, even if new construction created 2,400 temporary jobs per site, a significant number of those jobs could go to workers overseas. All applicants seeking permits to build new reactors or building them now - including the South Texas Project -- plan to use or are using foreign manufacturers and labor to build major reactor parts.

Whitman also sidestepped the issue of construction costs -- which have quadrupled over the past decade -- and the fact that the industry has such a miserable financial track record that Wall Street will not invest in new reactors without massive federal loan guarantees and other subsidies.

The South Texas Project she touts, which is building two new reactors, provides a sobering example. CPS Energy, San Antonio's public utility, first planned to hold a 40 percent ownership stake, tried to reduce it to 20 percent, and then, when the cost estimate jumped from $9 billion to $13 billion, tried to pull out completely. CPS fired its top executive, filed a $32 billion lawsuit against the plant owner, and ultimately wound up with less than an 8 percent stake. The plant owner is still seeking investors, as well as a loan guarantee from the Department of Energy, which would put U.S. taxpayers on the hook if the project falls apart. South Texas, whose reactor vendor is Japanese manufacturer Toshiba, is reportedly third in line for a loan guarantee.

So why is Whitman pushing nuclear power? Because the group she co-chairs, the benignly sounding Clean and Safe Energy Coalition, is a front for the nuclear industry. The industry trade organization, the Nuclear Energy Institute (NEI), created the coalition - which is little more than a website with a list of supporters -- and is its sole funder. Whitman, who has been shilling for NEI for four years, has a right to earn a living, but your readers have the right to know she is a paid industry mouthpiece -- a fact that she routinely fails to disclose -- and that she is not giving them the whole story.

***


Elliott Negin is the media director for the Union of Concerned Scientists in Washington, D.C. He can be reached at 202-331-5439.

 

12 Comments

  • Guillermo Jones 07/29/10 4:05 PM

    Also, a return to the ox plow and hand scythe would “create more jobs” than the use of combines.

    Clearly we need another metric to judge the economic merits of different energy policies.

    Reply
      • GEECEE 07/29/10 6:40 PM

        You’ve made a silly straw argument since fundamentally speaking the economics of nuclear is not deem attractive compared to the alternatives listed in the article by investors.

  • JoeJoe 07/29/10 8:04 PM

    It’s a political message Guillermo. Whatever is more economically efficient should ultimately produce more jobs. A new dual unit NPP will take 5 to 10 years to build and produce electricity for 10 to 15 cents/kWh. This does not look like a competitive price. Not when you have to sell 24/7. End-user PV that tends to displace the higher cost power should be more attractive.

    “Increased energy efficiency will translate into lower electricity bills.”

    You need to look at the net cost of the efficiency. Higher efficiency does not necessarily translate to lower costs.

    “All applicants seeking permits to build new reactors or building them now - including the South Texas Project—plan to use or are using foreign manufacturers and labor to build major reactor parts.”

    Nice… Love the subtlety here.

    What’s with the big pro/con push in the news over nuclear power issues? Is this related to energy bill lobbying?  So it must be nuclear subsidies vs. a renewable portfolio standard. That is not a choice at all.

    Reply
  • RationalMan 07/30/10 3:53 PM

    Note: PaloVerde Nuclear Generating Station (8.5TWhr/year) paid for itself in less than seven years, made boatloads of money for its investors, and now produces energy for less than $.02/kwhr, all-in costs.

    Nuclear power is only scary to investors because some bureaucrat, backed unfortunately by those who claim to be environmentalists, might shut down construction or operation at any moment, on a whim.  Palo Verde was supposed to be 10 units, not just 3; the loss of energy over the past 25 years (expected completion of the 10th unit was 1985) amounts to approximately 500TWhrs.

    Palo Verde still stores all of its waste on site, inside the original fenced boundary; you don’t even notice it unless you know to look for it, it is so very little.  And it could be far less if they allowed reprocessing.

    And we now have even better technologies.

    Thank you for your attention.

    Reply
      • Asotos 08/2/10 9:17 AM

        The cost of the Energy that is produced from such Nuclear power plant, does not take into account decomision expenses (do not exist yet standards of safe decomisioning-just leave everything on site), radioactive waste treatment (not only storing in deep seas or in resorvoirs deep in earth) and a scenario of a leak accident due to fatigue in cooling hydraulic system…

        For sure, without taken such parameters into account, nuclear energy can be much more cost efficient than anything else on this planet, until every person will carry a radiocactive symptoms.
        Let’s just face the reality, nuclear energy is promising for space and R&D applications, not for mass production in populated areas.

      • RationalMan 08/2/10 4:57 PM

        Asotos:

        A few notes:

        You should have said, “ditto for solar” with regard to all end-of-life costs vs produced energy costs.  $.08/kWhr difference in production costs means $27 trillion over forty years for a plant the size of Palo Verde; $1 trillion will buy a lot of decom work and the other $26 trillion goes into everyone’s pockets.

        Fifty years of operation without a single leak of the type you describe; I’ll live next to a nuke far more comforably than next to an LNG or LP or H2 station.

        Decom plans for a Nuke are LESS difficult than for a conventional, fossil-fueled power plant.  The radioacitve wastes generated to provide us with power for the next 200 years at 1990s growth rates (higher than today), including contaminated vessels and pipe, could be stored in a single decommissioned plant site. 

        We aren’t all going to be walking around with radiation sickness; if you want to be taken seriously, don’t make idiotic comments.

      • Asotos 08/3/10 2:57 AM

        RationalMan

        Have strong doubts regarding the quantity of radioactive waste that is produced in Nuke plants, because in their volume are not consider the plants components that are already condaminated (not only pipes, we are talking of soil ground,reactors, pb protective plates the size of buildings)!
        Storing these will require huge areas for the hudrends of Nuke plants around the planet , desert sizes,  for several thousands years! Is not workable, and of course such charge is never even mentioned in income-expenses acounting statements!

        Since leaving next by to a Nuke Plant is much more comfortable than standard electricty production facilities, then it should have been much better if this was just replaced by a Hybrid Renewable Station combing Solar, Wind and Hydraylic means of Energy production.

        Preventative maintenance is crucial in the fight against fatigue and quite complicate. The latest accident in Japan has showed that even in the most developed societies, fatigue is the dominate factor in an accident scenario, and no matter what, the maintenance will always be a step behind.

        So, if you finally decide to move next to a Nuke Plant, better check with nearby hospital records the main death reasons in the area, because not all leaks get in public..

        Since the

      • RationalMan 08/3/10 10:23 AM

        Asotos:

        I do not mean this to sound as critical as it will but you really do not know what you are talking about.  There are radiation monitors throughout and exterior to all nuclear power plants and I can guarantee you that no leak by a commercial power plant has ever gone un-reported—government plants, yes, but that is a whole other discussion.  These are sealed systems; if you have a leak you have a major problem that cannot be swept under the rug.

        The total amount of a reactor system that can either be contaminated with radioative material or ionized is less than 0.1% of the total plant volume.  Containment buildings are mostly empty space.

        Your understanding of nuclear power is based on absurdities that have been sold to the public by people whose motives are not a healthy environment.  Surveys of nuclear power plant employees and contractors consistently show health levels consistent with and usually better than the general public—for all ages and all job descriptions.

  • Bob 07/30/10 4:25 PM

    “Building 22 reactors would take at least two decades to accomplish even under the rosiest scenario.”

    I’m old enough to remember the rise and fall of the original nuclear industry.  I was weapons officer on the Nautilus, the first nuclear submarine.  From the launching of the Nautilus in 1954 when we were still scratching our heads about how to scale up a PWR until 100 plants were under construction or operating was just two decades.  And you don’t think we can build 22 more in the same time-frame?

    Reply
  • dsarpen 08/1/10 10:11 AM

    Why not let industry & utility companies determine the best mix of renewables and conservation to use and determine how to go about implementing their strategy?  If we adopt and move toward a standard limiting the amount of carbon produced per megawatt of electricity the experts in producing power should make the best economc decision instead of the government determining which technologies to favor.

    Reply
  • José Antonio Vanderhorst-Silverio, Ph.D. 08/2/10 11:06 AM

    dsarpen question “Why not let industry & utility companies determine the best mix of renewables and conservation to use and determine how to go about implementing their strategy?” seems to be well though out. I will try to redefine it to increase its leverage.

    In the very long discussion under “Feed-In Tariffs Can Spur Disruptive Growth” a comment by Gertsen says that “In the real world competition among different energy technologies is crucially affected by the regulatory framework (hidden or not hidden subsidies, codes, vested interests, local rules, etc)., Sometimes (perhaps more often than not) these are more important than the single technological advantages.”

    Taking in consideration the above, a new question could be: Why not put in place a regulatory framework to “… determine the best mix of renewables and conservation to use and determine how to go about implementing their strategy?”

    My response, which calls for strong power industry leadership, to promote a shared vision, appears as comments 64 and 65 under “Feed-In Tariffs Can Spur Disruptive Growth,” became the EWPC post “Forget Monopoly Feed-In-Tariffs to Start Learning About Competitive Buy-Back Spot Prices” can be read at http://bit.ly/EWPC33

    Reply
  • SmartJohn 08/4/10 2:42 PM

    An open minded analysis of the actual benefits of different technologies would be quite refreshing. Strip away the vigorous campaign to make renewables appear more beneficial than it actually is and the (far more mature and developed but equally unmerited) vigorous campaign to make nuclear appear less beneficial than it actually is.
    Strangling regulations impair both sides and zealous subsidies are also present.
    Its an unfortunate habit of both sides to only point out the unfair benefits to the other side and the unfair burden to their side.

    Reply
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