Thursday, 6 September 2012

ICRP 's safety level is in doublt - Are Nuclear workers safe?

http://www.dailymotion.com/video/xncvsv_yy-yyyyyy-yyyyyy-yyyyyyy_news (20m -)

ICRP safety limit is 1mSv/y in normal situation while it is 20mSv/y – 100mSv/y in emergency situation.  Applying this ICRP limit, 1mSv/y is the safety limit under the law in Japan.  They supposed that we live up to 100 years old, then if we are exposed to the radiation 1mSv/y, our life time exposure to the radiation will be 100mSv all together.  However, this 100mSv theory was questioned by NHK TV reporters that broadcast at the end of last year in Japan.  In it, Mr. Charles Minehold who is a retired scientist and was used to be an ICRP member revealed that it was originally at 50mSv was the safe level for low - dose exposure according to ABCC report, but it was agreed in a meeting to double the limit, without any scientific evidence, for the convenience of the nuclear power business.  If they had reduced the safety level, they would have had to pay a lot more compensation to lot of people including nuclear workers.  In fact they decided the safety limit for nuclear workers 20 times more.  Nuclear workers' safety limit is normally 20mSv/y in Japan.  However it was raised 250mSv for Fukushima nuclear workers after the accident.
ABCC, which is notorious for having carrying out tests on victims of Hiroshima/Nagasaki bombs at the time without offering them any treatment, concealed its finding on the effects on low-level radiation until recently.    Moreover, according to Professor Busby, the damaged caused to DNA by radiation had not been discovered when the ICRP safety standard was set up. 
I hope more and more data and information about the dangers of internal exposure to radiation and low dose exposure come to light, so that the nuclear industry, ICRP, UN, WHO and IAEA will be forced to reconsider their safety standard.  In fact if they did, they would have to realize that nuclear power is the most dangerous source of energy that we should have never use it.

The 15-Country Collaborative Study of Cancer Risk Among Radiation Workers in the Nuclear Industry: design, epidemiological methods and descriptive results.





The study included nearly 600,000 workers employed in 154 facilities in 15 countries. 
 

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