摘要
选取活性炭粉作为洗消剂,以硝基苯为洗消吸附对象,对其水相泄漏进行小型实验模拟。利用恒温水浴振荡加热、紫外光谱、控制变量等方法,精确得到活性炭粉对硝基苯的水相洗消量,并结合洗消动力学、洗消等温机理等理论模型计算出相应方程,对其洗消机理和影响因素进行深入研究。得出活性炭粉对硝基苯的水相洗消不仅仅是物理吸附过程,还受内部化学分配以及电子间相互作用的影响的结论。
Activated carbon powder was selected as the detergent and nitrobenzene was used as the adsorption object to simulate the water phase leakage.By means of constant temperature water bath oscillation heating,UV spectrum,control variables and other methods,the amount of nitrobenzene washed by activated carbon powder in water phase is accurately obtained,and the corresponding equations are calculated by combining the theoretical models of washing kinetics and washing isothermal mechanism,and the washing mechanism and influencing factors are deeply studied.It is concluded that the removal of nitrobenzene by activated carbon powder is not only a physical adsorption process,but also influenced by internal chemical distribution and electronic interaction.
作者
姚添茗
卢林刚
王冠韬
YAO Tian-ming;LU Lin-gang;WANG Guan-tao(Daqing Fire and Rescue Detachment,Heilongjiang Daqing 163000,China;China People's Police University,Hebei Lang⁃fang 065000,China;College of Engineering and Technology,China University of Geosciences,Beijing 100083,China)
出处
《消防科学与技术》
CAS
北大核心
2020年第1期107-110,共4页
Fire Science and Technology
关键词
硝基苯
水相洗消
活性炭
应急救援
nitrobenzene
aqueous phase washing
activated carbon
emergency rescue
