Efficient adsorption of tetracycline by phytic acid modulated ramie fiber-derived porous carbon: Performance, mechanism, and application potential

• Published in: Journal of water process engineering Vol. 74; p. 107857
• Main Authors: Chen, Dongxinyu, Deng, Yuwei, Cui, Boyan, Mei, Shou, Xiao, Lixi, Zhou, Huo, Zhan, Ziyi, Wang, Rongling, Pei, Xuanyuan, Li, Qiang, Wan, Jun, Ye, Yuxuan, Pan, Fei
• Format: Journal Article
• Language: English
• Published: Elsevier Ltd 01.05.2025
• Subjects: Adsorption; Phytic acid; Porous carbon; Ramie fiber; Tetracycline removal; Porous carbon; Tetracycline removal; Ramie fiber; Adsorption; Phytic acid

Tetracyclines are widely adopted in various industries and ubiquitous in wastewater, and developing efficient removal technologies remains a challenge. In this study, a phytic acid pre-modulated porous carbon originating from ramie fiber (PARPC) was prepared to remove tetracycline from water. Batch...