The Japanese government officially decided: dumping one million tons of nuclear waste water into the sea, mankind may face "the disaster of extinction"!

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Prior to this, the Director General of the International Atomic Energy Agency has expressed his willingness to actively promote the evaluation and supervision of the agency in a fair, objective and scientific manner.

Prior to this, the Director General of the International Atomic Energy Agency has expressed his willingness to actively promote the evaluation and supervision of the agency in a fair, objective and scientific manner.

At the same time, the official website of the US State Department issued a statement that the Japanese government has reviewed several treatment options related to the nuclear sewage currently stored at the Fukushima Daiichi Nuclear Power Plant.

However, Japan’s Minister of the Environment previously stated in response to this decision that Japan has “ no other choice ” other than discharging wastewater into the Pacific .

Image source: Xinhua News Agency

Image source: Xinhua News Agency

Nuclear waste water enters the sea ​​"the world" pays for it, endangering the global ecology

Nuclear waste water enters the sea.

On March 11, 2011, a strong earthquake occurred in northeastern Japan and triggered a tsunami.

Image source: NIPPON TV screenshot

Image source: NIPPON TV screenshot

As early as 2014, I wanted to dump nuclear waste water into the Pacific, but due to the pressure of public opinion, it was not implemented.

As early as 2014, I wanted to dump nuclear waste water into the Pacific, but due to the pressure of public opinion, it was not implemented.

As we all know, as long as any pollutant enters the ocean, it will migrate from one sea area to another sea area with wind, waves, currents and tidal currents, and even expand to neighboring oceans, and even spread to the world.

 Image source: Zhihu

 Image source: Zhihu Image source: Zhihu

According to the "Korea Herald" report, the nuclear waste water discharged into the sea will first reach the southern waters of South Korea, rather than the coast of Japan.

According to the "Korea Herald" report, the nuclear waste water discharged into the sea will first reach the southern waters of South Korea, rather than the coast of Japan.

 In June of this year, the UN special rapporteur concerned about the disposal of hazardous materials and other issues spoke out, urging the Japanese government not to ignore its obligations on nuclear waste disposal, and not to use the opportunity of the epidemic to force nuclear weapons without international consultations.

Under pressure from all parties, on October 23, the Japanese government stated that it would postpone its plan on how to deal with nuclear wastewater.

Fu nuclear waste processing islands.

Fu nuclear waste processing islands.

In order to reduce the radioactive substances in nuclear waste water, starting in 2015, Japan has put into use the "Multi-Nuclide Removal Device (ALPS)".

According to the New York Times, TEPCO admitted last summer that only one-fifth of nuclear-contaminated wastewater was effectively treated.
TEPCO admitted last summer that only one-fifth of nuclear-contaminated wastewater was effectively treated .
According to the estimated value released by the Ministry of Economy, Trade and Industry in November, it takes one year to discharge the treated water into the ocean, and the surrounding residents will receive approximately 0.
052 to 0.
62 microsieverts of radiation per year, and if it is discharged into the atmosphere, it is 1.
3 microsieverts.
.
According to the Ministry of Economy, Trade and Industry, this is less than one-thousandth of the amount of natural radiation (2100 microsieverts).
If it takes 10 or 100 years to discharge, the impact will be even smaller.

However, this set of figures did not relieve the worries of the locals.
Both the Fukushima fishermen and the Japan Fisheries Association warned that discharging nuclear wastewater into the sea would cause "immeasurable harm" to the country's fisheries.
Since the Fukushima nuclear accident, the work of local fishermen has not been fully restored to the state before the disaster.
At the same time, many scientists pointed out that in the case of having to treat waste water that will no longer exist, whether the radioactive content in nuclear waste water has been reduced to a safe level needs further confirmation .

However, this set of figures did not relieve the worries of the locals.
Both the Fukushima fishermen and the Japan Fisheries Association warned that discharging nuclear wastewater into the sea would cause "immeasurable harm" to the country's fisheries.
Since the Fukushima nuclear accident, the work of local fishermen has not been fully restored to the state before the disaster.
There are also many scientists pointed out that in the case had to waste water coming nowhere to be stored for processing, radiation content of nuclear waste water is already reduced to a safe level, needs to be confirmed radiation content of nuclear waste water is already Reducing to a safe level requires further verification .
What is the impact of nuclear waste water entering the sea ? How old is it? How harmful is the leakage of nuclear waste water to the human body? Most experts believe that this is a difficult question to answer, because the health problems caused by exposure to radioactive contamination may not show up until decades later .
The health problems caused by exposure to radioactive contamination may take decades.
It will show up later .
Minoru Takada, director of the Center for Radiation Biology Research at Kyoto University, said that radioactive sewage does not pose an immediate threat to health unless a person approaches the damaged reactor.
However, in the long run, he is worried that the leak may lead to an increase in the incidence of cancer in Japan.
What is even more worrying is that fish in the sea are contaminated and endanger humans through the food chain.
What is even more worrying is that fish in the sea are contaminated and endanger humans through the food chain.

Ken O.
Buesseler.
Opening the floodgates at Fukushima.
Science 2020.
DOI: 10.
1126/science.
abc1507

Ken O.
Buesseler.
Opening the floodgates at Fukushima.
Science 2020.
DOI: 10.
1126/science.
abc1507

 

 

On August 20, a study published in the journal "Science" showed that the Fukushima nuclear wastewater contains a variety of radioactive components.
Nuclear pollution components include cesium (Cs-131, 133, 137) and strontium (Sr90).
) And iodine (I-131, 135) and many other radioactive elements.
Among them, there is an isotope tritium, which is very high in content and difficult to remove .
Another isotope, carbon 14, is easily absorbed by marine organisms.
The physiological concentration of carbon 14 in fish can reach 50,000 times that of tritium.
These radioactive substances are potentially toxic to humans.

On August 20, a study published in the journal "Science" showed that the Fukushima nuclear wastewater contains a variety of radioactive components.
Nuclear pollution components include cesium (Cs-131, 133, 137) and strontium (Sr90).
) And iodine (I-131, 135) and many other radioactive elements, including one isotope tritium, the content is very high, it is difficult to be cleaned of nuclear pollution components including cesium (Cs-131, 133, 137), strontium (Sr90) and iodine (I-131, 135) and many other radioactive elements, one of which is the isotope tritium, which is very high in content and difficult to remove .
Another isotope, carbon 14, is easily absorbed by marine organisms.
The physiological concentration of carbon 14 in fish can reach 50,000 times that of tritium.
These radioactive substances are potentially toxic to humans.

Different isotope releases and health risks.

Different isotope releases and health risks.

Tritium is one of the most studied radionuclides.
Although there have been hundreds of studies on its biological effects and other properties, the properties of tritium are still misunderstood.
For example, it is regarded as "because of its decay and release of low-energy particles.
" Weak "nuclides, so external exposure to tritium is considered insignificant and harmless to humans.
In fact, the so-called "weak" particles in radiation biology have stronger radiation biological effects.

Tritium is one of the most studied radionuclides.
Although there have been hundreds of studies on its biological effects and other properties, the properties of tritium are still misunderstood.
For example, it is regarded as "because of its decay and release of low-energy particles.
" Weak "nuclides, so external exposure to tritium is considered insignificant and harmless to humans.
In fact, the so-called "weak" particles in radiation biology have stronger radiation biological effects.

On December 31, 2019, TEPCO reported the radioisotope concentration range of more than 200 storage tanks (arranged by effective dose (dose factor)).

On December 31, 2019, TEPCO reported the radioisotope concentration range of more than 200 storage tanks (arranged by effective dose (dose factor)).

The degree of concentration of radioisotopes in biological systems varies.

The degree of concentration of radioisotopes in biological systems varies.

Tritium can be absorbed through the skin, inhaling contaminated water vapor and ingesting contaminated food or water into the human body.
Once in humans, tritium is quickly absorbed and utilized by the human body, and the nitrogen bound to proteins, lipids and carbohydrates, especially nuclear proteins like DNA, is called organic binding atmosphere .
A number of studies have shown an increase in childhood leukemia and congenital malformations among people exposed to tritium or other types of radiation .
The air, water, and food near nuclear power plants contain high concentrations of tritium, which can cause radiation to the surrounding residents and may cause cancer or leukemia.

Tritium can be absorbed through the skin, inhaling contaminated water vapor and ingesting contaminated food or water into the human body.
Once in humans, tritium is quickly absorbed and utilized by the human body, and is bound to proteins, lipids and carbohydrates, especially the nitrogen on nuclear proteins like DNA.
It is called an organic binding atmosphere.
Once in humans, tritium is quickly absorbed.
The body absorbs and utilizes the nitrogen that is bound to proteins, lipids and carbohydrates, especially nuclear proteins like DNA, which is called organic binding atmosphere .
A number of studies have shown an increase in childhood leukemia and congenital malformations among people exposed to tritium or other types of radiation .
The air, water, and food near nuclear power plants contain high concentrations of tritium, which can cause radiation to the surrounding residents and may cause cancer or leukemia.
child

The "Korea Times" pointed out that this is a "disaster that destroys the environment of the marine ecosystem.
" The report pointed out that the tritium element in the Fukushima nuclear wastewater cannot be removed even after repeated treatment.
This radioactive element can cause cell damage and deformation.
If it accumulates in the human body for a long time, it will eventually lead to cancer.

The "Korea Times" pointed out that this is a "disaster that destroys the environment of the marine ecosystem.
" The report pointed out that the tritium element in the Fukushima nuclear wastewater cannot be removed even after repeated treatment.
This radioactive element can cause cell damage and deformation.
If it accumulates in the human body for a long time, it will eventually lead to cancer.

In addition, the Greenpeace report stated that these nuclear waste waters contain the radioisotopes tritium and carbon 14, of which carbon 14 is "the main contributor to human collective radiation dose and may damage human DNA.
" 

In addition, the Greenpeace report stated that these nuclear waste waters contain the radioisotopes tritium and carbon 14, of which carbon 14 is "the main contributor to human collective radiation dose and may damage human DNA.
" 

According to Shaun Burnie, a senior nuclear expert at Greenpeace in Germany, there may be as much as 63.
6GBq (gigabecquerel) of carbon-14 in the storage tank.
"These and other radionuclides in sewage will be dangerous for thousands of years and may cause genetic damage.
This is why this plan (discharge into the sea) must be abandoned .
"

According to Shaun Burnie, a senior nuclear expert at Greenpeace in Germany, there may be as much as 63.
6GBq (gigabecquerel) of carbon-14 in the storage tank.
"These and other radionuclides in sewage will be dangerous for thousands of years and may cause genetic damage.
This is also the reason why this plan (discharge into the sea) must be abandoned for thousands of years.
It is dangerous and may cause genetic damage.
This is why this plan (discharge into the sea) must be abandoned .
"

 Oceanographer Buesseler believes that “the higher concentration of strontium 90 leaked is more complicated because it is an osteotectonic isotope.
” Cesium is like salt, which enters and exits your body quickly.
However, "Strontium will enter your bones.
" The half-life of strontium 90 is as long as 29 years.
Because it has similar properties to calcium, it is easy to enter the bones of the human body, and may cause bone marrow cancer, hematopoietic dysfunction and other diseases, which is very harmful to human health.
"

 Oceanographer Buesseler believes that “the higher concentration of strontium 90 leaked is more complicated because it is an osteotectonic isotope.
” Cesium is like salt, which enters and exits your body quickly.
However, "Strontium will enter your bones.
" The half-life of strontium 90 is as long as 29 years.
Because it has similar properties to calcium, it is easy to enter the bones of the human body, and may cause bone marrow cancer, hematopoietic dysfunction and other diseases, which is very harmful to human health.
"

In the 1999 nuclear accident in Tokai Village, Japan, a critical accident of nuclear fission of uranium occurred due to worker mishandling.
Ouchi, 0.
65 meters away from the radiation source, instantly suffered nuclear radiation that was 20,000 times the annual limit for ordinary people.
It far exceeded the lethal dose, and gradually died in a shocking manner during the 83 days of treatment.
In March 2011, a magnitude 9.
0 earthquake occurred in northeastern Japan and triggered a huge tsunami.
Affected by this, a large amount of radioactive material leaked from the Fukushima Daiichi Nuclear Power Plant owned by TEPCO, which became the worst after the Chernobyl nuclear accident in the Soviet Union.
Nuclear accident.

In the 1999 nuclear accident in Tokai Village, Japan, a critical accident of nuclear fission of uranium occurred due to worker mishandling.
Ouchi, 0.
65 meters away from the radiation source, instantly suffered nuclear radiation that was 20,000 times the annual limit for ordinary people.
It far exceeded the lethal dose, and gradually died in a shocking manner during the 83 days of treatment.
In March 2011, a magnitude 9.
0 earthquake occurred in northeastern Japan and triggered a huge tsunami.
Affected by this, a large amount of radioactive material leaked from the Fukushima Daiichi Nuclear Power Plant owned by TEPCO, which became the worst after the Chernobyl nuclear accident in the Soviet Union.
Nuclear accident.

Almost 10 years have passed, and the nuclear leak at the Fukushima Daiichi Nuclear Power Plant has not been properly resolved.
As of September last year, thousands of storage tanks in nuclear power plants stored approximately 1.
23 million tons of sewage, which is expected to reach its capacity limit in the summer of 2022.
If Japan really wants to discharge nuclear waste water into the Pacific this time, it will be a disaster for the entire planet's ecosystem.

Almost 10 years have passed, and the nuclear leak at the Fukushima Daiichi Nuclear Power Plant has not been properly resolved.
As of September last year, thousands of storage tanks in nuclear power plants stored approximately 1.
23 million tons of sewage, which is expected to reach its capacity limit in the summer of 2022.
If Japan really wants to discharge nuclear waste water into the Pacific this time, it will be a disaster for the entire planet's ecosystem.
Almost 10 years have passed, and the nuclear leak at the Fukushima Daiichi Nuclear Power Plant has not been properly resolved.
As of September last year, thousands of storage tanks in nuclear power plants stored approximately 1.
23 million tons of sewage, which is expected to reach its capacity limit in the summer of 2022.
If Japan really wants to discharge nuclear waste water into the Pacific this time, it will be a disaster for the entire planet's ecosystem.

Source: Metz Medical Comprehensive report in CCTV News, China News Weekly, China Environment, CCTV Finance, Canadian Chinese News, Global Science and International Online, etc.

Source: Metz Medical Comprehensive Report on CCTV News, China News Weekly, China Environment, CCTV Finance, Canadian Chinese News, Global Science and International Online, etc.
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