466594 Experimental Studies on CO2、NOX、soX Adsorbing Capacity of Polyaniline-Based Materials

Monday, November 14, 2016
Grand Ballroom B (Hilton San Francisco Union Square)
Shan Liyuan1, Hui Li2, Huang Jia3, Gao Lin3, Binglu Meng4, Delong Xu5, Yong Min6 and Youhai Yu7, (1)Institute of Powder Engineering, Xian, China, (2)Xi'an University of Architecture &Technology, Institute of Powder Engineering, Xi'an, China, (3)Institute of Powder Engineering, xian, China, (4)Institute of Powder Engineering, Shaanxi Techno-Institute of Recycling Economy, Xian, China, (5)Institute for Powder Eng, Univ. of Archi. & Tech., Xi'an, China, (6)Xi'an University of Architecture &Technology, N, Xi'an, China, (7)Xi’an Institute of Optics and Precision Mechanics, Xi'an, China

 Experimental studies on CO2NOXSOX Adsorbing Capacity of Polyaniline-based materials


Liyuan Shan1, Li Hui1, Huang jia1, Gao lin1,Binglu Meng1, Delong Xu1, Youhai Yu2,b,*and Yong Min1,a,*

1. Institute of Powder Engineering, Shaanxi Techno-Institute of Recycling Economy, P.R.China

2.Xi'an Institute of Optics and Precision Mechanics of Chinese Academy of Science

a email: yong686@126.com, youhai.yu@gmail.com. *Corresponding author

Keywords: CO2、NOX、SOX adsorption, PANI-based materials, composites


Eigenstate polyaniline (PANI) were prepared by in-situ polymerization method,and under the same experimental conditions, composites doped with attapulgite、vermiculite and diatomite were prepared respectively. The exist of additive materials of attapulgite、vermiculite and diatomite acted as the skeleton of PANI. The samples were characterized by FTIR、XRD、SEM、UV spectrophotometer and TGA. The results revealed that the composites which have the structure of attapulgite and the nature of the polyaniline. The composites doped with attapulgite、vermiculite and diatomite had better excellent adsorption Capacity in 100-160℃for acid gas such as CO2、SO2 and NO2 under TGA than that of PANI modified with nothing. This property of PANI-based materials has a great importance significance for dealing with the fuel gas in thermal power industry to protect environment.


This work was financially supported by the Project of National Natural Science Foundation of China (NSFC Grant No. 51274159) and Special Funds for the Major Science and Technology Innovation of Shaanxi Province (No. 2012zkc06-2)

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