Engineering pore structure of bamboo-derived porous carbons via pyrolysis behavior of various organic potassium salts for efficient nitrate removal by capacitive deionization | Synapse
March 3, 2026
Engineering pore structure of bamboo-derived porous carbons via pyrolysis behavior of various organic potassium salts for efficient nitrate removal by capacitive deionization
Key Points
Nitrate removal efficiency increased significantly through optimized pyrolysis of organic potassium salts, showing a 25% improvement.
The engineered porous carbons exhibited high surface area, enhancing capacitive deionization performance in treating nitrate.
This study employs a systematic approach analyzing various organic potassium salts to determine their impact on pore structure and functionality.
Results indicate that tailored porous carbons could offer more effective water treatment solutions, highlighting the potential for broader applications.