Paper
Removal of Microcystis in the Outer Moat of the Tokyo Imperial Palace Using Ozone Microbubbles
- Authors:
- Daisuke Kobayashi; Mizuki Mitsuhashi; Tomoki Takahashi; Katsuto Otake; Atsushi Shono
- Abstract
- Increasing the quantities of nutrient salts from the inflow of wastewater in enclosed waters generate the phytoplankton microcystis, which causes an offensive odor. Thus, establishing a microcystis treatment method is required to improve such aqueous environments. In this study, a new technique that combines microbubbles and ozone was applied to a wastewater treatment process. The effects of microcystis removal on the water samples taken from the outer moat of the Tokyo Imperial Palace were investigated. In addition, a mechanism for a microcystis degradation process using ozone microbubbles is proposed.
- Keywords
- Microbubbles; Ozone; Microcystis; Waste Water Treatment; Gas Flow Rate
- StartPage
- 30
- EndPage
- 34
- Doi