Tag: Vermont Yankee

I know it is self serving, but facts can be verified.  From their website: http://www.safecleanreliable.com/index.htm

“Vermont Yankee is committed to keeping Vermont’s environment strong and healthy. The safe and reliable operation of the plant helps ensure that the state’s abundant and beautiful forests, rivers, and lakes are not damaged by acid rain. According to the Nuclear Energy Institute (NEI), in 2008, Vermont Yankee avoided the emission of 6,500 tons of sulfur dioxide, 1,400 tons of nitrogen oxides and 2.8 million metric tons of CO2. Since 2005, Vermont Yankee has been contributing to Vermont’s “Clean Energy Fund,” and by 2012, VY will have contributed about $35 million, providing money for the development of renewable energy sources in VT.

In the United States alone nuclear energy accounts for about 72 percent of all U.S. emission-free generation.

According to NEI, generating electricity is the single largest source of carbon dioxide emissions in the United States, representing 41 percent of all emissions. As the issue of global warming continues to capture the focus of America and the world, it is vitally important to look at the role nuclear can play in reducing the greenhouse gas emissions that continue to pollute the air and damage our ecosystem.

In fact, electricity generated by nuclear avoids almost 700 million metric tons of carbon dioxide per year in the U.S. This is nearly as much carbon dioxide as is released from all U.S. passenger cars.

In thinking about energy and the powerful role it plays in ensuring the quality of the environment, we are compelled to look at the carbon footprint of various energy sources.

Life-cycle analysis is a mechanism for measuring the total environmental impact of various energy sources. This includes emissions resulting from all aspects of each energy source-construction, operation, dismantling and disposal.

The life-cycle impact of nuclear energy is among the lowest of any form of electricity generation, comparable with renewable technologies such as wind and solar power.”

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powerThis is a followup to my post about whether or not nuclear power is considered green power and Vermont, the Green Mountain State’s issue with the Vermont Yankee nuclear power plant license renewal.  I was channel surfing today and because of my “connection” with Vermont, the power plant in Vernon, and the refusal of by Vermont’s legislature to renew the plant’s license to operate, a segment on Varney & Company caught my ear.

On Monday Stuart Varney interviewed State Senator Peter Shumlin (D) Vermont, about the power plant license renewal.  A question asked by Mr. Varney was about what Vermont was going to do when the power plant was shutdown in 2012.  Where were they going to get their power?  Senator Shumlin’s answer was a little vague saying that they would buy some from Canada and encourage more renewable energy like solar, after all, “Germany was getting 30% of their power from solar energy”.

Well, after some research by Mr. Varney, and shared on Tuesday’s show, it was discovered that Germany’s solar power provides less than 1% of its power requirement, quite a difference, don’t you think.  Solar energy can help, but using it on a large scale is still quite a ways off, especially to replace 1/3 of the power requirements for Vermont now provided by the Vermont Yankee plant.  This kind of misstatement really hurts our cause and the lack of knowledge by people who are making these decisions is disconcerting to say the least.

I wish that politicians would concentrate on getting us a good, fair, and balanced energy policy, that will protect as well as efficiently utilize our resources and provide for alternative energies.  I want them to think, yes think hard about alternatives and consequences before they make a decision.  Maybe there should be more project managers running the country.  Risk management and contingency planning are part of our DNA.

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nuclear2Is a nuclear power plant a green way to provide energy?  There seems to be quite a division in thinking on this one.  President Obama thinks that nuclear power is a good thing and his administration is promising $8+ billion of federal loan guarantees to build two new plants.  But the 800 pound gorilla continues to lurk in the foreground.  The problem with nuclear waste plagues the industry.  After all these years, and billions of dollars, there still isn’t a good solution.  In spite of a good solution to the nuclear waste problem, our European counterparts are on-board with nuclear power.  France now generates 80% of its power that way.  We produce about 20% of our power.

I read recently that Vermont has voted to block the license renewal for the Vermont Yankee (VTY) plant in Vernon, Vermont.  That has some nostalgic significance to me because I worked for the “project managers” (utility engineers) during construction of the plant in 1970.  Commissioned in August 1966 and given its operating license in March 1972, Vermont Yankee is one of the older plants in the American inventory of 104 power reactors. The oldest still running is Oyster Creek, near Toms River, N.J., which is of a similar design and opened in December 1969.  I happened to have investigated a fish kill the Oyster River plant site in the mid-‘70’s when I was doing some reporting for a local paper.  They shut down the plant for maintenance in mid-winter without giving the fish life around the plant ample time to acclimate, a no-no, but that’s another story.

A couple of things stand out about my time at VTY.  Working in what amounted to a big freezer (a concrete enclosure) during one of the coldest Vermont winters is hard to forget.  But even harder to forget were the people I met during the construction.  We were basically the quality control group for the construction, X-raying welds, checking welder qualifications, inspecting critical welds, checking installation against design blueprints, etc.   The inspectors as well as the welders were top notch and realized, even then, the potential for disaster if things weren’t done well.  The protection of the environment, especially the water quality of the mighty Connecticut River, was considered very important by the regulators and the plant designers.

As of a couple of years ago, when I had some contact with plant engineers, the VTY plant is continually being upgraded with the latest safety measures and operating well and efficiently.  As a matter of fact, VTY sells power to Vermont utilities for about 4 cents/kWh, half the national average, making it one of the least expensive power alternatives.   I know, there is the little issue of tritium.  Recently, test wells around the VTY property showed unusually high quantities of tritium.  To find all the facts about tritium, see http://www.epa.gov/radiation/radionuclides/tritium.html .  The plant is located on the banks of the Connecticut River, so not only area wells could be affected, but also the river itself.  Whether or not they can find the leak, and whether or not finding and correcting the issue will placate the detractors is another story.  But I know that whether tritium is fuel (excuse the pun) for the fire, or the fire to abandon nuclear power is just too out of control; nuclear energy may be one of our best “green” alternatives.  You think?

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