So, you live near a nuclear power plant. Not something you think about much. It sits there, rising from the Seabrook, New Hampshire marsh; you see it from the beach or your way up Route 1. It makes electricity, it doesn’t belch black smoke – good things.
While its operation does not contribute significantly to greenhouse gas emissions (uranium mining is another story), it does require a tremendous amount of water to cool the reactor, and it generates high-level nuclear waste – products of atomic fission. About 500 tons of the stuff currently sit on site, because there is no national long-term waste storage solution.
I think about safety at Seabrook Station more than the average mom, to be sure. That’s because I run a small Newburyport-based non-profit charged with
radiological monitoring
in the communities within the plant’s ten-mile radius known as the Emergency Planning Zone, or EPZ. There are about 170,000 people who live in 23 New Hampshire and Massachusetts cities and towns that fall within Seabrook’s EPZ. I live with my husband and young daughter in Salisbury, Mass. – about 3.5 miles away, as the crow flies.
The C-10 Research and Education Foundation was incorporated in 1991. Since the mid-1990s we have been under contract with the Commonwealth of Massachusetts to operate the nation’s only real-time independent airborne radiation monitoring network. We currently do not receive funding from New Hampshire to conduct monitoring, but we are hearing renewed calls to expand the monitoring there, since most of the EPZ is in the Granite State.
Through a system of probes that detect gamma and beta radiation as well as wind speed and direction, we learn if there are any notable spikes in radiation. We have a protocol for communicating with the NRC’s resident inspectors as well as the Massachusetts Department of Public Health and the Massachusetts Emergency Management Administration.
The thing I didn’t really think about until I started this job in March is that very small amounts of radiation are released by air and water as a normal part of operation at a nuclear power plant. They have to vent to protect workers when too much steam builds up. And radiological isotopes such as tritium have been found in the aquifers near just about every nuclear power plant, including Seabrook.
Ionizing Radiation and Health
The effects of what’s known as ionizing radiation on human health vary by an individual’s age and health as well as by the type of radionuclide, level of exposure, and duration of exposure. Children and the unborn are especially susceptible because of their rapid cell division during growth.
Exposure to ionizing radiation can cause damage to living tissue, and high doses can result in mutation, cancer, radiation sickness, and death. Cancers linked to ionizing radiation include most blood cancers (leukemia, lymphoma) lung cancer and many solid tumors of various organs. Birth defects can include congenital malformations, spinal defects, kidney and liver damage.
Sobering stuff – but this is our home. Those of us who live in the communities surrounding Seabrook – from Newburyport to Portsmouth and many little towns in between – choose to live here because it’s a beautiful and special place. Our friends and family are here. It’s also home to a nuclear power plant that was built decades ago.
Rather than fret about what it means to live near a nuclear plant, or put our heads in the sand, we have a choice. We can educate ourselves about safety and security concerns at Seabrook, and also about ways to help keep our families safe in the event of an emergency.