Seabrook Station Nuclear Power Plant
Seabrook Station (2009)
Map
Official nameSeabrook Station
CountryUnited States
LocationSeabrook, New Hampshire
Coordinates42°53′56″N 70°51′03″W / 42.89889°N 70.85083°W / 42.89889; -70.85083
StatusOperational
Construction beganJuly 7, 1976 (1976-07-07)
Commission dateAugust 19, 1990
Construction cost$18 billion (2022 USD)[1]
Owner(s)NextEra Energy Resources
Operator(s)NextEra Energy Resources
Nuclear power station
Reactor typePWR
Reactor supplierWestinghouse
Cooling sourceAtlantic Ocean
Thermal capacity3648 MWth
Power generation
Units operational1 × 1246 MW
Make and modelWH 4LP (DRYAMB)
Units cancelled1 × 1149 MW
Nameplate capacity1246 MW
Capacity factor91.53% (2017)
86.7% (lifetime)
Annual net output9093 GWh (2021)
External links
WebsiteSeabrook Station
CommonsRelated media on Commons
[edit on Wikidata]

The Seabrook Nuclear Power Plant, more commonly known as Seabrook Station, is a nuclear power plant located in Seabrook, New Hampshire, United States, approximately 40 miles (64 km) north of Boston and 10 miles (16 km) south of Portsmouth. It has operated since 1990. With its 1,244-megawatt electrical output, Seabrook Unit 1 is the largest individual electrical generating unit on the New England power grid. It is the second largest nuclear plant in New England after the two-unit Millstone Nuclear Power Plant in Connecticut.

Two reactors were planned at Seabrook but the first unit did not begin full operation until 1990, a full 14 years after the construction permit was granted, and the second unit was never built due to construction delays caused by protests, cost overruns, and troubles obtaining financing. The difficulties led to the bankruptcy of Seabrook's utility owner, PSNH. Since 2002, Seabrook Station has been owned and operated by NextEra Energy Resources.

History

Seabrook Station construction

The Public Service Company of New Hampshire (PSNH) initially sought plans for building a nuclear power plant in 1966.[2] PSNH initially planned for building the plant in Newington, but the construction permit was denied after concerns of the proposed site being too close to Pease Air Force Base.[3] After the new location of Seabrook was selected, construction plans were finalized in 1972.[2] PSNH originally proposed the first unit coming online by 1979, the second unit coming online by 1981, and a total cost of less than $1 billion.[4]

PSNH and the state Public Utilities Commission expected little opposition in constructing Seabrook Station, and even the Union Leader reported, "Management of Public Service does not anticipate difficulties in obtaining the necessary licenses and permits for the Seabrook site because it is not near an air base [as was Newington, its first choice for a site], and condenser cooling water can be discharged directly to deep water in the Atlantic Ocean."[5] When the construction and operation plans were presented to the town of Seabrook, the plans "were met with an enthusiastic response" and were unanimously approved.[3]

Construction began in August 1976 with cooperation amongst sixteen utility groups.[2] However, numerous problems led to construction delays. In the fall of 1976, the New England regional administrator of the Environmental Protection Agency rejected the cooling tunnel discharge system, which would have disallowed operation of the plant, but the decision was appealed and later overturned in 1978.[5] For several years during construction there were many protests and acts of civil disobedience, the largest of which was in 1977 and had over 1,400 arrests.[2] The Three Mile Island accident in 1979 diminished outside interest in financing and buying ownership of Seabrook Station.[3] Six surrounding New Hampshire towns within the 10-mile emergency planning radius of Seabrook Station including Hampton refused to provide evacuation planning, and in 1980, the Nuclear Regulatory Commission (NRC) was petitioned to halt construction until those evacuation plans were resolved.[5] The six Massachusetts towns within the 10-mile radius were also opposed to Seabrook Station, which resulted in political opposition, such as from Massachusetts Governor Michael Dukakis, and numerous legal suits during construction.[5]

In 1984, due to continuing financial and regulatory problems, the owners canceled construction of the second reactor unit at 25% completion after $800 million spent.[2] Construction of Reactor Unit 1 was eventually completed in 1986, but shortly thereafter in 1988, the large debt involved led to the bankruptcy of Seabrook's major utility owner PSNH.[6] At the time, this was the fourth largest bankruptcy in United States corporate history.[7]

The construction of Seabrook Station was completed ten years later than expected, with a cost approaching $7 billion. The NRC described its own regulatory oversight of Seabrook as "a paradigm of fragmented and uncoordinated government decision making," and "a system strangling itself and the economy in red tape."[8]

NextEra Energy and recent history

The plant was originally owned by more than 10 separate utility companies serving five New England states. In 2002, most sold their shares to FPL Energy (a subsidiary of FPL Group), later known as NextEra Energy Resources, for a controlling 88.2% share of Seabrook Station at a total cost of $836.6 million.[9] The remaining portion is owned by municipal utilities in Massachusetts. The station is one of five nuclear generating facilities operated by parent company NextEra Energy. The other four are St. Lucie Nuclear Power Plant and Turkey Point Nuclear Generating Station operated by sister company Florida Power & Light (a regulated utility), and the Duane Arnold Energy Center and Point Beach Nuclear Generating Station operated by NextEra Energy Resources.

During the 2008 presidential election, Republican nominee John McCain mentioned the possibility of building the once-planned second reactor at Seabrook. The idea drew cautious support from some officials, but would be difficult due to financial and regulatory reasons.[10]

In 2009, the name of the nuclear power plant was officially changed to NextEra Energy Seabrook, but the plant is still widely known and referred to as Seabrook Station.[11]

In 2017, due to the steady drop in value of nuclear power plants including Seabrook Station, the town of Seabrook enacted a 9.9 percent tax increase to offset the decrease in tax revenue collected from the plant's owner, NextEra Energy.[12] In 2019, the New Hampshire House of Representatives introduced House Bill 1661 that would have removed Seabrook Station's property tax exemption for components used to mitigate air and water pollution.[13] In 2020, House Bill 1661 failed to proceed out of the NH House of Representatives.[14]

In April 2020, Massachusetts members of the U.S. Congress that included U.S. Senators Elizabeth Warren and Ed Markey and Congressman Seth Moulton called on the Nuclear Regulatory Commission and NextEra Energy to release the pandemic plan for Seabrook Station in response to COVID-19.[15] The letter was submitted in response to the ongoing refueling outage bringing hundreds of workers on site with concerns over safety procedures and plant staffing. Seabrook Station was also granted regulatory exemptions from the Nuclear Regulatory Commission to aid in its preventative efforts against the spread of COVID-19 including loosening work-hour controls and deferring certain inspections.[16]

Beginning in the early 2020s, NextEra Energy has been involved in an ongoing dispute with utility company Avangrid over the New England Clean Energy Connect (NECEC) power line being constructed in Maine, which is aimed at bringing hydropower from Canada to the New England power grid.[17] Before being interconnected to the New England electric grid, the additional power delivery would require upgrades to Seabrook Station's main generator breaker, which is being litigated over the cost of the upgrade and which party or parties would be responsible for those costs.[18] In February 2023, the Federal Energy Regulatory Commission ordered NextEra Energy Resources to proceed with upgrades to the main generator breaker, which is expected to occur during the fall 2024 refueling outage.[19]

Relicensing

Seabrook Station behind the Blackwater River seen from Route 1A in Seabrook, New Hampshire

In 2010, Seabrook Station applied to have its operating license extended from 2030 to 2050.[20] In September 2012, Massachusetts Reps. Edward Markey and John F. Tierney filed H.R. 6554, titled the "Nuclear Reactor Safety First Act", which would have prevented nuclear plants from receiving license extensions from the Nuclear Regulatory Commission (NRC) if they applied more than 10 years before their licenses expired.[21] The legislation was specifically aimed at Seabrook Station's license extension, but the bill never proceeded out of House Committee.[22]

During the relicensing process, there were safety concerns pertaining to concrete degradation at the plant due to alkali–silica reaction (ASR) because of ground-water infiltration into various structure foundations, which prompted concerns from various local politicians.[23] In June 2017, NRC officials "reviewed numerous documents and inspected the plant as it gauge[d] NextEra's safety plan to monitor and manage the alkali-silica reaction phenomenon present in concrete throughout the power plant".[24] In October 2017, federal regulators allowed the non-profit nuclear watchdog group C-10 to weigh in on the license amendment request.[25]

On March 12, 2019, the NRC announced it would be renewing the operating license of Seabrook Station for an additional 20 years, expiring on March 15, 2050.[26] Following the license extension announcement, the group C-10 filed an emergency petition to the NRC in an attempt to prevent any license extension until further hearings on ASR were held, which was denied by the NRC in July 2019.[27] In August 2020, the NRC's Atomic Safety and Licensing Board (ASLB) formally accepted Seabrook Station's concrete monitoring program for ASR concerns.[28] However, additional monitoring conditions were imposed by the Board in the plant's license, citing that they are "necessary to provide adequate protection of public health and safety".[29]

In May 2021, U.S Senators Elizabeth Warren and Ed Markey, both from Massachusetts, sent a letter to the NRC expressing concerns with the ASLB's decision and that the NRC should "reopen the record for consideration of supplemental testimony and strengthen the four license conditions in the ASLB’s Initial Decision."[30]

Community impact

In 2013, the Nuclear Energy Institute released a study showing the positive impact of Seabrook Station on the economy and environment. Key findings are listed below.[31]

Seabrook Station has been cited as crucial for allowing Massachusetts to comply with carbon emission legal requirements, which was also evidenced by the closure of Vermont Yankee Nuclear Power Plant in 2015 causing carbon emissions to rise in New England for the first time in five years.[32] According to projections by ISO New England, any decrease in electricity production in the region would not be expected to be replaced by renewable energy and instead would be replaced by natural gas.[33] According to 2011 projections, if a gas-fired power plant had been built instead of Seabrook Station, then "it would have emitted nearly 94 million metric tons of CO2 over 22 years – nearly equal to all of Arizona's CO2 emissions for the whole of 2009".[34] As of 2020, municipal electric utilities in Massachusetts only produced 2.43% of their energy from wind and solar energy, but because of contracts held with Seabrook Nuclear Station and Millstone Nuclear Power Plant in Connecticut, the share of non-emitting energy produced by Massachusetts municipal electric utilities jumps to 38.22%.[35]

In April 2018, the New Hampshire Office of Strategic Initiatives released the state's 10-year state energy strategy that cited "preserving Seabrook Station as a source of zero-carbon energy is the most realistic and cost-effective means of managing emissions in New Hampshire at scale".[36] If the electricity generation of Seabrook Station was to be matched by wind or solar power, the required land "would need about 290 square miles of wind turbines or about 80 square miles of solar panels".[34]

Electricity Production

Generation (MWh) of Seabrook Station Nuclear Power Plant[37]
Year Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Annual (Total)
2001 41,921 777,519 448,121 832,051 839,779 834,215 861,957 835,010 834,916 723,475 801,877 861,902 8,692,743
2002 861,532 778,337 861,664 833,602 74,714 775,728 860,831 859,337 832,281 861,835 833,121 861,635 9,294,617
2003 861,034 777,401 861,171 832,708 862,309 834,673 862,222 861,602 820,133 124,682 715,873 862,480 9,276,288
2004 861,327 805,718 862,022 833,556 862,936 835,415 861,348 862,421 833,696 862,527 833,935 862,672 10,177,573
2005 862,341 779,160 778,883 0 768,661 877,645 906,870 906,912 878,860 909,792 878,871 907,890 9,455,885
2006 907,440 819,423 907,933 877,444 908,907 879,308 909,271 900,773 773,949 0 587,972 925,436 9,397,856
2007 877,980 836,094 871,034 856,511 927,331 897,115 926,577 925,890 896,620 925,105 897,572 926,055 10,763,884
2008 567,522 840,007 922,125 0 667,538 856,165 927,107 925,640 896,541 926,492 895,088 926,089 9,350,314
2009 924,993 836,579 925,103 896,458 926,038 896,326 926,131 926,113 892,480 0 340,343 326,109 8,816,673
2010 927,742 837,938 926,131 898,144 928,582 898,222 927,501 925,652 894,276 926,149 892,658 927,060 10,910,055
2011 927,234 814,532 923,218 0 218,028 863,528 927,644 925,774 895,657 230,977 898,957 737,258 8,362,807
2012 686,107 736,148 782,071 698,730 785,079 758,859 782,130 786,418 351,833 17,280 888,147 916,379 8,189,181
2013 928,572 838,463 927,730 898,799 928,720 897,851 926,855 927,947 896,959 926,972 899,554 928,303 10,926,725
2014 927,753 838,349 924,168 145,911 928,290 898,153 928,334 926,279 896,814 927,169 899,018 928,027 10,168,265
2015 927,399 837,795 926,963 898,491 928,074 897,051 926,131 926,225 822,759 139 464,155 929,022 9,484,204
2016 873,846 869,998 773,858 901,301 931,020 899,774 928,958 926,246 897,061 928,360 900,912 929,829 10,761,163
2017 930,333 840,397 925,581 1 874,245 900,838 929,978 930,294 897,300 929,471 902,100 930,166 9,990,704
2018 930,613 840,633 929,256 900,810 931,139 900,493 929,824 927,694 881,873 62,127 899,007 928,227 10,061,696
2019 927,928 837,893 927,070 899,150 928,832 898,058 927,354 926,201 894,269 926,621 885,497 928,050 10,906,923
2020 928,053 868,306 917,653 56,214 855,391 732,887 927,487 926,703 896,511 928,340 899,423 928,228 9,865,196
2021 927,671 838,377 927,417 899,157 928,624 898,816 926,509 925,835 895,720 26,952 732,471 928,568 9,856,117
2022 928,237 838,502 926,877 898,677 929,014 897,880 927,660 922,448 896,600 927,418 899,985 928,230 10,921,528
2023 928,464 837,889 924,540 2,690,893

Noteworthy events

In 1998, a plant electrician was laid off shortly after raising a safety concern with a system wiring configuration. The Nuclear Regulatory Commission (NRC) initiated an investigation into the matter, and determined that this action was a violation involving discrimination against an employee for raising a safety concern. This event resulted in an NRC Severity Level III violation and a $55,000 civil penalty.[38]

In 2000, one of Seabrook Station's two emergency diesel generators failed during a surveillance test. The NRC inspection report detailed the event as follows:

The failure involved the crankcase overpressurizing, resulting in lifting of the crankcase relief cover assemblies, as well as displacement of the crankcase exhauster hose. Subsequent inspection revealed damage to one of the pistons and its cylinder liner as a result of non-uniform thermal growth of the aluminum piston skirt. That growth caused scuffing, scoring, and transfer of aluminum material from the piston skirt to the cylinder liner. The heat generated by the friction (galling) between the skirt and the liner bore, coupled with the hot combustion gas blow-by, eventually ignited oil vapor in the crankcase.[39]

The NRC determined that the above event was a White finding (an issue of low to moderate safety significance), which also "involved the failure to take adequate corrective actions to address degraded components associated with one of the two emergency diesel generators (EDG)".[39]

In 2005, a security fence installed by a subcontracted engineering firm failed a NRC inspection and was declared inoperable, which resulted in a fine of $65,000 by the NRC since "both design of the system and testing procedures did not adhere to NRC guidelines".[40][41]

In 2012, the southern Maine coast experienced a magnitude 4.0 earthquake during Seabrook Station's refueling outage.[42] An "Unusual Event" emergency classification was declared, but there was no impact to the plant or disruption in refueling activities.[43]

In 2013, Seabrook Station and the workers' union reached a last-minute contract agreement within hours of expiring that would have resulted in a lockout.[44]

In 2014, a small electrical fire originating from an elevator motor resulted in the declaration of an "Unusual Event" emergency classification. There were no injuries, evacuations, or threat to public safety from the event.[45]

In 2015, a Seabrook Station security guard had stuffed a rifle barrel with an ear plug and two rolled up pieces of paper, which was later found during rifle cleaning. The event prompted an NRC investigation, and the security guard was banned for three years from involvement in all NRC-licensed activities.[46]

In 2018, a magnitude 2.7 earthquake occurred approximately 10 miles from Seabrook Station, but the earthquake did not trigger any emergency procedures or result in any signs of structural damage to the plant.[47]

In mid-2020, Seabrook Station experienced two unplanned shutdowns due to a set of control rods unexpectedly inserting into the reactor core. In both cases, all safety systems responded appropriately with the reactor being safely shut down.[48]

On the morning of July 12, 2022, nine of the plant's sirens were "inadvertently activated" within the plant's 10-mile emergency planning zone. The sirens within the Hampton Beach area called for the beach and surrounding beaches to be evacuated. The plant and New Hampshire and Massachusetts Emergency Management Administrations later confirmed the siren activation to be a false alarm caused by human error during routine silent testing of the plant's 121 sirens. The false alarm led to the closure of beaches in Hampton, Rye, and Seabrook.[49][50]

Public opposition

See also: Anti-nuclear protests in the United States
Occupy Seabrook, 1979

In 1975, the success of the anti-nuclear movement in Germany in cancelling construction of the nuclear power plant in Wyhl began to inspire attempted occupations of the construction site for Seabrook Station.[51] Shortly thereafter in 1976, the Clamshell Alliance was formed after the Nuclear Regulatory Commission (NRC) issued Seabrook Station's construction permit.[52]

On August 1, 1976, 600 protesters rallied at the Seabrook Station construction site.[51] The following year in May 1977, more than 2,000 protesters occupied the construction site, of which "1,414 were arraigned on criminal trespass charges, one of the largest mass arrests in U.S. history".[52] The Clamshell Alliance and its protests against the construction of Seabrook Station inspired other U.S. anti-nuclear groups to form including the Abalone Alliance protesting Diablo Canyon Power Plant and the Crabshell Alliance protesting Satsop Nuclear Power Plant, among others.[53] The song "Old Settler's Song (Acres of Clams)" has become synonymous with these events.[citation needed]

However, construction of Seabrook Station continued, and many Clamshell Alliance activists became dispirited with reports of "massive burnout and dropout" following the 1977 occupation.[54]

Protesters at Seabrook

In September 2017, activist Steve Comley Sr. along with his non-profit "We The People" paid for an electronic billboard in Salisbury, Massachusetts, allegedly warning of the absence of an evacuation plan in the event of an accident at Seabrook Station.[55] In January 2018, the town of Merrimac, Massachusetts, joined half a dozen other communities "calling for the Nuclear Regulatory Commission to hold a hearing on whether the Seabrook, New Hampshire, nuclear power plant's evacuation plan can be effectively implemented".[56] In response, NextEra Energy released the following statement:

We have extensive emergency response systems in place, including numerous back-up safety systems that provide our plants with layer upon layer of both automated and manual protection. Also, we work collaboratively with local, state and federal officials on a regular basis to ensure our plans are comprehensive and effective and continue to refine. These most recent claims by 'We the People' and Mr. Comley are completely without merit. Mr. Comley has a long history of making false allegations and baseless claims against Seabrook. Independent agencies, including the Nuclear Regulatory Commission, have reviewed his claims and allegations and have found them to be without substance.[57]

Accident analysis

Seabrook Station seen from Powow Hill in nearby Amesbury, Massachusetts

The Nuclear Regulatory Commission defines two emergency planning zones around nuclear power plants: a plume exposure pathway zone with a radius of 10 miles (16 km), concerned primarily with exposure to, and inhalation of, airborne radioactive contamination, and an ingestion pathway zone of about 50 miles (80 km), concerned primarily with ingestion of food and liquid contaminated by radioactivity.[58] The 2010 U.S. population within 10 miles (16 km) of Seabrook was 118,747, an increase of 10.1 percent in a decade. The 2010 U.S. population within 50 miles (80 km) was 4,315,571, an increase of 8.7 percent since 2000. Cities within 50 miles include Boston (40 miles to city center).[59]

The Nuclear Regulatory Commission's estimate of the risk each year of an earthquake intense enough to cause core damage to the reactor at Seabrook was 1 in 45,455, according to an NRC study published in August 2010.[60]

See also

References

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