Nuclear power revival – real or just talk?

The nation’s quiescent nuclear power industry should adopt the polar bear as its mascot.

Nothing has done more to boost the chances of a nuclear plant revival in the U.S. than the ubiquitous photos of helpless polar bears struggling to maintain balance on ever-shrinking floes as global warming eats away at their once boundless icy real estate.

The companies that design and build nuclear reactors and the energy utilities that would buy and operate them have seized on global-warming fears to offer nuclear power as the non-carbon-polluting alternative to fossil fuel generation.
And…shhhh (they whisper), as an added bonus, we won’t have to spend billions invading other countries (OK, maybe Canada) to keep the raw material for that energy coming.

Putting aside the still pesky problem of what to do with spent uranium rods and some lingering concerns about widespread human death and environmental destruction should the midnight to eight shift fall asleep while the plants’ innards burp, the industry could have a winner on their hands.

Some pluses:

* Safety Since the Three-Mile Island scare near Harrisburg in 1979 that sent the industry into a polar bear freeze, nuclear power plants have demonstrated a near flawless safety record here and internationally.

* Others are doing it France gets 77 percent of its electricity from nuclear reactors. Japan gets 30 percent. Residents of the Garden State may be surprised to learn that New Jersey relies on home-grown nuclear power for 40 percent of its energy needs.

* The competition are environmental bad boys To keep pace with growing energy demand, the nation needs to build more power plants. Conventional energy plants are powered either by coal or natural gas–both contributors to greenhouse gases. Coal has a special place in the pantheon of environmental villains. Read: The dark side of energy independence or watch the current Comcast On Demand viewing of Burning the Future: Coal in America

* The competition gets costlier The rising cost of both coal and natural gas is eroding their historic standing as the nation’s preferred sources of ample and cheap power fuel.

So, there really is something to all this talk in the media about a nuclear revival, right?

The industry is doing its best to convince you and political leaders (who control the levers of federal subsidies and state environmental controls) that this is the case.

It has cranked up a public relations effort in Washington and state capitols and has had great success in getting ink and electrons for its side of the energy debate.
[In New Jersey, the nuclear lobby got to practice is arguments over the past year in supporting a 20-year renewal of the federal operating license for the Oyster Creek nuclear plant–the nation’s oldest–in Forked River, NJ. See: NJ nuke’s relicensing looks like a done deal and More on New Jersey nuclear advocacy ]

There also are signs of interest in building new plants from more than a few utilities.

In New Jersey energy giant PSEG has made no secret of the fact that it is exploring the possibility of adding a new reactor in South Jersey, where it already has three nuclear stations.

And just this past week in Pennsylvania, PPL announced that it has informed the U.S. Nuclear Regulatory Commission that it might apply for a license for a third reactor at the Susquehanna nuclear power plant about 75 miles northwest of the Lehigh Valley.

But most of the announcements about energy company interest in testing the nuclear waters are couched in lots of “maybes.”

That’s due to a host of hard-to-quantify variables, including questions about: projected construction costs, financial market support, government financing, tax breaks or outright subsidies (remember there are new upstarts in solar and wind vying for their slice of the federal financial pie), hints of the softening of opposition among some national environmental organizations, but offsetting prospects for continuing opposition from regional enviro-groups and other NIBYites.

One of the big challenges receiving recent media attention is the soaring construction price tag.

The Wall Street Journal reported on May 12 that the industry has received new sticker-shock projections of between $5 billion to $12 billion per plant–double to quadruple earlier rough estimates.

“The latest projections follow months of tough negotiations between utility companies and key suppliers, and suggest efforts to control costs are proving elusive. Estimates released in recent weeks by experienced nuclear operators – NRG Energy Inc., Progress Energy Inc., Exelon Corp., Southern Co. and FPL Group Inc. – “have blown by our highest estimate” of costs computed just eight months ago, said Jim Hempstead, a senior credit officer at Moody’s Investors Service credit-rating agency in New York.” The Journal ended its piece by noting that PSEG’s CEO Ralph Izzo concedes that, due to rising construction costs, his company may not be big enough alone to build a nuclear plant, even though it is a nuclear operator. That could mean simply that joint ventures may be the wave of the future. Or it could be a signal to government that it needs to pony up even more than before. In any case, the nuclear ‘revival’ may have to be postponed for a bit…at least until the polar bears are up to their necks in water.

MORE:A full copy of the Wall Street Journal’s (paid-subscription) story is available at the Alliance for Nuclear Responsibility website here. In Chicago Boyz : Nuclear Power Cost Over-runs In Science Daily: Questioning Nuclear Power’s Ability To Forestall Global Warming In Politico: Environmentalists see fission on nuclear power In Atlanta Journal-Constitution: Southern’s Ala. nuclear reactors raise new doubts

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New chemical plant rules criticized in NJ

New chemical plant safety rules in the process of being adopted by the New Jersey Department of Environmental Protection (NJDEP) are already under fire from an environmental organization that is drawing attention to the chemical industry’s praise for the new regulations.

In a press release, Bill Wolfe, state director of Public Employees for Environmental Responsibility (PEER) says:

“ ‘Inherently safer technologies’ was supposed to be the most effective solution for managing the safety, security, and health risk associated with chemical plants, but what New Jersey produced is only a faint echo of what should have been enacted. This is like the IRS requiring people to fill out tax forms but making actual payment of taxes voluntary.”

Wolfe, a former NJDEP employee and now a critic of the agency, notes that the new rules were: “warmly praised by the chemical industry and condemned by unions representing plant workers in formal comments.”

Click here for PEER’s entire news release

Click here for a copy of the new rules and the NJDEP’s response to public comments submitted during the rule review process.

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A big NJ solar project via a PA utility

Schering-Plough Corporation, the New Jersey-based pharmaceutical manufacturer, is about to make solar history, but not with the help of the state’s largest energy company.

Schering announced today that it will install the nation’s largest array of solar roof panels. The solar system will be built on eight rooftops on buildings throughout the company’s campus in Summit , NJ.

The company’s energy partner in the venture, however, is not Public Service Electric and Gas (PSEG), New Jersey’s largest energy company. PSEG has has been making headlines with a variety of recent clean-energy initiatives in New Jersey, from commercial and residential loans to customers interested in solar installations to a proposal for an off-shore wind farm and public ruminations over possibly building the state’s first new nuclear power plant in decades.

Schering-Plough instead has selected PPL, a Pennsylvania-based energy company, to design, construct and operate the 1.7-megawatt solar system.

When complete, the project will give PPL ownership or control over solar projects with a total installed capacity of about 10 megawatts.

In a news release today announcing the project, PPL says it “continues to explore partnership opportunities to develop additional solar energy projects in New Jersey and throughout the 13-state power market managed by PJM Interconnection.”

Am I imagining it, or does that quote not contain a hint of interstate, competitive glee?

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Water Infrastructure hearings in Pennsylvania

The following appeared this morning in The Eye Opener, a publication of Pennsylvania Legislative Services.

The Sustainable Water Infrastructure Task Force announced a series of public meetings to be held throughout the state this month. The task force wants to hear recommendations from the public about what issues the task force should consider; what existing statutory, regulatory or public policy barriers prevent the long-term sustainability of Pennsylvania’s water infrastructure; and possible new revenue streams that could help meet the state’s infrastructure needs. The meetings will take place in Allegheny, Clearfield, Luzerne, Montgomery, Northampton, Venango and York counties. For more information, visit www.depweb.state.pa.us, keyword: Water Management, then click on the task force link.

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Top environmental & political news: May 5-9

Every day, we select a few of the top environmental and political stories appearing in our newsletter, EnviroPolitics, and post them to our website for free public use.

Click the links below to view stories for New Jersey, Pennsylvania, New York–and beyond– that appeared during the past week.

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PA’s big stake in carbon sequestration tests

The nation’s energy crisis would be yesterday’s news if so-called, clean-coal technology can be proven to work effectively and economically.

That’s a big ‘if’ –perhaps a long shot–but it would provide an enormous economic boost to coal-producing states like Pennsylvania, which:

* Has anthracite coal reserves in excess of 7 billion tons
* Is the nation’s second largest exporter of electricity, and
* Generates 55 percent of its electricity from coal

The Bush Administration, to the chagrin of some environmental groups, is committed to the technology and is spending millions on projects to test the viability of “carbon sequestration.”

What is it? Simply put, it’s the process whereby greenhouse gas-producing carbon dioxide emissions from power plants would be captured (rather than escaping to the atmosphere) and injected into old coal mines, salt mines and other below-surface cavities.

Will is work? And at what environmental and financial cost?

At present, large-scale carbon sequestration is as much concept as reality, but Congress has appropriated funds to test whether it can provide a real-world solution to the world’s CO2 emissions problem.

Yesterday, the Department of Energy announced awards of more than $126.6 million for carbon sequestration tests in California and Ohio–the Department’s fifth and sixth large-scale projects.

“The formations to be tested during the third phase of the partnerships program are the most promising of the major geologic basins in the United States. Collectively, these formations have the potential to store more than 100 hundred years of CO2 emissions from all major point sources in North America,” said Acting Deputy Secretary of Energy Jeffrey Kupfer.

“Tests like these will help provide the confidence and build the infrastructure necessary to commercialize these technologies, and will enable the U.S. to continue using its vast resources of coal while protecting the earth for future generations.”

According to the DOE, the new projects are designed to demonstrate the entire CO2 injection process – pre-injection characterization, injection process monitoring, and post-injection monitoring – for large scale injections of one million tons or more to test the ability of different geologic settings to permanently store CO2. The Department says it plans to invest $126.6 million in the two projects over the next 10 years, while “industry partners will provide $56.6 million in cost-shared funds to make these projects a success.”

More information on the DOE projects is available here.

Many in the environmental community see the funding as a wasteful diversion from more promising technologies, like solar, wind and cellulosic ethanol.

Greenpeace on Monday released a study called “False Hope: Why carbon capture and storage won’t save the climate.”

Is carbon sequestration research a good use of your federal taxes? Let us know what you think about this or related energy issues by clicking on the “comment” line below.

MORE:
Anthracite coal mining in Pennsylvania
Southeast Regional Carbon Sequestration Partnership
The Status of Carbon Sequestration – Cleantech Blog
Putting the genie back in the bottle – Bizmology blog

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