Japan tries to dilute tritium danger

September 11, 2018

TEPCO could dump radioactive water into ocean any day. Help stop it!

From various correspondents

More than one million tonnes of radioactively contaminated water has already accumulated at the destroyed Fukushima Daiichi nuclear power plant site, stored in steel tanks and increasing in volume daily — by some accounts one new tank is added every four days. Space to store it is rapidly running out. So far, the only “plan” TEPCO has come up with to deal with the problem is to dump the water into the Pacific Ocean.

The water is accumulating in part because about 150 tonnes of groundwater seeps daily through cracks in the stricken reactors’ foundations, thereby becoming contaminated with radioactive isotopes. In addition, water flows down the surrounding hillsides onto the site, picks up radiation, and must be captured and stored on site.

TEPCO has so far been pumping the contaminated water through a filtering system that can only remove cesium and strontium. But the process creates a highly toxic sludge as a byproduct, which also has to be stored in sealed canisters on site.

Tritium, a radioactive isotope of hydrogen, cannot of course be removed from water. Hence the plan to dump the radioactive (tritiated) water into the ocean. This move has long been strongly opposed by people from many spectra in Japan. A “Resolution Against the Ocean Dumping of Radioactive Tritium-contaminated Waste Water From the Fukushima Daiichi Nuclear Power Plant,” initiated by physics Professor Emeritus at Kyoto University, Kosaku Yamada, has already garnered signatures from 280 individuals and 35 organizations. The Resolution is reproduced below.

The goal of the resolution is to raise public awareness about the prolonged serious health effects of the Fukushima nuclear disaster that the Japanese government is taking every step to conceal.

Now, the organizers are calling on the international community to sign on as well. You can do so by sending your contact details directly to Professor Yamada at:

kosakuyamada@yahoo.co.jp

A Resolution Against the Ocean Dumping of Radioactive Tritium-contaminated Waste Water From the Fukushima Nuclear Power Plant

It was announced in March, 2014, that in the defunct Fukushima Nuclear Power Plant there was a total of approximately 3,400 trillion becquerels of tritium, with 830 trillion becquerels stored in tanks. This enormous amount of radioactive waste water has still continued to increase since then. In these circumstances, the Japanese government and Tokyo Electric Power Company Ltd. (TEPCO), in their efforts to find an easy way to dispose of the tritium-contaminated waste water created by the Fukushima nuclear disaster, have been trying to dilute and dump it into the ocean. They have been watching for an unguarded moment among the opposition movements including the fishery cooperatives who are strongly against the dumping. Now they are about to finally decide to implement the ocean dumping plan. Far from regulating such activities, Toyoshi Fuketa, the chairman of the Nuclear Regulatory Authority, has been championing this plan.

We are determined that the Japanese government and TEPCO shall never dump the radioactive waste water into the ocean for the following reasons:

1. Generally misunderstood as posing little risk to life and health, tritium is an extremely hazardous radioactive material. This is because organisms are not able to chemically distinguish tritium water from the normal water which composes most of the human body. This means that tritium can invade any part of the human body, irradiating it from inside; therefore, tritium can damage cell membranes and mitochondria in cells, indirectly through reactive oxygen species (ROS) and other radicals generated in irradiation. Tritium decay can directly cut chemical bonds of genomes or DNA strands. The risk peculiar to tritium is that if some hydrogen atoms which make up the genomes are replaced with tritium, the beta decay of the tritium into helium will cut off the chemical bonds of the genome.

Plants produce starch from water and carbon dioxide gas by using photosynthesis. Some of the hydrogen atoms in this starch can be replaced with tritium, forming organic tritium, which animals, plants and human beings absorb into their bodies over the long term, causing internal radiation.

2. With reference to the tritium released by various nuclear facilities, reports indicate a number of findings including: an increased incidence of leukemia among those living around the Genkai Nuclear Power Plant; an increased incidence of infant leukemia around nuclear reprocessing plants all over the world; and an increased incidence of child cancers around nuclear power plants. Real damage has already occurred.

3. Tritium, even if diluted and dumped into the ocean, will become concentrated again through aspects of the ecosystem such as food chains. Furthermore, tritium will vaporize into tritium-containing moisture or hydrogen gas, only to return to the land and eventually circulate within the environment. The idea that dilution ensures safety has caused fatal blunders to be repeated in many environmental pollution cases in the past, the vital factor being the total quantity released into the environment. Therefore, as far as environmental pollution problems are concerned, the only righteous and principled policy is to thoroughly confine and isolate radioactive materials or toxic substances from the ecosystem.

As tritium has a long half-life of 12 years, it destroys the environment over the long term. Tritium is an isotope of hydrogen which constitutes not only most of the living body but also its genes, so tritium disposal via dilution cannot be safe. Thus, we strongly urge the Japanese government and the Nuclear Regulatory Authority never to dump tritium into the ocean.

https://beyondnuclearinternational.org/2018/09/11/japan-tries-to-dilute-tritium-danger/

1.This Month

of the week

Gender and Radiation Impact Project

Tri-Valley CAREs – Communities Against a Radioactive Environment

3 Reasons Why Nuclear Energy Is Terrible! 2/3

Pros and cons of public opinion polls – Jason Robert Jaffe

What About the Ozone Hole | Global Weirding

For First Time, Majority in U.S. Oppose Nuclear Energy, Gallup, BY REBECCA RIFFKIN , March 18, 2016,

STORY HIGHLIGHTS

54% of Americans oppose nuclear energy, 44% in favor
First time in Gallup’s trend that majority oppose nuclear energy
Both major parties less likely to favor nuclear energy than in 2015

WASHINGTON, D.C. — For the first time since Gallup first asked the question in 1994, a majority of Americans say they oppose nuclear energy. The 54% opposing it is up significantly from 43% a year ago, while the 44% who favor using nuclear energy is down from 51%.

Gallup asks Americans as part of its annual Environment poll if they favor or oppose the use of nuclear energy as one way to provide electricity. Each year from 2004 to 2015, a majority of Americans said they favored the use of nuclear energy, including a high of 62% in 2010.

In 2011, Gallup conducted its annual Environment poll a few days before the Fukushima nuclear plant disaster in Japan, and at that time, 57% of Americans were in favor of nuclear energy. The next time the question was asked in 2012, a similar majority still favored the use of nuclear energy.

And although there have not been any major nuclear incidents since Fukushima in 2011, a majority of U.S. adults now oppose nuclear energy. This suggests that energy prices and the perceived abundance of energy sources are the most relevant factors in attitudes toward nuclear power, rather than safety concerns prompted by nuclear incidents.

Lower gasoline prices over the past year are likely driving greater opposition toward the use of nuclear power. As Americans have paid less at the pump, their level of worry about the nation’s energy situation has dropped to 15-year-low levels. This appears to have resulted in more Americans prioritizing environmental protection and fewer backing nuclear power as an alternative energy source.

Democrats and Republicans Less Likely to Favor Nuclear Energy

Republicans continue to be more likely than Democrats and independents to be in favor of nuclear energy. Still, support for the use of nuclear energy among Republicans and Democrats has declined in comparison to 2015. A slight majority of Republicans, 53%, are in favor of nuclear energy, down significantly from 68% last year. One in three Democrats, 34%, favor it, down from 42% in 2015. Independents’ support is essentially unchanged from last year, but is down from the high Gallup found in 2010……..

Survey Methods

Results for this Gallup poll are based on telephone interviews conducted March 2-6, 2016, with a random sample of 1,019 adults, aged 18 and older, living in all 50 U.S. states and the District of Columbia. For results based on the total sample of national adults, the margin of sampling error is ±4 percentage points at the 95% confidence level. All reported margins of sampling error include computed design effects for weighting.

Each sample of national adults includes a minimum quota of 60% cellphone respondents and 40% landline respondents, with additional minimum quotas by time zone within region. Landline and cellular telephone numbers are selected using random-digit-dial methods. https://news.gallup.com/poll/190064/first-time-majority-oppose-nuclear-energy.aspx

EVENTS

November-December 2018 International Uranium Film Festival – U.S. Southwest tour

November 29th and 30th and December 1st, Navajo Nation Museum, Hwy 264 & Post Office Loop, Window Rock, Navajo Nation, AZ

December 2nd, Flagstaff, AZ

December 6th, Guild Cinema, 3405 Central Ave, Albuquerque, NM

December 7th, Grants, NM

December 9th, Jean Cocteau Cinema, 418 Montezuma Ave, Santa Fe, NM

PETITIONS

Tell Congress: Stop Trump from ordering a nuclear first strike without a Congressional declaration of war.

PREVENT UNNECESSARY RADIOACTIVE RISKS ACROSS THE USA NATION

Protect Idaho’s water. Stop nuclear waste.

nuclear-news

The News That Matters about the Nuclear Industry Fukushima Chernobyl Mayak Three Mile Island Atomic Testing Radiation Isotope