Tuesday, 31 May 2005

NRC Publishes Fee Schedule for Fiscal 2005

The NRC published its fee schedule for licensing, inspection and annual fees it charges to applicants and licensees in today's edition of the Federal Register. The following schedule becomes effective on July 25. For a PDF version of the press release announcing the changes, click here.

Class/category of licenses
Fee
Operating Power Reactors (including Spent Fuel Storage/Reactor Decommissioning annual fee)
$3,155,000
Spent Fuel Storage/Reactor Decommissioning
$159,000
Test and Research Reactors (Nonpower Reactors)
$59,500
High Enriched Uranium Fuel Facility
$5,449,000
Low Enriched Uranium Fuel Facility
$1,632,000
UF6 Conversion Facility
$699,000
Rare Earth Mills
$73,700
Transportation:

Users/Fabricators
$80,900
Users Only
$4,300
Typical Materials Users:

Radiographers
$12,800
Well Loggers
$4,100
Gauge Users (Category 3P)
$2,500


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NRC Publishes Fee Schedule for Fiscal 2005

The NRC published its fee schedule for licensing, inspection and annual fees it charges to applicants and licensees in today's edition of the Federal Register. The following schedule becomes effective on July 25. For a PDF version of the press release announcing the changes, click here.

Class/category of licenses
Fee
Operating Power Reactors (including Spent Fuel Storage/Reactor Decommissioning annual fee)
$3,155,000
Spent Fuel Storage/Reactor Decommissioning
$159,000
Test and Research Reactors (Nonpower Reactors)
$59,500
High Enriched Uranium Fuel Facility
$5,449,000
Low Enriched Uranium Fuel Facility
$1,632,000
UF6 Conversion Facility
$699,000
Rare Earth Mills
$73,700
Transportation:

Users/Fabricators
$80,900
Users Only
$4,300
Typical Materials Users:

Radiographers
$12,800
Well Loggers
$4,100
Gauge Users (Category 3P)
$2,500


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St. Paul Pioneer Press: "Nuclear power should be in the mix."

In this morning's St. Paul Pioneer Press, Associate Editor Mike Yost makes his pitch for nuclear energy:
The enviros are engaged in similar intellectual dishonesty when it comes to nuclear power.

"The answer to meeting our future power needs is not renewables or nuclear power, it's both," said Jim Alders, manager of regulatory projects at Xcel Energy. "Nuclear power should be in the mix."

So why isn't it? Good question.
Further . . .
In the meantime, the benefits of diverse energy generation are starting to be discussed. Indeed, nuclear is not the silver bullet. While it's cheap and operates peak loads around the clock, it can't handle demand surges the way a gas-turbine plant can.

"We need a diverse energy mix," Xcel's Alders argues. "One (technology) can't replace the other."

Until we realize that, we're just spinning our wheels.
Some people might find support like this surprising, but it's actually attributable to the superior performance of many of today's nuclear plants -- like Xcel Energy's Monticello Nuclear Generating Plant:
All indicators are green, Monticello Nuclear Generating Plant operated in a safe manner last year.

That was the conclusion of the Nuclear Regulatory Commission, which hosted a public meeting at the Monticello Community Center Thursday to discuss the results of inspections conducted at MNGP during 2004.

"We had no reason to conduct supplement inspections at this facility,"” said Bruce Burgess, NRC branch chief.

The NRC uses a scale of colors "–green, white, yellow and red" –to assess plant performance and rank inspection findings. Green represents the most favorable conditions/findings and red the most severe/problematic.

In both plant performance and inspection findings, Monticello ranked green in all areas.

This means the NRC believes that any concerns or issues that may have arisen at the plant are minor enough that MNGP may take its own corrective measures without the NRC conducting supplemental inspections.
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St. Paul Pioneer Press: "Nuclear power should be in the mix."

In this morning's St. Paul Pioneer Press, Associate Editor Mike Yost makes his pitch for nuclear energy:
The enviros are engaged in similar intellectual dishonesty when it comes to nuclear power.

"The answer to meeting our future power needs is not renewables or nuclear power, it's both," said Jim Alders, manager of regulatory projects at Xcel Energy. "Nuclear power should be in the mix."

So why isn't it? Good question.
Further . . .
In the meantime, the benefits of diverse energy generation are starting to be discussed. Indeed, nuclear is not the silver bullet. While it's cheap and operates peak loads around the clock, it can't handle demand surges the way a gas-turbine plant can.

"We need a diverse energy mix," Xcel's Alders argues. "One (technology) can't replace the other."

Until we realize that, we're just spinning our wheels.
Some people might find support like this surprising, but it's actually attributable to the superior performance of many of today's nuclear plants -- like Xcel Energy's Monticello Nuclear Generating Plant:
All indicators are green, Monticello Nuclear Generating Plant operated in a safe manner last year.

That was the conclusion of the Nuclear Regulatory Commission, which hosted a public meeting at the Monticello Community Center Thursday to discuss the results of inspections conducted at MNGP during 2004.

"We had no reason to conduct supplement inspections at this facility,"” said Bruce Burgess, NRC branch chief.

The NRC uses a scale of colors "–green, white, yellow and red" –to assess plant performance and rank inspection findings. Green represents the most favorable conditions/findings and red the most severe/problematic.

In both plant performance and inspection findings, Monticello ranked green in all areas.

This means the NRC believes that any concerns or issues that may have arisen at the plant are minor enough that MNGP may take its own corrective measures without the NRC conducting supplemental inspections.
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Sweden to Close Barseback 2 Plant

Despite the fact that 80 percent of its voters want to keep nuclear as part of the nation's energy mix, the Swedish government is still going ahead with plans it first made 25 years ago to phase out its domestic nuclear energy industry.

Next on the agenda, closing the Barseback 2 nuclear power plant:
The majority of Swedes say they fear they will have to import energy from carbon dioxide-emitting coal and gas power plants elsewhere in Europe, as a result of energy shortages.

There have also been warnings that power costs are on course for sharp rises.

"There is a lack of electricity in the Nordic market and this will only contribute to that," Kalle Lindholm, spokesman for Sweden's power industry group Swedenergy, told Reuters news agency.
There's one group of folks who may be happy about Swedish plans in this area -- and they're right across the border in Finland, where that nation plans to build five reactors.

Barseback 2 alone generated four percent of Sweden's electricity, and nuclear accounts for 50 percent of electricity generation overall. The closing comes six years after the government shutdown Barseback 1 17 years ahead of the planned life expectancy of the plant.

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Sweden to Close Barseback 2 Plant

Despite the fact that 80 percent of its voters want to keep nuclear as part of the nation's energy mix, the Swedish government is still going ahead with plans it first made 25 years ago to phase out its domestic nuclear energy industry.

Next on the agenda, closing the Barseback 2 nuclear power plant:
The majority of Swedes say they fear they will have to import energy from carbon dioxide-emitting coal and gas power plants elsewhere in Europe, as a result of energy shortages.

There have also been warnings that power costs are on course for sharp rises.

"There is a lack of electricity in the Nordic market and this will only contribute to that," Kalle Lindholm, spokesman for Sweden's power industry group Swedenergy, told Reuters news agency.
There's one group of folks who may be happy about Swedish plans in this area -- and they're right across the border in Finland, where that nation plans to build five reactors.

Barseback 2 alone generated four percent of Sweden's electricity, and nuclear accounts for 50 percent of electricity generation overall. The closing comes six years after the government shutdown Barseback 1 17 years ahead of the planned life expectancy of the plant.

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U.K. Nuclear Update

We're continuing to see signs that U.K. Prime Minister Tony Blair is preparing to help jump-start a revival of that nation's nuclear energy industry. In a television interview on Saturday, one former government minister opposed to the idea said that he thought Blair had already made up his mind.

And you know something has really changed when the Guardian starts running op-eds in favor of nuclear energy that read like this:
Yet it seems wrong to dismiss nuclear energy merely because of our revulsion for nuclear weapons. Atomic power has worked. Today it provides 23% of Britain's energy, which is scheduled to fall to 7% by 2020 as old stations reach their expiry date.

Nobody can propose a credible alternative energy source that is anything like as environmentally acceptable. Anyone who supposes that wind turbines can meet demand is a mathematical duffer. A wind farm the size of Dartmoor would be required to provide the energy of one nuclear plant. In the past, atomic power has been very costly, but in the future it is reckoned that it will be cheaper than fossil fuels if oil prices exceed $28 a barrel (the current price is $50).
Meanwhile, the Council for Science and Technology, the U.K. government's top-level advisory body on science and technology issues, published a paper entitled, "An Electricity Supply Strategy for the U.K." that made the following recommendations:
* immediate investment in large scale, low-carbon, energy generation facilities to meet the Government's carbon dioxide reduction targets;

* keeping the nuclear option open and placing more emphasis on carbon sequestration and tidal power;

* government investment in R&D should be aimed at new and renewable fuel sources, energy management, storage and improving the supply and training of skilled workers in the UK; and

* development of the transmission network, its protection mechanisms and metering systems to facilitate distributed and diverse generators, ranging from commercial to domestic units; and to address the regulatory issues arising from this form of generation.
For our last post on the situation in the U.K., click here.

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U.K. Nuclear Update

We're continuing to see signs that U.K. Prime Minister Tony Blair is preparing to help jump-start a revival of that nation's nuclear energy industry. In a television interview on Saturday, one former government minister opposed to the idea said that he thought Blair had already made up his mind.

And you know something has really changed when the Guardian starts running op-eds in favor of nuclear energy that read like this:
Yet it seems wrong to dismiss nuclear energy merely because of our revulsion for nuclear weapons. Atomic power has worked. Today it provides 23% of Britain's energy, which is scheduled to fall to 7% by 2020 as old stations reach their expiry date.

Nobody can propose a credible alternative energy source that is anything like as environmentally acceptable. Anyone who supposes that wind turbines can meet demand is a mathematical duffer. A wind farm the size of Dartmoor would be required to provide the energy of one nuclear plant. In the past, atomic power has been very costly, but in the future it is reckoned that it will be cheaper than fossil fuels if oil prices exceed $28 a barrel (the current price is $50).
Meanwhile, the Council for Science and Technology, the U.K. government's top-level advisory body on science and technology issues, published a paper entitled, "An Electricity Supply Strategy for the U.K." that made the following recommendations:
* immediate investment in large scale, low-carbon, energy generation facilities to meet the Government's carbon dioxide reduction targets;

* keeping the nuclear option open and placing more emphasis on carbon sequestration and tidal power;

* government investment in R&D should be aimed at new and renewable fuel sources, energy management, storage and improving the supply and training of skilled workers in the UK; and

* development of the transmission network, its protection mechanisms and metering systems to facilitate distributed and diverse generators, ranging from commercial to domestic units; and to address the regulatory issues arising from this form of generation.
For our last post on the situation in the U.K., click here.

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Monday, 30 May 2005

Friday, 27 May 2005

Anti-Nuke Alert: Greenpeace to Fight Polish Nuclear Plant

From Polskie Radio:
Greenpeace has called for an end to plans to build a nuclear power station in Poland and has inaugurated a special project entitled the ‘Energetic Revolution.

Launched in the coastal city of Gdansk the initiative calls for more energy to come from organic sources in Poland. The ecologists are against the proposed construction of an atomic energy plant in Poland.

Spokesman of the Polish branch of Greenpeace Jacek Winiarski said that the nuclear plans is totally pointless and a “very dangerous investment.”

According to Greens Poland has great potential in wind farms and this should be made a priority.

Should the government continue to develop plans on the construction of an atomic plant Greenpeace will hold protests to block the investment, says the group.
Back in December, Poland, which relies heavily on lignite and hard coal for electrical generation, announced it would build its first nuclear reactor by 2023.

Here's a message to our friends in Poland: Drop us a line about how young nuclear professionals in the U.S. are taking the fight to the anti-nukes. We can help.

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Anti-Nuke Alert: Greenpeace to Fight Polish Nuclear Plant

From Polskie Radio:
Greenpeace has called for an end to plans to build a nuclear power station in Poland and has inaugurated a special project entitled the ‘Energetic Revolution.

Launched in the coastal city of Gdansk the initiative calls for more energy to come from organic sources in Poland. The ecologists are against the proposed construction of an atomic energy plant in Poland.

Spokesman of the Polish branch of Greenpeace Jacek Winiarski said that the nuclear plans is totally pointless and a “very dangerous investment.”

According to Greens Poland has great potential in wind farms and this should be made a priority.

Should the government continue to develop plans on the construction of an atomic plant Greenpeace will hold protests to block the investment, says the group.
Back in December, Poland, which relies heavily on lignite and hard coal for electrical generation, announced it would build its first nuclear reactor by 2023.

Here's a message to our friends in Poland: Drop us a line about how young nuclear professionals in the U.S. are taking the fight to the anti-nukes. We can help.

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Clay Sell on the Bush Nuclear Energy Policy

We just got hold of the remarks made by Deputy Energy Secretary Clay Sell at yesterday's NuStart press conference. No link was available, so we've reproduced the text here in full:
It is an honor to be here today on behalf of President Bush and Secretary Bodman… to take part in an event that could lead to a more secure energy future for our nation.

The companies that make up the Nustart Consortium are among the world’s top operators of nuclear facilities, and are well-positioned to build the first new nuclear power plants in the United States in nearly three decades.

There is no better time for a renaissance of nuclear power in this country. Our growing dependence on foreign energy… and increasing concerns about air emissions… make nuclear power’s advantages over other methods of electricity production more pronounced than ever.

Nuclear power is the only technology we currently have that can reliably produce base-load electricity without any pollution or greenhouse gas emissions. The 103 nuclear plants operating in our country today provide electricity for one in every five American homes and businesses.

But during their development and construction, the builders of many of these plants – which include some of the companies here today – endured major financial and regulatory problems. Many plants cost billions more than originally projected… and took years longer to complete than anticipated. As a result, nuclear power projects became too risky to finance… and nuclear construction in the United States ground to a halt.

But many things have changed since then. Advances in technology and management improvements have made U.S. nuclear power plants some of the safest and most cost-effective industrial facilities we have. And new reactor designs will make the next generation of plants even safer and more efficient than the current fleet. As President Bush said in a recent speech, “It’s time to start building again.”

Unfortunately, the high development costs, regulatory uncertainties, and licensing concerns of the past remain in place… making it difficult for companies to commit to new nuclear construction. But if no new plants are built... nuclear power’s current 20 percent of U.S. electricity production will drop to 14 percent by 2025… and then toward zero as the current plants are retired. Secretary Bodman recently said that allowing nuclear power to undergo such a decline in the United States would be economically and environmentally irresponsible.

Making sure that nuclear power is a viable part of our future energy mix is the goal of the Department of Energy’s Nuclear Power 2010 Program. The NuStart Consortium is a direct outgrowth of this program… which is designed to work with industry in a 50/50 cost-shared arrangement to demonstrate the Nuclear Regulatory Commission’s new “one-step” licensing process, identify suitable sites for new plants, and certify new state-of-the-art designs. This would help pave the way for an industry decision to build new advanced light-water reactors in the United States in the next few years.

In addition to this program, the President has proposed further regulatory reforms, along with risk insurance for the first new plants that come on-line. Beyond these efforts, we also need to address the issues of spent nuclear fuel and continued political opposition to nuclear power.

On the subject of spent fuel, I want to emphasize that the President and his Administration are committed to completing the Yucca Mountain project… which will remove another major impediment to a revival of nuclear construction in this country – a revival that has taken a giant step forward with the NuStart Consortium’s selection of finalist sites for the first new plants.

Thank you again for inviting me today… and congratulations on achieving such a significant milestone in this important effort.
For more on the Nuclear Power 2010 program, drop by Searching for the Truth.

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Clay Sell on the Bush Nuclear Energy Policy

We just got hold of the remarks made by Deputy Energy Secretary Clay Sell at yesterday's NuStart press conference. No link was available, so we've reproduced the text here in full:
It is an honor to be here today on behalf of President Bush and Secretary Bodman… to take part in an event that could lead to a more secure energy future for our nation.

The companies that make up the Nustart Consortium are among the world’s top operators of nuclear facilities, and are well-positioned to build the first new nuclear power plants in the United States in nearly three decades.

There is no better time for a renaissance of nuclear power in this country. Our growing dependence on foreign energy… and increasing concerns about air emissions… make nuclear power’s advantages over other methods of electricity production more pronounced than ever.

Nuclear power is the only technology we currently have that can reliably produce base-load electricity without any pollution or greenhouse gas emissions. The 103 nuclear plants operating in our country today provide electricity for one in every five American homes and businesses.

But during their development and construction, the builders of many of these plants – which include some of the companies here today – endured major financial and regulatory problems. Many plants cost billions more than originally projected… and took years longer to complete than anticipated. As a result, nuclear power projects became too risky to finance… and nuclear construction in the United States ground to a halt.

But many things have changed since then. Advances in technology and management improvements have made U.S. nuclear power plants some of the safest and most cost-effective industrial facilities we have. And new reactor designs will make the next generation of plants even safer and more efficient than the current fleet. As President Bush said in a recent speech, “It’s time to start building again.”

Unfortunately, the high development costs, regulatory uncertainties, and licensing concerns of the past remain in place… making it difficult for companies to commit to new nuclear construction. But if no new plants are built... nuclear power’s current 20 percent of U.S. electricity production will drop to 14 percent by 2025… and then toward zero as the current plants are retired. Secretary Bodman recently said that allowing nuclear power to undergo such a decline in the United States would be economically and environmentally irresponsible.

Making sure that nuclear power is a viable part of our future energy mix is the goal of the Department of Energy’s Nuclear Power 2010 Program. The NuStart Consortium is a direct outgrowth of this program… which is designed to work with industry in a 50/50 cost-shared arrangement to demonstrate the Nuclear Regulatory Commission’s new “one-step” licensing process, identify suitable sites for new plants, and certify new state-of-the-art designs. This would help pave the way for an industry decision to build new advanced light-water reactors in the United States in the next few years.

In addition to this program, the President has proposed further regulatory reforms, along with risk insurance for the first new plants that come on-line. Beyond these efforts, we also need to address the issues of spent nuclear fuel and continued political opposition to nuclear power.

On the subject of spent fuel, I want to emphasize that the President and his Administration are committed to completing the Yucca Mountain project… which will remove another major impediment to a revival of nuclear construction in this country – a revival that has taken a giant step forward with the NuStart Consortium’s selection of finalist sites for the first new plants.

Thank you again for inviting me today… and congratulations on achieving such a significant milestone in this important effort.
For more on the Nuclear Power 2010 program, drop by Searching for the Truth.

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Will Germany Flip On Nuclear Energy?

Back in March we told you about how the electrical utility executive who negotiated the planned phase-out of German nuclear power plants was predicting that the decision would eventually be reversed. Now, with perhaps some political changes in the offing, nuclear energy may be making a comeback. Here's Deutsche Welle:
After Chancellor Gerhard Schröder's center-left coalition of Social Democrats (SPD) and environmentalist Greens hammered out an agreement in 2001 with the energy industry to slowly phase out Germany's nuclear power plants, most Germans thought the subject was dead and buried.

But Schröder's decision to call for an early general election this fall after his party was trounced in a regional poll on Sunday has changed the political landscape. Suddenly, the conservative Christian Democrats (CDU) are considered favorites to form the next government in Berlin. And that has convinced many in the energy sector that reports of nuclear power's demise may have been premature.

"If the CDU wins the election, economic aspects of the power industry would take precedence over the environmental," Klaus Rauscher, head of utility Vattenfall's European operations, told the Handelsblatt newspaper.
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Will Germany Flip On Nuclear Energy?

Back in March we told you about how the electrical utility executive who negotiated the planned phase-out of German nuclear power plants was predicting that the decision would eventually be reversed. Now, with perhaps some political changes in the offing, nuclear energy may be making a comeback. Here's Deutsche Welle:
After Chancellor Gerhard Schröder's center-left coalition of Social Democrats (SPD) and environmentalist Greens hammered out an agreement in 2001 with the energy industry to slowly phase out Germany's nuclear power plants, most Germans thought the subject was dead and buried.

But Schröder's decision to call for an early general election this fall after his party was trounced in a regional poll on Sunday has changed the political landscape. Suddenly, the conservative Christian Democrats (CDU) are considered favorites to form the next government in Berlin. And that has convinced many in the energy sector that reports of nuclear power's demise may have been premature.

"If the CDU wins the election, economic aspects of the power industry would take precedence over the environmental," Klaus Rauscher, head of utility Vattenfall's European operations, told the Handelsblatt newspaper.
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Senator Obama: Climate Change, Air Quality Keeps Nuclear Energy On the Table

Back during his campaign for the U.S. Senate in 2004, U.S. Senator Barack Obama (D-IL) said that he rejected both liberal and conservative labels in favor of "common sense solutions." And when it comes to nuclear energy, it seems like the Senator is keeping an open mind:
[A]s Congress considers policies to address air quality and the deleterious effects of carbon emissions on the global ecosystem, it is reasonable – and realistic – for nuclear power to remain on the table for consideration. Illinois has 11 nuclear power plants – the most of any State in the country – and nuclear power provides more than half of Illinois’ electricity needs.

But keeping nuclear power on the table – and indeed planning for the construction of new plants – is only possible if the Nuclear Regulatory Commission is vigilant in its mission. We need better long-term strategies for storing and securing nuclear waste and for ensuring the safe operation of nuclear power plants. How we develop these strategies is a major priority for me.
For the rest of the statements from yesterday's hearing, click here.

Thanks to Paul Primavera of the Know Nukes and Safe, Clean Nuclear Power groups on Yahoo.

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Senator Obama: Climate Change, Air Quality Keeps Nuclear Energy On the Table

Back during his campaign for the U.S. Senate in 2004, U.S. Senator Barack Obama (D-IL) said that he rejected both liberal and conservative labels in favor of "common sense solutions." And when it comes to nuclear energy, it seems like the Senator is keeping an open mind:
[A]s Congress considers policies to address air quality and the deleterious effects of carbon emissions on the global ecosystem, it is reasonable – and realistic – for nuclear power to remain on the table for consideration. Illinois has 11 nuclear power plants – the most of any State in the country – and nuclear power provides more than half of Illinois’ electricity needs.

But keeping nuclear power on the table – and indeed planning for the construction of new plants – is only possible if the Nuclear Regulatory Commission is vigilant in its mission. We need better long-term strategies for storing and securing nuclear waste and for ensuring the safe operation of nuclear power plants. How we develop these strategies is a major priority for me.
For the rest of the statements from yesterday's hearing, click here.

Thanks to Paul Primavera of the Know Nukes and Safe, Clean Nuclear Power groups on Yahoo.

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Immelt: GE Could Help India in Nuclear Energy

Here's GE CEO Jeff Immelt at an event in New Dehli yesterday:
"If greenhouse gasses are bad, nuclear energy is the answer. Nuclear energy is the definitive generating source of the future," Immelt maintained.

His comments came in response to a question from former diplomat G. Parthasarathy.

"The US seems to be ready to move ahead from (the) Three Mile Island (nuclear plant disaster). There are also indications that the US might resume nuclear cooperation with India. There are reports that (US energy major) Westinghouse is keen on projects in India. Will you also come in?" Parthasarathy asked.
Back during an official state visit in March, U.S. Secretary of State Condoleezza Rice said that the U.S. would consider helping India build one or more nuclear plants.

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Immelt: GE Could Help India in Nuclear Energy

Here's GE CEO Jeff Immelt at an event in New Dehli yesterday:
"If greenhouse gasses are bad, nuclear energy is the answer. Nuclear energy is the definitive generating source of the future," Immelt maintained.

His comments came in response to a question from former diplomat G. Parthasarathy.

"The US seems to be ready to move ahead from (the) Three Mile Island (nuclear plant disaster). There are also indications that the US might resume nuclear cooperation with India. There are reports that (US energy major) Westinghouse is keen on projects in India. Will you also come in?" Parthasarathy asked.
Back during an official state visit in March, U.S. Secretary of State Condoleezza Rice said that the U.S. would consider helping India build one or more nuclear plants.

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Thursday, 26 May 2005

Back to school

There are various places where people from the nuclear industry can serve the public, some of which are less confrontational than, say, the meeting on climate change in Virginia.

On May 16, 2005, I addressed both sections of the AP Government class at Heritage High School, in Lynchburg, VA. My subject was “Radioactive Waste and Politics”. The AP Government class is designed to prepare seniors for the College Board’s advanced placement test. The class members are among the strongest students in the senior class.

The invitation to speak resulted from a comment by the teacher of the class in the fall of 2004. The high school regularly hosts a “back to school night” for parents of students, and the teacher noted that she would welcome speakers whose work was related to a political or social problem. I sent her an e-mail that described my experience in radioactive waste management, notably eight years on the Yucca Mountain Project. She was happy to have a volunteer. The culmination of the class is the advanced placement test, which is normally administered in early May. My speech was scheduled after the test as a supplementary or “enrichment” topic.

I collected a few teaching aids. These included a fuel rod mockup and a handful of pictures, which I put into a PowerPoint file. There were pictures of fuel assemblies, plots of radioactive inventory as a function of time, pictures and a schematic of the Yucca Mountain site, and a photograph of a corrosion sample of waste package material. (After 50 years of atmospheric corrosion in a marine environment, the sample retains a mirror finish.) I brought the pictures on a memory stick and projected them with a computer projector. What I presented was basically a lecture with occasional supporting visuals rather than a structured presentation.

The topic of radioactive waste management is vast and quite unfamiliar to most people. Subtopics include the various types of waste, the physics of radioactive decay, health physics, radionuclide transport, regulation, the history of site selection, the layout of the Yucca Mountain site, waste package design, etc. There was obviously too much material to cover in a fifty-minute class. My strategy was to try to cover the technical background necessary to understand why radioactive waste management is needed, the politics involved in site selection and program funding, defense in depth as it applies at Yucca Mountain, and the possibilities for personal involvement. I generally followed the strategy, though I occasionally caught myself discussing some subjects in unnecessary detail.

The teacher had told me that the two classes had very different characters, and she was right. The class that met before lunch was very lively and involved, with lots of questions, and the class that met after lunch was much more passive. (I think it is lunch that does it. I briefed Yucca Mountain tour groups numerous times and saw the same pattern.)

My intention for the presentation had never been to push a message that nuclear is good or that licensing of the Yucca Mountain repository is essential. I simply tried to explain the situation and the efforts underway. At the same time, my interest in the subject and beliefs about its importance were probably evident.

It is often difficult to gauge how one’s presentation is received. Since I was only able to cover the most important points, I felt as if I were giving a tour of a cave with only a single flashlight. I was able to guide the group into a few rooms, shine the light on a few interesting formations, and take the group out again. It seemed hopeless to provide an overall view.

Fortunately, the teacher arranged for a group thank-you note from her classes, so I received feedback from the students. The response was overwhelmingly positive. Here are a few of my favorite comments:

“I feel I now know much more about nuclear waste and it doesn’t scare me so badly.”

“Thanks for coming, nuclear waste is awesome!”

“Cheers for sharing what you know. You are really passionate about what you do, and I admire that!”

“Thank you for contributing to my knowledge and correcting my previously negative opinion toward the Yucca Mountain Project.”

“I learned a great deal about nuclear waste and might even consider [it as] a field of study.”

One of interesting things about preparing for the talk was to realize that I knew so much about the subject. The purpose, however, was not to make a show of my knowledge or even primarily to transmit information, but to show that the problem is being handled and that members of the public can be involved in the solution if they like. It was a way of putting a human face on radioactive waste management, on nuclear, and on engineering in general. In summary, I found the effort to be well worthwhile and would recommend that other engineers consider presenting their work to school groups. I plan to be back in AP Government class again next year. And then there is the physics class …

Back to school

There are various places where people from the nuclear industry can serve the public, some of which are less confrontational than, say, the meeting on climate change in Virginia.

On May 16, 2005, I addressed both sections of the AP Government class at Heritage High School, in Lynchburg, VA. My subject was “Radioactive Waste and Politics”. The AP Government class is designed to prepare seniors for the College Board’s advanced placement test. The class members are among the strongest students in the senior class.

The invitation to speak resulted from a comment by the teacher of the class in the fall of 2004. The high school regularly hosts a “back to school night” for parents of students, and the teacher noted that she would welcome speakers whose work was related to a political or social problem. I sent her an e-mail that described my experience in radioactive waste management, notably eight years on the Yucca Mountain Project. She was happy to have a volunteer. The culmination of the class is the advanced placement test, which is normally administered in early May. My speech was scheduled after the test as a supplementary or “enrichment” topic.

I collected a few teaching aids. These included a fuel rod mockup and a handful of pictures, which I put into a PowerPoint file. There were pictures of fuel assemblies, plots of radioactive inventory as a function of time, pictures and a schematic of the Yucca Mountain site, and a photograph of a corrosion sample of waste package material. (After 50 years of atmospheric corrosion in a marine environment, the sample retains a mirror finish.) I brought the pictures on a memory stick and projected them with a computer projector. What I presented was basically a lecture with occasional supporting visuals rather than a structured presentation.

The topic of radioactive waste management is vast and quite unfamiliar to most people. Subtopics include the various types of waste, the physics of radioactive decay, health physics, radionuclide transport, regulation, the history of site selection, the layout of the Yucca Mountain site, waste package design, etc. There was obviously too much material to cover in a fifty-minute class. My strategy was to try to cover the technical background necessary to understand why radioactive waste management is needed, the politics involved in site selection and program funding, defense in depth as it applies at Yucca Mountain, and the possibilities for personal involvement. I generally followed the strategy, though I occasionally caught myself discussing some subjects in unnecessary detail.

The teacher had told me that the two classes had very different characters, and she was right. The class that met before lunch was very lively and involved, with lots of questions, and the class that met after lunch was much more passive. (I think it is lunch that does it. I briefed Yucca Mountain tour groups numerous times and saw the same pattern.)

My intention for the presentation had never been to push a message that nuclear is good or that licensing of the Yucca Mountain repository is essential. I simply tried to explain the situation and the efforts underway. At the same time, my interest in the subject and beliefs about its importance were probably evident.

It is often difficult to gauge how one’s presentation is received. Since I was only able to cover the most important points, I felt as if I were giving a tour of a cave with only a single flashlight. I was able to guide the group into a few rooms, shine the light on a few interesting formations, and take the group out again. It seemed hopeless to provide an overall view.

Fortunately, the teacher arranged for a group thank-you note from her classes, so I received feedback from the students. The response was overwhelmingly positive. Here are a few of my favorite comments:

“I feel I now know much more about nuclear waste and it doesn’t scare me so badly.”

“Thanks for coming, nuclear waste is awesome!”

“Cheers for sharing what you know. You are really passionate about what you do, and I admire that!”

“Thank you for contributing to my knowledge and correcting my previously negative opinion toward the Yucca Mountain Project.”

“I learned a great deal about nuclear waste and might even consider [it as] a field of study.”

One of interesting things about preparing for the talk was to realize that I knew so much about the subject. The purpose, however, was not to make a show of my knowledge or even primarily to transmit information, but to show that the problem is being handled and that members of the public can be involved in the solution if they like. It was a way of putting a human face on radioactive waste management, on nuclear, and on engineering in general. In summary, I found the effort to be well worthwhile and would recommend that other engineers consider presenting their work to school groups. I plan to be back in AP Government class again next year. And then there is the physics class …

NuStart Energy Press Conference

Last week we told you about how NuStart Energy had selected six finalists as possible sites to test the NRC combined construction and operating license process. Steve Kerekes, our head of media relations, was at their Washington, D.C. press conference earlier today, and sent along this report.
Sixteen reporters turned out for this afternoon's 40 minute NuStart news conference at the National Press Club. A handful of folks from the Hill as well.

Event went well; about a dozen good questions after the remarks by DOE's Clay Sell, NEI's Marv Fertel and NuStart's (Exelon's) Marilyn Kray. Lots of solid curiosity. NuStart members well-represented at the head table -- which I actually felt was perhaps the most notable aspect of the event. It sent a strong signal about industry commitment to advance the ball.

Vendors said a 48-month construction timetable is do-able. Kray said industry prides itself on planning and preparedness, and wants to be ready when the market is ripe for new baseload. Marv expressed confidence in the Yucca Mountain program, particularly with where the program will be in the 2008 time frame when consortium intends to to submit COL application to NRC. Several company reps said that feedback from the political communities and Wall Street is favorable. Kray said the consortium is encouraged both by its financial analyses and the support it sees in Congress with regard to energy legislation. And, last but not least, Sell said, "This administration believes nuclear power is back."

For more about NuStart, read their FAQ.

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NuStart Energy Press Conference

Last week we told you about how NuStart Energy had selected six finalists as possible sites to test the NRC combined construction and operating license process. Steve Kerekes, our head of media relations, was at their Washington, D.C. press conference earlier today, and sent along this report.
Sixteen reporters turned out for this afternoon's 40 minute NuStart news conference at the National Press Club. A handful of folks from the Hill as well.

Event went well; about a dozen good questions after the remarks by DOE's Clay Sell, NEI's Marv Fertel and NuStart's (Exelon's) Marilyn Kray. Lots of solid curiosity. NuStart members well-represented at the head table -- which I actually felt was perhaps the most notable aspect of the event. It sent a strong signal about industry commitment to advance the ball.

Vendors said a 48-month construction timetable is do-able. Kray said industry prides itself on planning and preparedness, and wants to be ready when the market is ripe for new baseload. Marv expressed confidence in the Yucca Mountain program, particularly with where the program will be in the 2008 time frame when consortium intends to to submit COL application to NRC. Several company reps said that feedback from the political communities and Wall Street is favorable. Kray said the consortium is encouraged both by its financial analyses and the support it sees in Congress with regard to energy legislation. And, last but not least, Sell said, "This administration believes nuclear power is back."

For more about NuStart, read their FAQ.

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Another Environmentalist for Nuclear Energy

Philip Stott of EnviroSpin Watch reports that an online poll conducted by U.K. political magazine New Statesman went pro-nuclear with more than 73 percent of the vote.

Stott also points to an article by Mark Lynas in the most recent edition of the magazine (subscription required), where the author, a committed environmentalist, talks about his conversion experience with nuclear energy:
I did attend the Energy . . . Beyond Oil conference in Oxford earlier this month. The meeting focused on what could replace fossil fuels, and I arrived convinced - as I wrote in these pages a few weeks ago - that opting for nuclear power would be a disastrous mistake. Before long my comfortable green certainties were in tatters.

After reviewing each of the renewable options and deciding that they couldn't generate enough power to even replace the electricity that nuclear energy already generates in the U.K. (never mind contribute to additional baseload capacity), he came to this conclusion:
I'm not suggesting that nuclear is a panacea. It can reduce carbon emissions only as part of a combined dash for renewables and energy efficiency, buying us time while truly clean energy systems are developed . . .

If you ask me, anything is preferable to planetary climatic meltdown combined with a 1930s-style collapse into political darkness. Even nuclear power.

You can find Mark's Web site on energy and sustainability issues here.

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Another Environmentalist for Nuclear Energy

Philip Stott of EnviroSpin Watch reports that an online poll conducted by U.K. political magazine New Statesman went pro-nuclear with more than 73 percent of the vote.

Stott also points to an article by Mark Lynas in the most recent edition of the magazine (subscription required), where the author, a committed environmentalist, talks about his conversion experience with nuclear energy:
I did attend the Energy . . . Beyond Oil conference in Oxford earlier this month. The meeting focused on what could replace fossil fuels, and I arrived convinced - as I wrote in these pages a few weeks ago - that opting for nuclear power would be a disastrous mistake. Before long my comfortable green certainties were in tatters.

After reviewing each of the renewable options and deciding that they couldn't generate enough power to even replace the electricity that nuclear energy already generates in the U.K. (never mind contribute to additional baseload capacity), he came to this conclusion:
I'm not suggesting that nuclear is a panacea. It can reduce carbon emissions only as part of a combined dash for renewables and energy efficiency, buying us time while truly clean energy systems are developed . . .

If you ask me, anything is preferable to planetary climatic meltdown combined with a 1930s-style collapse into political darkness. Even nuclear power.

You can find Mark's Web site on energy and sustainability issues here.

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Climate Change in Virginia

Virginia NA-YGNmembers Mike Stuart, Joe Montague and I attended a "Richmond Townhall Meeting" organized Tuesday night by the Chesapeake Climate Action Network (CCAN). The website says
The Chesapeake Climate Action Network is the first grassroots, nonprofit organization dedicated exclusively to fighting global warming in Maryland, Virginia, and Washington, D.C. Our mission is to educate and mobilize citizens of this region in a way that fosters a rapid societal switch to clean energy and energy-efficient products, thus joining similar efforts worldwide to slow and perhaps halt the dangerous trend of global warming.
Mike began working the room immediately and recognized a fellow from the local Sierra Club that he had met at the state fair. This local environmental leader is NOT against nuclear power. In fact, he supports it as a means to combat pollution and global warming in the near-term. I shared a couple of quotes from James Lovelock. His feeling appears to be that the need is so urgent that we must use "less than perfect" technologies to save the environment.

CCAN began with a short introduction and said that this was the first of many town hall meetings they plan in the next year. Their goal is to pass legislation for a Renewable Portfolio Standard (RPS) in Virginia in 2006 similar to ones in Maryland, PA, NJ, etc. It would require that 15% of the state's electricity come from renewable resources by the year 2015. Their materials say
The RPS would give preference to zero-emission resources (resources that emit no pollutants) such as wind power, solar, geothermal power, ocean energy and others.
Then with a little help from Mike with the projector, they showed a short film called "We are All Smith Islanders." Mike Tidwell, the founder and executive director of CCAN (they call it sea-can), believes that it is the first documentary in the world showing the local effects of global warming.

For its goal of getting people to care about global warming and climate change, the film is very effective. I'm not saying that their anecdotal evidence convinces me that the "disappearance" of land from islands in the Chesapeake Bay is a direct result of global warming and that it proves their global models are accurate (as Joe astutely put it, "They don't believe our models of how a reactor behaves but they expect me to believe that their models of the entire earth are correct?") but it is an interesting film. Information about the health effects of pollution were also included. In the film, one expert said that we must reduce the worldwide use of coal, oil, and natural gas by as much as 80%.

Much of the film, and the ensuing presentations, touted wind as the energy of choice. They quoted American Wind Energy Association (AWEA) numbers that said building wind farms is cost-effective. A couple of times, the issue of bird and bat kills came up. I found one point they made rather interesting. They said that if 50% of US electricity was generated by wind the number of birds killed from the turbines would still be less than those killed by household cats...and global warming will kill even more birds than windmills anyway. Imagine if the nuclear industry tried to employ a similar argument.

Anyway, after the film, each member of the panel spoke for a few minutes. The first was Reverend Miles of the Unitarian church that hosted the event. She talked about the religious and moral reasons to fight global warming and the various interfaith efforts that are underway. The General Assembly for the UU has made the threat of global warming their "study action" for 2004-2006.

Towell McBride from Highland County, Virginia spoke next. His father is the fellow in a recent Richmond Times-Dispatch article that is trying to build a 38 turbine wind farm in western Virginia.

Then Dudley Rochester from the American Lung Association gave a presentation on the health effects of air pollution, particularly pollution from power plants. Some of his numbers:

Annual mortality from Power plant pollution nationwide: 11 per 100,000
From tobacco: 153 per 100,000
From all air pollution: 60 per 100,000
From alcohol, guns, and cars: 55 per 100,000

The last panel speaker was Mike Tidwell. After reviewing a bit of the effects of global warming and encouraging people to make this their number one priority as activists, he spent a lot of time talking about wind power. Though I think his view of how much wind can contribute near-term is wildly optimistic, most of what he said was well presented. But then in the middle, he inserted a quick thought about solar and wind being the methods of choice because they don't pose the dangers of nuclear.

The floor was opened for questions and comments. Steve Brown, a Presbyterian minister, spoke saying that the global warming is an ethical and moral issue and that he is a part of the ecumenical Interfaith Power and Light organization.

Then a member from the People’s Alliance for Clean Energy (PACE), the local antinuclear group, was called on and she said that she supports CCAN's initiatives but she would like to see more specifics at future meetings. She also asked for support for PACE efforts to stop the construction of new nuclear power plants.

I was next and said that I agreed with the previous speaker in wanting more specifics of how they plan to reduce emissions. In particular, the numbers didn't add up for me. I said that the film advocated an 80% reduction in the use of coal, oil, and natural gas. That number is in line with claims from some leading environmentalists that say drastic reductions must be made immediately (in the next 20-50 years) to prevent the earth from reaching the "point of no return." I went on to say that while I support the development of wind and solar, of the 27% of US electricity that comes from emission-free sources today, less than 2% comes from those sources. Furthermore, the AWEA itself says that under the best circumstances, wind energy could provide only 6% of US electricity by the year 2020. So, if the need is urgent, how can we ignore nuclear which currently provides 73% of the nation's emission-free electricity? What did the panel see as the ideal energy mix for, say, 2020 or 2030 and could they also specifically address the mix for baseload power?

Mike Tidwell's response boiled down to:

1. He didn't agree with the AWEA number I gave and said that with conservation and an aggressive campaign, wind energy could provide much more than 6% of the nation's electricity by 2020. I didn't get a chance to follow-up on this point but one of the other experts said earlier that "theoretically" wind could provide 20% of US electricity.

2. They don't advocate nuclear power because it is not emission-free when one considers all the manufacturing and mining. I tried to say that ALL energy sources emit pollutants during some stage of their life cycle but I was cutoff.

3. He went on to define "renewable" (though he actually used the UN definition for "sustainable") as energy produced in a way which doesn't impede future generations from meeting their needs, and that the issue of waste that is toxic for hundreds of thousands of years makes nuclear non-renewable (or sustainable).

I wanted to respond but Tidwell told me I must be quick. I pointed out that ALL energy technologies have pros and cons and that is why we need a balanced mix, that manufacturing and mining for solar and wind power also produce pollution, and that solar power produces toxic waste that NEVER decays. He responded that yes, there is toxic waste from solar power, but "anything is better than coal." Exactly.

I stayed quiet for the rest of the discussion. One woman said she was a writer and asked about the public opposition to the windmill projects. Mike Tidwell responded at length and his words can be summarized, "Fighting global warming is more important than the inconvenience of a small minority of people who don't like the view from their second homes in the mountains." Again, imagine if the nuclear industry used similar arguments about the impacts to communities.

There were a few other questions that didn't cover new ground. The last question that was taken was from a woman from Highland County. After Tidwell's and McBride's comments I felt sorry for her. She was against the windmill project in her area for a variety of reasons.

At that point the organizers said they would have to end the meeting but that the panel and representatives from CCAN would stay to answer questions. They handed out stamped envelopes with paper, talking points, pens, and addresses for state legislators and encouraged everyone to write and send a letter before they left that night.

The discussions we had after the meeting were quite enlightening. We spoke to several people, including some from CCAN and one director of an environmental company that promotes wind power. I told one person that I surmised that his organization could not publicly support nuclear without losing some of its core constituencies but that I found it a bit hypocritical that life-cycle emissions and waste were cited as reasons that nuclear is disparaged while similar issues with solar and wind are dismissed. I said I wasn't against wind and solar but I was disturbed by the negative comments on nuclear. He said he personally is not against nuclear power as a means to address climate change and he took some of the materials I brought.

I don’t want to get any of the individuals in trouble with their organizations so I won’t post names but similar conversations made it clear that there are several local leaders of environmentalist groups not personally opposed to nuclear power as a means to reduce emissions. Politically, however, they could not publicly promote nuclear because they would lose a significant portion of supporters like PACE. One person that had earlier denounced nuclear even said privately, “I’m really not opposed to nuclear as long as it doesn’t interfere with renewables.”

With all of these people we reiterated that NA-YGN is not against the development of solar and wind and other renewables, but that we support a balanced energy mix that includes those AND nuclear. I also said that I personally couldn't support their proposed legislation as it is currently written. However, if it were written in a way so as not to exclude nuclear as part of the solution to address climate change, I may be able to support it and perhaps also my NA-YGN colleagues. More than one person was interested in further discussion on the issue and took our contact information.

By then it was very late and I was trying to shoo Mike out the door, but he was busy talking to two more people about the benefits of nuclear energy and debunking some of the myths. The young man looked vaguely familiar and later he said he had been at the NRC hearing in Louisa last February. We talked a bit about security, waste, radiation effects etc. The woman was really surprised by some of the facts we cited and I believe she is a little more open to considering nuclear power now. The fellow was listening but he obviously isn't convinced, particularly on the waste and security issues. On the way out, Mike asked him if we had changed his mind at all. He said, "No" and Mike said, "That's all right. At least we can talk about it" and our friend agreed.

Also on our way out, the man from Sierra Club told me "Good job."

All in all, I gained an even greater appreciation for the courage of those environmentalists like James Lovelock, Patrick Moore, and our local friend from Sierra Club for the great risks they are taking by supporting nuclear power. Ideally, everyone that believes global warming is an imminent threat would have the fortitude to vocally advocate nuclear and would try to convince those elements of their constituency that oppose it. In reality though, and as demonstrated last night, it is quite difficult, politically and personally, to take such a course. We have to work with what we've got.

Climate Change in Virginia

Virginia NA-YGNmembers Mike Stuart, Joe Montague and I attended a "Richmond Townhall Meeting" organized Tuesday night by the Chesapeake Climate Action Network (CCAN). The website says
The Chesapeake Climate Action Network is the first grassroots, nonprofit organization dedicated exclusively to fighting global warming in Maryland, Virginia, and Washington, D.C. Our mission is to educate and mobilize citizens of this region in a way that fosters a rapid societal switch to clean energy and energy-efficient products, thus joining similar efforts worldwide to slow and perhaps halt the dangerous trend of global warming.
Mike began working the room immediately and recognized a fellow from the local Sierra Club that he had met at the state fair. This local environmental leader is NOT against nuclear power. In fact, he supports it as a means to combat pollution and global warming in the near-term. I shared a couple of quotes from James Lovelock. His feeling appears to be that the need is so urgent that we must use "less than perfect" technologies to save the environment.

CCAN began with a short introduction and said that this was the first of many town hall meetings they plan in the next year. Their goal is to pass legislation for a Renewable Portfolio Standard (RPS) in Virginia in 2006 similar to ones in Maryland, PA, NJ, etc. It would require that 15% of the state's electricity come from renewable resources by the year 2015. Their materials say
The RPS would give preference to zero-emission resources (resources that emit no pollutants) such as wind power, solar, geothermal power, ocean energy and others.
Then with a little help from Mike with the projector, they showed a short film called "We are All Smith Islanders." Mike Tidwell, the founder and executive director of CCAN (they call it sea-can), believes that it is the first documentary in the world showing the local effects of global warming.

For its goal of getting people to care about global warming and climate change, the film is very effective. I'm not saying that their anecdotal evidence convinces me that the "disappearance" of land from islands in the Chesapeake Bay is a direct result of global warming and that it proves their global models are accurate (as Joe astutely put it, "They don't believe our models of how a reactor behaves but they expect me to believe that their models of the entire earth are correct?") but it is an interesting film. Information about the health effects of pollution were also included. In the film, one expert said that we must reduce the worldwide use of coal, oil, and natural gas by as much as 80%.

Much of the film, and the ensuing presentations, touted wind as the energy of choice. They quoted American Wind Energy Association (AWEA) numbers that said building wind farms is cost-effective. A couple of times, the issue of bird and bat kills came up. I found one point they made rather interesting. They said that if 50% of US electricity was generated by wind the number of birds killed from the turbines would still be less than those killed by household cats...and global warming will kill even more birds than windmills anyway. Imagine if the nuclear industry tried to employ a similar argument.

Anyway, after the film, each member of the panel spoke for a few minutes. The first was Reverend Miles of the Unitarian church that hosted the event. She talked about the religious and moral reasons to fight global warming and the various interfaith efforts that are underway. The General Assembly for the UU has made the threat of global warming their "study action" for 2004-2006.

Towell McBride from Highland County, Virginia spoke next. His father is the fellow in a recent Richmond Times-Dispatch article that is trying to build a 38 turbine wind farm in western Virginia.

Then Dudley Rochester from the American Lung Association gave a presentation on the health effects of air pollution, particularly pollution from power plants. Some of his numbers:

Annual mortality from Power plant pollution nationwide: 11 per 100,000
From tobacco: 153 per 100,000
From all air pollution: 60 per 100,000
From alcohol, guns, and cars: 55 per 100,000

The last panel speaker was Mike Tidwell. After reviewing a bit of the effects of global warming and encouraging people to make this their number one priority as activists, he spent a lot of time talking about wind power. Though I think his view of how much wind can contribute near-term is wildly optimistic, most of what he said was well presented. But then in the middle, he inserted a quick thought about solar and wind being the methods of choice because they don't pose the dangers of nuclear.

The floor was opened for questions and comments. Steve Brown, a Presbyterian minister, spoke saying that the global warming is an ethical and moral issue and that he is a part of the ecumenical Interfaith Power and Light organization.

Then a member from the People’s Alliance for Clean Energy (PACE), the local antinuclear group, was called on and she said that she supports CCAN's initiatives but she would like to see more specifics at future meetings. She also asked for support for PACE efforts to stop the construction of new nuclear power plants.

I was next and said that I agreed with the previous speaker in wanting more specifics of how they plan to reduce emissions. In particular, the numbers didn't add up for me. I said that the film advocated an 80% reduction in the use of coal, oil, and natural gas. That number is in line with claims from some leading environmentalists that say drastic reductions must be made immediately (in the next 20-50 years) to prevent the earth from reaching the "point of no return." I went on to say that while I support the development of wind and solar, of the 27% of US electricity that comes from emission-free sources today, less than 2% comes from those sources. Furthermore, the AWEA itself says that under the best circumstances, wind energy could provide only 6% of US electricity by the year 2020. So, if the need is urgent, how can we ignore nuclear which currently provides 73% of the nation's emission-free electricity? What did the panel see as the ideal energy mix for, say, 2020 or 2030 and could they also specifically address the mix for baseload power?

Mike Tidwell's response boiled down to:

1. He didn't agree with the AWEA number I gave and said that with conservation and an aggressive campaign, wind energy could provide much more than 6% of the nation's electricity by 2020. I didn't get a chance to follow-up on this point but one of the other experts said earlier that "theoretically" wind could provide 20% of US electricity.

2. They don't advocate nuclear power because it is not emission-free when one considers all the manufacturing and mining. I tried to say that ALL energy sources emit pollutants during some stage of their life cycle but I was cutoff.

3. He went on to define "renewable" (though he actually used the UN definition for "sustainable") as energy produced in a way which doesn't impede future generations from meeting their needs, and that the issue of waste that is toxic for hundreds of thousands of years makes nuclear non-renewable (or sustainable).

I wanted to respond but Tidwell told me I must be quick. I pointed out that ALL energy technologies have pros and cons and that is why we need a balanced mix, that manufacturing and mining for solar and wind power also produce pollution, and that solar power produces toxic waste that NEVER decays. He responded that yes, there is toxic waste from solar power, but "anything is better than coal." Exactly.

I stayed quiet for the rest of the discussion. One woman said she was a writer and asked about the public opposition to the windmill projects. Mike Tidwell responded at length and his words can be summarized, "Fighting global warming is more important than the inconvenience of a small minority of people who don't like the view from their second homes in the mountains." Again, imagine if the nuclear industry used similar arguments about the impacts to communities.

There were a few other questions that didn't cover new ground. The last question that was taken was from a woman from Highland County. After Tidwell's and McBride's comments I felt sorry for her. She was against the windmill project in her area for a variety of reasons.

At that point the organizers said they would have to end the meeting but that the panel and representatives from CCAN would stay to answer questions. They handed out stamped envelopes with paper, talking points, pens, and addresses for state legislators and encouraged everyone to write and send a letter before they left that night.

The discussions we had after the meeting were quite enlightening. We spoke to several people, including some from CCAN and one director of an environmental company that promotes wind power. I told one person that I surmised that his organization could not publicly support nuclear without losing some of its core constituencies but that I found it a bit hypocritical that life-cycle emissions and waste were cited as reasons that nuclear is disparaged while similar issues with solar and wind are dismissed. I said I wasn't against wind and solar but I was disturbed by the negative comments on nuclear. He said he personally is not against nuclear power as a means to address climate change and he took some of the materials I brought.

I don’t want to get any of the individuals in trouble with their organizations so I won’t post names but similar conversations made it clear that there are several local leaders of environmentalist groups not personally opposed to nuclear power as a means to reduce emissions. Politically, however, they could not publicly promote nuclear because they would lose a significant portion of supporters like PACE. One person that had earlier denounced nuclear even said privately, “I’m really not opposed to nuclear as long as it doesn’t interfere with renewables.”

With all of these people we reiterated that NA-YGN is not against the development of solar and wind and other renewables, but that we support a balanced energy mix that includes those AND nuclear. I also said that I personally couldn't support their proposed legislation as it is currently written. However, if it were written in a way so as not to exclude nuclear as part of the solution to address climate change, I may be able to support it and perhaps also my NA-YGN colleagues. More than one person was interested in further discussion on the issue and took our contact information.

By then it was very late and I was trying to shoo Mike out the door, but he was busy talking to two more people about the benefits of nuclear energy and debunking some of the myths. The young man looked vaguely familiar and later he said he had been at the NRC hearing in Louisa last February. We talked a bit about security, waste, radiation effects etc. The woman was really surprised by some of the facts we cited and I believe she is a little more open to considering nuclear power now. The fellow was listening but he obviously isn't convinced, particularly on the waste and security issues. On the way out, Mike asked him if we had changed his mind at all. He said, "No" and Mike said, "That's all right. At least we can talk about it" and our friend agreed.

Also on our way out, the man from Sierra Club told me "Good job."

All in all, I gained an even greater appreciation for the courage of those environmentalists like James Lovelock, Patrick Moore, and our local friend from Sierra Club for the great risks they are taking by supporting nuclear power. Ideally, everyone that believes global warming is an imminent threat would have the fortitude to vocally advocate nuclear and would try to convince those elements of their constituency that oppose it. In reality though, and as demonstrated last night, it is quite difficult, politically and personally, to take such a course. We have to work with what we've got.

Wednesday, 25 May 2005

PFS' Utah Plans Inch Closer to Approval

From the Salt Lake Tribune:
The Atomic Safety and Licensing Board on Tuesday rejected Utah's latest appeal seeking to prevent Private Fuel Storage's plans to store 44,000 tons of nuclear waste on the Skull Valley Goshute Indian reservation.

The board's decision means PFS is inching closer to getting its license to build an interim spent fuel-rod storage site 45 miles southwest of Salt Lake City. PFS officials have said they could be operating by 2007.

For more coverage, visit the Daily Herald, the Guardian (U.K.) or visit the PFS Web site.

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PFS' Utah Plans Inch Closer to Approval

From the Salt Lake Tribune:
The Atomic Safety and Licensing Board on Tuesday rejected Utah's latest appeal seeking to prevent Private Fuel Storage's plans to store 44,000 tons of nuclear waste on the Skull Valley Goshute Indian reservation.

The board's decision means PFS is inching closer to getting its license to build an interim spent fuel-rod storage site 45 miles southwest of Salt Lake City. PFS officials have said they could be operating by 2007.

For more coverage, visit the Daily Herald, the Guardian (U.K.) or visit the PFS Web site.

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Tuesday, 24 May 2005

Sound Science, Not Hysteria

Hydrogen Power News on the recent New York Times piece concerning the growing split in the environmental community over nuclear energy:
The paper also notes the arguments within the environmental movement as many of the hardline nuclear opponents speak in terms more akin to betrayal which is what you would expect if a movement is based on emotion or religion instead of science and facts, some have evidently made up their minds and that’s that. What we need now is clear thinking and if the hydrogen economy is ever going to be anything other than a fantasy, every avenue needs to be explored.
For more on the connection between nuclear energy and a possible future hydrogen economy, click here.

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Sound Science, Not Hysteria

Hydrogen Power News on the recent New York Times piece concerning the growing split in the environmental community over nuclear energy:
The paper also notes the arguments within the environmental movement as many of the hardline nuclear opponents speak in terms more akin to betrayal which is what you would expect if a movement is based on emotion or religion instead of science and facts, some have evidently made up their minds and that’s that. What we need now is clear thinking and if the hydrogen economy is ever going to be anything other than a fantasy, every avenue needs to be explored.
For more on the connection between nuclear energy and a possible future hydrogen economy, click here.

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Investor's Business Daily on the "Greenie Meltdown"

In a May 20 editorial in Investor's Business Daily, the editors describe the dillema many environmentalists now find themselves in (subscribers only content):
The central hypocrisy of environmentalists has long been that their anti-nuclear hysteria has driven the U.S. to increase the use of fossil fuels that pollute the air and contribute to global warming. It takes four tons of coal to provide the power needs of one inhabitant on Chicago's Lakeshore Drive for one year. A few ounces of uranium would fill that same need.

If we had simply built all the nuclear power plants that were in the pipeline at the time of the over-hyped Three Mile Island incident, we'd have reduced our current coal consumption by more than enough to satisfy the demands of Kyoto.


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Investor's Business Daily on the "Greenie Meltdown"

In a May 20 editorial in Investor's Business Daily, the editors describe the dillema many environmentalists now find themselves in (subscribers only content):
The central hypocrisy of environmentalists has long been that their anti-nuclear hysteria has driven the U.S. to increase the use of fossil fuels that pollute the air and contribute to global warming. It takes four tons of coal to provide the power needs of one inhabitant on Chicago's Lakeshore Drive for one year. A few ounces of uranium would fill that same need.

If we had simply built all the nuclear power plants that were in the pipeline at the time of the over-hyped Three Mile Island incident, we'd have reduced our current coal consumption by more than enough to satisfy the demands of Kyoto.


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