Journal of the Korean Society of Industry Convergence (한국산업융합학회 논문집)

The Korean Society of Industry Convergence (한국산업융합학회)
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Green Purification System using Natural Hydrogen Generating Mineral Filter

천연 수소 발생 광물 필터를 이용한 녹조 정화 시스템

  • Yu-ji Kwon (Dept. of Nature & co company) ;
  • Dae-gyeom Park (Dept. Professor, Department of Mechanical Engineering, Pusan National University)
  • Received : 2024.03.29
  • Accepted : 2024.04.09
  • Published : 2024.04.30
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Abstract

In many regions of Korea, including the Four Major Rivers, the seriousness of the problem of algal blooms due to eutrophication of water quality is being raised.In this study, in order to solve these social problems, we manufactured a filter using natural mineral fusion (red illite, zeolite, germanium ceramic, selenium ceramic, carbon ceramic) and independently developed a tank system for green algae experiments to observe and determine the stages of change in water quality. In order to study ways to improve water quality through quantitative analysis, 1 ton of severely polluted green algae water from the Nak dong River region was stored in a water tank and exposed to ultraviolet rays in the same environment as the Nak dong River. Then, the same environment as the Nak dong River was created. The results were derived from a 5-week water quality test. The results of this experiment confirmed that green-colored cyano bacteria were significantly reduced just by the turbidity results. The results were obtained through a request to the Korea Testing & Research Institute located in Changwon-si, Gyeong sang nam-do. CI-(chlorine ion) and NH3-N(ammonia nitrogen) had the effect of saving every week. The device used in this study was made of natural minerals free of heavy metals that are harmless to the human body and nature through long-term consideration and exploration to kill and prevent various strains living in water. Green purification system using natural hydrogen generating mineral filter were effective a non-chemical and physical methods. The results of this study are one way to contribute to the serious problems caused by green algae in many countries, and will contribute to the water quality environment by preventing the waste of environmental resources, improving the health of the people, and increasing the ability to purify environmental water quality at home and abroad.

Keywords

Acknowledgement

본연구는 경상북도 대구시 소재 네이처앤코 기업 부설 연구소에서 자체 연구지원 사업에 의하여 부산대학교 생명 자원과학대학 국제창의 혁신 휴먼센터와 공동으로 연구되었음.

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