[Published by Fawoo]3.Nanobubble-Based Carbon Dioxide Massive Dissolution Using Friction Tubes and RealTime Reaction : 화우나노텍 주식회사

UN-SDGs

(Sustainable Developement Goals)

'유엔 지속가능발전목표' 이행을 위한

친환경 '나노버블' 기술 제공과

혁신을 추구

UN-SDGs

(Sustainable Developement Goals)

'유엔 지속가능발전목표' 이행을 위한

친환경 '나노버블' 기술 제공과

혁신을 추구

자료실(학술자료)

[Published by Fawoo]

3. Nanobubble-Based Carbon Dioxide Massive Dissolution Using Friction Tubes and RealTime Reaction

(DOI: https://doi.org/10.21203/rs.3.rs-3836511/v1)

[Abstract]

To prevent global warming, various technologies are being developed to suppress carbon dioxide emissions. Nanobubbles are useful in various industrial fields. Carbon dioxide capture technology was studied using the property of activating the reaction of nanobubbles. In this study, carbon dioxide capture was attempted using nanobubble generation tubes based on the friction principle. The world has paid attention to carbon capture, utilization, and storage (CCUS) to inhibit and reduce carbon dioxide emissions, which are known as the main cause of global warming. The problem is that the new process that utilizes carbon dioxide must consume less energy and resources than existing alternative processes. To address this problem, research was conducted on the possibility of dissolving carbon dioxide in large quantities at low power consumption using a nanobubble generation system and real-time chemical reactions in this study. In addition, a mass dissolution system was constructed, and real-time neutralization was verified through the reactions of nanobubble carbon dioxide with ammonia water (𝑁𝐻4𝑂𝐻) and calcium hydroxide (𝐶𝑎(𝑂𝐻)2 ) solution.

[화우나노텍 게재]4.마찰방식을 이용한 수소(𝑯𝟐) 나노버블수 생성과 용해도 상승에 대한 연구 [화우나노텍 게재]3.마찰 방법에 의한 나노버블 이산화탄소 대량 용해와 실시간 반응에 대한 연구

목록 글쓰기

나노버블 관련 논문 / 기타 자료

학술자료[Published by Fawoo]3.Nanobubble-Based Carbon Dioxide Massive Dissolution Using Friction Tubes and RealTime Reaction