Chen Zongding1; Gong Xuzhong2; Wang Zhi2; Wang Yonggang1; Zhang Shu1; Xu Deping1
Source Publication燃料化学学报
AbstractIonic liquid-assisted coal water slurry (CWS) electrolysis was carried out in KNO 3 system with constant current. The effects of ionic liquids including structure, concentration, temperature and time on the removal of sulfur were investigated to intensify desulfurization ratio from CWS electrolysis. Given the organic structure of imidazole, the influence of anions on the desulfurization was in the following order: Br ? >BF 4 ? >Cl ? . Given the same anion of Br ? , imidazole showed better performance than pyridine in terms of sulfur elimination. With increasing N -butylpyridinium bromide (BPyBr) concentration, the desulfurization ratio increased at the initial stage, and then decreased after 0.30 mol
Document Type期刊论文
Affiliation1.School of Chemical and Environmental Engineering, China University of Mining and Technology
Recommended Citation
GB/T 7714
Chen Zongding,Gong Xuzhong,Wang Zhi,et al. sulfurremovalfromionicliquidassistedcoalwaterslurryelectrolysisinkno3system[J]. 燃料化学学报,2013,41(8):928.
APA Chen Zongding,Gong Xuzhong,Wang Zhi,Wang Yonggang,Zhang Shu,&Xu Deping.(2013).sulfurremovalfromionicliquidassistedcoalwaterslurryelectrolysisinkno3system.燃料化学学报,41(8),928.
MLA Chen Zongding,et al."sulfurremovalfromionicliquidassistedcoalwaterslurryelectrolysisinkno3system".燃料化学学报 41.8(2013):928.
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