Analysis of purification in radioactively contaminated ocean water near the Fukushima nuclear accident site

The nuclear-contaminated water in the seawater near the site of the Fukushima nuclear power plant (NPP) accident is being investigated for treating the radioactive material. One of the most important considerations in the treatment is the management of the vast aquatic area of the oceanic scale. There are two methods in the application of osmosis and filtration for the modeling. There is the molecule quantity by the water volume where the list of transition of quantities is shown, where it decreases to 10% from the reversed osmosis method and to 0.01% from the filtration method in 9 days. In the filtrations, the discharge variations in the sea are described as the maximum and minimum values within 100 square velocities. A design for the general radioactive contaminated seawater treatment facility is introduced.

Automated summary

The nuclear-contaminated water in the seawater near the site of the Fukushima NPP accident is being investigated for treatment. Managing the vast oceanic area is crucial in this process. Modeling is done using osmosis and filtration methods, with a decrease in radioactive material to 10% from reverse osmosis and to 0.01% from filtration within 9 days. The discharge variations are described in terms of maximum and minimum values within 100 square velocities. The article introduces a design for a general radioactive contaminated seawater treatment facility.