Author(s)

Akira Hiratsuka^1*, Tsutomu Demizu²

¹Jomo Kenyatta College of Agriculture and Technology (Formerly), Kyoto, Japan.
²The University of Tokyo (Formerly), Osaka, Japan.

In COVID-19 pandemic in the world, alcohol (ethanol) can be listed as a sterilizing disinfectant. It absolutely played a Messianic function on the sterilization effect. And it is said that it has one more function called “salinity reduction” but that function is not widely known. The two functions (Sterilization & Salinity Reduction) mentioned above are extremely important regarding the theme of “raw seawater into beverage” in this study. It is thought that if the two functions are achieved other water quality items such as NO^-₂ and other items can be cleared with comparative ease. To put briefly the feature of modern waterworks in a word, it can be said that “source of water is river water and its sterilization is chlorine”. In this study, we set up it with a completely new sanitization method (great reset), that is, “source of water is mixtures (seawater and rainwater) and its sterilization is ethanol”. And it can be also expected that the capture and storage of ethanol as a renewable resource is basically possible by utilizing sunlight as a natural power. Therefore, we think that this resolves itself into a question of the choice (sense of value/culture) of the users. It means that how users finally balance out with three factors, i.e., cost, risk (safety) and benefit. Based on the viewpoint mentioned above, we examined the possibility of raw seawater into beverage using ethanol as a renewable resource to create humankind’s wisdom to the settlement (breakthrough) of the water scarcity in the world including Asia and Africa. As a result, we have obtained the new findings that suggest the possibility of raw seawater into beverage using ethanol as a renewable resource.

Raw Seawater, Beverage, Ethanol, Renewable Resource, Great Reset

Hiratsuka, A. and Demizu, T. (2022) Study on the Possibility of Raw Seawater into Beverage
—Using Ethanol as a Renewable Resource. Journal of Water Resource and Protection, 14, 349-384. doi: 10.4236/jwarp.2022.144018.