Bruce Power to test workers for radiation
Posted June 20, 2010 8:33 am.
This article is more than 5 years old.
TIVERTON, Ont. – An Ontario power station will test additional workers for exposure to low levels of radiation as a precautionary measure, a spokesman revealed on Saturday.
A memo sent to workers of Bruce Power on Friday and obtained by the Canadian Press informed employees that due to alpha contamination discovered last year, the company would test other workers.
“We’re looking at some of our long-term employees,” confirmed Bruce Power spokesman John Peevers.
Last November, contamination was discovered in the reactor vault where up to 563 people had been working.
The company eventually concluded that 195 workers had been exposed and ordered testing.
However, after tests, the findings revealed the levels did not exceed the safety standards prescribed by the Canadian Nuclear Safety Commission.
However, as a result of that experience, the company said it will be testing 40 other employees at one of its stations, Bruce A.
The memo said the highest probability of exposure to alpha was fuel handling, and the company has started to assess the dose that those workers might have received.
An initial result for one long-time fuel handing worker indicated that a dose attributable to alpha had been received, the memo said.
Based on this discovery, additional employees will be tested.
Peevers said the company normally tests for beta and gamma radiation levels in nuclear plants, and it had previously assumed certain amounts of alpha based on those results.
“The assumptions, we have learned, were not accurate, and the levels of alpha were higher,” said Peevers, referring to last year’s incident.
“We learned a lot,” he added.
Peevers said The Canadian Nuclear Safety Commission has been made aware of Bruce Powers plan.
Alpha radiation contamination can cause sickness if there are high rates of exposure.
“We work with radiation all the time, our employees are very familiar and very aware of the potential hazard,” said Peevers.
