Alarms sounded and lights flashed as control panel dials at a nuclear power plant in upstate New York warned that the power for safety equipment was failing. The room went dark until the emergency lights kicked in. But there was no reason to worry on this frozen winter morning.
This was a simulation by Constellation Energy, the owner of the Nine Mile Point plant on Lake Ontario, for the benefit of two of the five members of the Nuclear Regulatory Commission. It was part of an intense lobbying campaign against a proposed rule that would require utilities to spend millions of dollars on safety equipment that could reduce the effects of an accident like the Fukushima Daiichi meltdown in Japan two years ago.
In this drill, the company tried to show it could handle emergencies without new devices and, of course, everything went according to plan.
Ever since the nuclear accident in Japan released radiation into the atmosphere, regulators in the United States have been studying whether to require filters, costing as much as $45 million, on the vents of each of the country’s 31 boiling water reactors.
The filters, which have been recommended by the staff of the regulatory commission, are supposed to prevent radioactive particles from escaping into the atmosphere. They are required in Japan and much of Europe, but the American utilities say they are unnecessary and expensive.
The industry has held private meetings with commissioners and their staffs, organized a drill like the one this month at Nine Mile Point, and helped line up letters of support from dozens of members of Congress, many of whom received industry campaign contributions.
“We all desire an ideal solution, but it needs to be an integrated one,” said Maria G. Korsnick, Constellation’s chief nuclear officer. She said that a filter was not as helpful as water in the reactor building that would both cool the fuel and absorb radioactive contaminants.
Continue reading the main storyAlready, at least two commissioners have questioned the proposal, and industry officials predict that when the vote is taken in the coming weeks, the industry will prevail. But critics are hardly convinced that the industry’s alternative is the safer.
Computer models, they said, may suggest that plant operators can prevent large radioactive releases without the filters, but real-life accidents come with unpredictable complications.
“You never know if it is going to run according to the script,” said Edwin Lyman, a nuclear power expert at the Union of Concerned Scientists.
The debate over the filters reflects a simmering tension that has been building inside the regulatory agency since the Fukushima accident in Japan. A tug of war among commissioners and between some commissioners and staff members has produced repeated votes that reject staff safety recommendations.
Animosities have welled up to the point that four of the five members complained to the White House in late 2011 about the “serious damage to the institution” caused by Gregory B. Jaczko, then the chairman of the commission. The members complained that Mr. Jaczko was cutting them out of the loop as he prepared plans for how the industry should respond to the disaster in Japan.
Mr. Jaczko, who has since resigned, fired back, telling the White House that, “unfortunately, all too often, when faced with tough policy calls, a majority of this current commission has taken an approach that is not as protective of public health and safety as I believe is necessary.”
The White House shied away from the dispute, but accepted Mr. Jaczko’s resignation.
Congress has since gotten involved. Over the last month, 55 lawmakers have signed letters, some pushed by industry lobbyists, that urge commissioners to reject the filters.
“It’s not the time to be rash with hasty new rules,” wrote Senator David Vitter of Louisiana, the ranking Republican on the Senate committee that oversees the industry, in a letter signed by six other senators. (Twelve senators — 11 Democrats and an independent — signed a letter supporting filtered vents.)
Representative John Barrow, Democrat of Georgia, in a letter signed by 25 other House Democrats, argued that the filtered vent “is not justified on a cost-benefit basis,” a fact the commission staff acknowledges. The commission must “achieve the regulatory goal in the safest, most effective, and least costly manner,” the letter said.
Many of these lawmakers, both Democrats and Republicans, have received significant campaign contributions from the industry. For instance, Mr. Barrow’s top contributor in the 2012 election was the Southern Company, a Georgia-based utility that is a major player in nuclear power. Some of the lawmakers also have nuclear reactors in their districts, a major source of tax revenue and jobs.
The appointment books for certain commission members, reviewed by The New York Times, show frequent meetings with the industry, including private sessions at the commission’s headquarters. Nuclear industry opponents occasionally have had their own private meetings, but not nearly as often, the records show.
E-mails obtained by The Times also demonstrate the teamlike approach taken by the industry and the regulators in dealing with safety questions, as they have worked behind the scenes with the Nuclear Energy Institute, the leading trade association, to try to prevent a reaction against nuclear power in the aftermath of the Fukushima accident.
“It would be nice if the industry was even more proactive by having N.E.I. send us a letter that says something to the effect that in the wake of the Japanese disaster here is a list of all the things the commercial U.S. nuclear licensees are doing,” wrote Brian Sheron, the head of nuclear regulatory research at the regulatory commission, in an e-mail to his colleagues, referring to the Nuclear Energy Institute.
Mr. Sheron, in a statement, said he was prodding the industry, not trying to protect it, as he realizes the “industry never seems to want to aggressively get out in front of issues.” Since the accident in Japan, American regulators have imposed several mandates on the industry but none are likely to cost the industry much money, industry officials said.
The filtered vent proposal, by far the most expensive, would be required only on boiling water reactors like Nine Mile Point, which are considered much more prone to leaking during an accident because they have unusually small primary containment chambers and pressure can build quickly.
But how well the filters work is unclear because the vents to which they would be attached have never been used successfully in an accident at a modern commercial reactor, experts said. The vents failed at Fukushima, which would have rendered filters moot. A panel of independent senior advisers to the commission opposes a strict requirement for filters.
The industry wants the regulatory commission to reject the rule mandating the filters, and instead allow a plant-by-plant evaluation in which filters would be required only if goals for radioactive emissions could not be met.
Industry officials said that filters were not as effective as having water in the containment chamber, which would reduce fuel damage and thus help keep the radioactive material in the fuel. Water also would absorb contaminants that escaped the fuel. That approach is what Constellation executives and the industry trade group showed off at Nine Mile Point.
One commissioner, William C. Ostendorff, a former captain of a nuclear-powered attack submarine, said in an interview that he found the Nine Mile presentation helpful. “I wouldn’t use the phrase lobbying,” he said. “I think there has been a high level of interest.”
His comments — as well as those from other N.R.C. members, including Kristine Svinicki, who has made her own visits to nuclear power plants — gave weight to predictions by industry lobbyists that their argument will prevail.
“In order to feel that was needed,” Ms. Svinicki said last year of the filtered vents, “I would have to have a fundamental lack of confidence in so many other measures” before the staff had recommended in favor of filtered vents. “I simply haven’t been convinced of it.”
Continue reading the main story

96 Comments
Readers shared their thoughts on this article.
The comments section is closed. To submit a letter to the editor for publication, write to letters@nytimes.com.
William D
London February 28, 2013Easy solution: Require all board members and their families to live within 2 miles of the nuclear facility.
dagnew
Massachusetts February 27, 2013The Mark 1 design used at Fukushima and 23 US reactors was known to be unable to contain a severe accident in 1972. But Joseph Hendrie, an Atomic Energy Commissioner rejected the idea of disallowing the design might 'spell the end of nuclear energy' so he rejected it. Fifteen years later the industry began retrofitting these reactors with containment vents - because the containments cannot contain. The vents have been tested just 3 times - at Fukushima. All 3 failed totally.
As long as we have the Price-Anderson Act, which indemnifies the industry by socializing the risk, reactor operators will fight against all spending a on safety - an accident is very costly to the people nearby (within a hundred miles or so downwind), but not to the owners.
Peter Melzer
Charlottesville, VA February 28, 2013A former lead GE engineer involved in the development of the Mark 1 containment Dale Bridenbaugh attested to the well-known its insufficiency at a recent NRC hearing.
Read more here:
http://brainmindinstrev.blogspot.com/2012/02/mark-i-containment-recent-i...
The proposed filters won't remedy the shortcomings.
Craig
Columbus February 27, 2013The issue of whether to install filters on the vents sounds very similar to the disaster at the Windscale facility in the UK in 1957. Sir John Cockcroft, director of the Atomic Energy Research Establishment, insisted on installing filters to the discharge stacks of the reactors at Windscale. These filters were widely derided as being overly expensive and unnecessary, and were even called "Cockcroft's folly." When a fire broke out at the plant, however, they prevented wide-scale disbursement of radiation throughout northern England and Scotland.
J
Miami February 27, 2013An informed outraged public can counter the lobbying, and pressure Congress. I look to the entertainment industry to tell the story. A potential box office success will attract a whistle blower or two. But a series of well made movies could lure a swarm of whistleblowers to Hollywood. We don't have to wait for the real disaster.
Alex
IN February 27, 2013I'm no expert, from from what I've read.... A nuclear power plant of current vintage requires a functioning cooling system, and will require a functioning cooling system for a certain period of time after it is shut down, because of the enormous heat generated by its radioactive core. Without such cooling, there will be a meltdown. Period. The laws of physics dictate this. And a functioning cooling system requires electric power (a lot of it) to operate
In Fukushima, the backup power for the cooling system came from diesel powered generators. And these generators and their fuel and switching systems were placed at or near ground level, where they would inevitably be damaged in the event of a tsunami. And tsunamis, though uncommon, are a predictable hazard in Japan.
At the risk of being accused of 20-20 hindsight, the catastrophe in Japan was the proverbial accident waiting to happen. It was caused by a failure of common sense and perhaps ignorance by leadership of the aforementioned laws of physics.
Running a nuclear power facility is a dangerous business. Some safety measures are perhaps judgment calls, but others, like the need for secure backup power, are not: such steps must be taken in advance.
NeverLift
Austin, TX February 27, 2013The IEEE, the international professional electrical engeering society, devoted an issue of its general magazine, Spectrum, to the Fukushima event. As I recall, the backup generators were actually below ground level, in the basement! In an location vulnerable to a tsunami?
As an electrical engineer, I cannot fathom the depth of stupidity that created, then approved, such a design.
Spectrum did not pursue who in the organization had the final say, but I will surmise: Diesel generators and their fuel tanks are heavy, and require substantial supports. Putting them at a higher location would cost money. I'll bet the design decision was financial, and contrary to the recommendations of the engineers.
David
Portland, OR February 27, 2013Please read the following NY Times article where the Japanese contemplated evacuating Tokyo during the Fukushima crisis:
http://www.nytimes.com/2012/02/28/world/asia/japan-considered-tokyo-evac...
Daniel
NY February 27, 2013"unnecessary and expensive" those are the operative words companies use shamelessly, anything that costs money is put off until a better occasion, only that it will not be a better occasion when disaster strikes and radioactive material is spread far and wide. That's infuriating.
Kevin
Boulder, CO February 27, 2013And by the way, the correct answer to "hey, the vents failed at Fukushima, so the filters wouldn't have worked anyway" is to assure that the vents wouldn't fail in the U.S. Redesign and revamp the vents if necessary. Containment should, ya know, contain things. That was the bloody idea, folks.
Mike Mulligan
Hinsdale, NH February 27, 2013Nuclear "risk" or "safety" is a formula, model or computer program than nobody can understand.
Einstein
is a trusted commenter America February 27, 2013Although we should stay out of Mexico's business, a Fukushima-level catastrophe is a huge and unnecessary risk in the large GE nuclear plant on the Gulf of Mexico at Veracruz.
It is in a quake zone.
Mexico has abundant sunlight and other energy sources that should be developed NOW in order to replace and dismantle this nuclear plant.
This should be a concern to the entire North American continent, not only Mexico.
We all must convince Mexico of this urgency and do whatever it takes to help them resolve this nuclear problem. NOW!
Kim
Claremont, Ca. February 27, 2013There is so much water over there in Fukushima that is contaminated, that the only thing they will be able to do is release it into the ocean ( it slowly leaks into it now ) Fish caught off California have been contaminated with it ( radiation ). With the whole world moving forward, these accidents will just continue to happen in some way, we have to demand strict regulation, independent of any lobby to be irresponsible. We can't listen to the representative's they are bought and paid for by money. We must demand it as concerned people of the world!! PEOPLE NEED TO RISE UP, WE ONLY HAVE ONE WORLD!
Woodfox
Woodstock, NY February 27, 2013Where can the public provide it's input into the safety process? We have seen many examples of nuclear plant negligence. People who have received lobbying money should not be allowed to voice an opinion.
Jerry
Arlington, MA February 27, 2013It the same, always. A regulatory commission becomes an advocacy agent for the industry that it is regulating. Think FDA. My father was chairman of the nuclear regulatory commission once upon a time. He played golf with the president of the utility company whose nuclear power plant's maintenance came under fire after an accident.......
Sherry Jones
Washington February 27, 2013In a perfect world, nuclear power plants would be safe. In such a world, they would be perfectly designed by engineers who foresaw every risk, perfectly constructed with materials that performed as planned, and perfectly operated and maintained for the decades necessary for to return our billions of dollars in investment.
In the real world, Fukushima is only the most recent addition to our collection of irradiated wastelands; Fort Calhoun, perched on the Missouri River, is only one of many power plants plagued with problems, including electrical failures, cracked concrete, and inadequate flood protection; and now in Washington State we learn that six tanks of radioactive waste are leaking near the Columbia River.
How many irradiated wastelands and poisoned watersheds will human beings create before we learn a little humility -- that nuclear power is too dangerous a technology for our imperfect world?
RB
High Springs FL February 27, 2013Nuclear energy is a incredibly complex process to do something quite simple -- boil water.
In retrospect, one can see nuclear energy was simply more corporate welfare. Add to that the completely irresponsible "kick the can down the road" mentality toward the enormous amount of irradiated waste product the process generates.
Szuper J?zsef
Europe February 27, 2013I can't really understand and translate into practice the statement that referred to cost-benefit analysis of a new security feature ("the filtered vent is not justified on a cost-benefit basis”). Instead of referring to the economic valuation of filtered vent it would have been better to associate security with risk tolerance instead. Nuclear energy standards are not else than defining risk tolerance of an industry. It might be the case that we can reach out a higher standard with installing other technologies, but third-party assessment is a prerequisite.
Padfoot
Portland, OR February 27, 2013As long as we have nuclear power plants we will have nuclear power plant accidents. So the decision is whether we believe that the cost of these accidents is exceeded by the benefit of nuclear power. If so, we keep nuclear power. If not, we get rid of it.
orlandojpn
Tokyo, Japan and New York, NY February 27, 2013This is deja vous - of the most nefarious kind.
I lived in Japan for 27 years and worked with people in the aftermath of the earthquake/tsunami/nuclear power disaster. What we witnessed and swore to avoid was complicit deception and repeat of industry collusion in issues of safety. Accepting liability ahead of a disaster is something most industries will avoid at all costs. But citing lower costs as a reason for not putting in place greater safety mechanisms boarders on irresponsible.
One displaced Japanese elderly resident put it this way to me: "This happened in Japan so it would not happen any where else. Don't let it happen any where else."
Grove
Santa Barbara, Ca February 27, 2013Our energy policy is determined by the forces of GREED.
What the "best plan" is does not even enter into the equation. It is based on how much money will be made for a reatively small number of people.
These people are not concerned with the damage that will be caused by their greed. That is why we will probably be using fossil fuels for longer than necessary. It is why green energy alternatives will be blocked and stalled at every turn.
If companies want to build Nuclear Power plants, they should have to assume all liability for any problems that occur.
It is time to take greed out of the equation in our energy policies.
Carol S.
Philadelphia, PA February 27, 2013Most people do not understand the risks and safety issues associated with nuclear power -- and that is the problem,. We rely on certain "experts" and hope for the best. Is that a reasonable approach given that the lives and health of countless people and animals depend on it? We need and "integrated" approach to the entire energy problem of this country, and our reliance on nuclear energy should be reduced as much as possible. Especially as climate change will increase the unknowable risks for years to come.
Peter Melzer
Charlottesville, VA February 27, 2013GE's Mark I containment system failed in Japan. Extra filters would not prevent that.
The Mark I containment system consists of a pear-shaped drywell which houses the reactor pressure vessel and is connected with pipes to a doughnut-shaped wetwell. The wetwell contains a large pool of water. Should the reactor pressure vessel develop a leak and the escaping steam build up dangerous pressure in the drywell, the steam was supposed to be funneled into the wetwell and released into the pool through submersed spargers. The steam would condense, dissipating the pressure and protecting the primary containment from failure.
Should depressurization fail, relieving pressure from the wetwell through hardened vents provided a last resort. If the vents exited above the waterline, radioactivity would remain trapped in the pool. A second, outside filter might retain even more.
However, electric power and compressed air are currently needed to actuate the valves that open hardened vents. Power is also needed for the pumps of the residual heat removal system keeping the wetwell cooled. Alas, at the stricken power station in Japan all power was lost because electrical distribution panels and emergency diesel generators were flooded. If the wetwell water dries up, all bets are off.
At Fukushima, the first meltdown was in progress before any venting could be carried out.
Read more here:
http://brainmindinstrev.blogspot.com/2012/07/fukushima-station-black-out...
itsaboutime
Rhode Island February 27, 2013Very poor design, all should be decommissioned. replace with solar on every building in america. and back feed, de-centralize electricity generation . putting rod pools, which are huge above the reactor bad idea, very bad indeed. ocean levels are rising and warmer. get ready folks. prepare and evolve. now.
Mike
Ridgefield, CT February 27, 2013What's the discussion about?
The facts speak for themselves.
Of course filters are necessary.
Are we going to wait for a catastrophe first and then decide in retrospect for filters?
John M.
Durham, NC February 27, 2013Georgia representative John Barrow's claim that filtered vents are “not justified on a cost-benefit basis” presumes that a cost-benefit analysis has been fully conducted. I would like to know how that analysis evaluated human health, life, and livelihood. What is the price tag of a health risk? Is it determined by hospital costs? By funeral costs? By lost work time? By increased social safety net costs? In Fukushima, a large swath of land has now been evacuated, forcing many residents to rebuild their lives from zero even if they retain their health for the moment. In the supposed "cost-benefit" analysis of our nuclear corporations, exactly how are such costs accounted for? Numbers, please.
Chris
Colorado February 27, 2013The two commissioners that are against the filters - what are there ties to the industry? Perhaps the NYT could dig a little deeper...
Russ Brown
Idaho Falls, Idaho February 27, 2013The article stated that radiation was released from the Fukushima plant.
What was released was radioactive materials, i.e., "radioactivity".
Russ Brown
Idaho Falls, ID
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