|Shaun Burnie, senior nuclear specialist with Greenpeace Germany, speaks about Tokyo’s plan to discharge a massive amount of radioactive water into the Pacific Ocean during an interview with The Korea Herald at Greenpeace Seoul’s office in central Seoul last week. (Greenpeace Seoul)|
With less than a year to go until the Tokyo 2020 Summer Olympics, concerns are growing over the safety of the baseball and softball venues in disaster-hit Fukushima.
Seeking to break away from Japan’s association with high levels of radioactivity, the Abe government has branded the 2020 Olympics the “Recovery Games.”
But health and environmental risks from high levels of radiation persist in parts of Fukushima after the 2011 nuclear meltdown.
According to Shaun Burnie, a senior nuclear specialist with Greenpeace Germany, those visiting Fukushima for the Summer Games next year should take a proactive approach to educating themselves on which areas of Fukushima are affected by radiation and on the impact of exposure to radiation.
“In terms of safety, there are certain areas of Fukushima where we would certainly not advise athletes or spectators to spend any time. Those are areas particularly close to the Fukushima Dai-ichi plant, including where the torch processions will be taking place,” Burnie said in an interview with The Korea Herald at Greenpeace Seoul’s office in central Seoul last week.
“They are areas that are not safe for people to live. If you visit, you need to follow a radiation protocol. It is a bizarre situation that you are having Olympic events where people are concerned about radiation,” he added.
While noting that not all parts of Fukushima should be off limits, Burnie said athletes and sports bodies need to seek independent assessments on Fukushima, rather than relying on information provided by the Japanese government.
“It’s dangerous to just dismiss the whole of Fukushima as a radioactive disaster zone. It’s much more complex than that. The first thing is … don’t trust the Japanese government, educate yourself. If you’re an organizing body, get independent verification and independent information about what the relative radiation levels are, what the risks are,” Burnie said.
As the senior nuclear specialist with Greenpeace Germany, Burnie has followed the Japanese government’s handling of the tsunami and earthquake in March 2011 that resulted in the meltdown of three nuclear reactors at the Fukushima Dai-ichi power plant.
In a report published in January, Burnie alleged that Tokyo plans to dispose of some 1 million metric tons of contaminated water by discharging it into the Pacific Ocean after the Summer Olympics.
If Japan follows through with the move, radioactive water is expected to be present in Korea’s East Sea a year later.
“For the past five years we’ve been accessing the process, the discussions, the documents submitted by Tepco (Tokyo Electric Power Company) … we were reviewing some of Tepco’s data (last year) and we looked at it and went ‘there is something wrong here with Tepco’s processing,’” Burnie said.
“It became very clear there has been bad decisions made, not really surprising, by Tepco, by the (Japanese) government over the last five or six years and how to manage the water crisis.”
Last year Tepco acknowledged its Advanced Liquid Processing System, or ALPS, had failed to purify contaminated water stored in tanks at the Dai-ichi power plant.
A committee under Japan’s Ministry of Economy in 2016 put together five scenarios for the Japanese government to deal with the massive volume of pollutants stored at the Fukushima No. 1 plant.
The amount of water stored at the plant is to reach its full capacity of 1.3 million tons by the end of 2020, with about 170 tons accumulating daily.
According to Burnie, Tokyo has chosen to discharge the radioactive water instead of acting on any of the other four suggestions because “it is the most cheap and fast.”
Besides increased levels of radioactive cesium found in Fukushima and in the East Sea, Burnie warned of “cesium-rich micro particles” extremely small in size and inhaled through breathing.
Cesium is one of the largest sources of radioactivity from the 2011 disaster and has a half-life of 30 years.
“There is evidence from samples ... some scientific literature has published the results and they found concentrations of these particles in areas 20-30 kilometers from the plant. ... The problem is these particles can be inhaled. Then some of them lodge inside your lung at which point you are getting an internal dose, a very focused, very localized, relatively high-exposure dose to individual cells,” Burnie said.
“That’s a real problem because there is very little known about how cesium in that form will affect your long-term health. ... Again, the people most at risk are those returning to live in areas of Fukushima affected by these particles. But the Japanese government has not taken into account in any of its assessments what those risks are,” he added.
Stressing that the risks of exposure to radiation should not be exaggerated, Burnie noted there is no safe level of radiation exposure and the long-term effects are unknown.
“The effects you will only see over decades. It won’t be instant, it’s not an acute radiation exposure, it’s low-level radiation,” Burnie said.
“The country that will be next impacted will be Korea, because it’s the geographically closest. … There is no safe threshold for radiation exposure. … Why should you be exposed when there is a clear alternative, which is you store?”
By Kim Bo-gyung