Nonaqueous Contact Electrochemistry

40× faster degradation

Utilizes triboelectric charge in nonaqueous solvents to drive catalysis and luminescence, overcoming the limitations of aqueous electrical double layers.

Yang, Zhe · Li, Shaoxin · Du, Yan · Zhang, Zhiwei · Shao, Jiajia · Willatzen, Morten · Wang, Zhonglin · Wei, Di · Du, Yan

Journal of the American Chemical Society 2024

Specifications

苯酚降解速率比去离子水快
{'zh': '30', 'en': ''} 倍

Advantages

Phenol degradation rate in DMSO over 40 times faster than traditional mechano-driven chemistry

High and stable luminescence maintained for 3 months