Abstract
Making use of sulphonated coal,fruit hull,plastic of PVC,old plastic in recovery,four kinds of sloth fillers which densities are equal to active carbon to substitute quartz sand which are applied in project extensively.And link with appropriate backwashing to resolve the problem of electrodes pollution and &lamination of the fillers in the bipolar packed bed cell.Then via the treatment of the waste water that contains sodium p-ni-tro-phenolate to investigate the possibility of application.The results are as follow.There are better resuk for the reactors packed with old plastics in recovery and sulphonated coal than the one filled with quartz sand,and the results of the reactors filled with fruit hull and plastics of PVC are equal to it.After backwashing,the regeneration ratio of the reactors filled with sulphonated coal,fruit hull,plastic of PVC and old plastic in recovery are all bigger than the one filled with quartz sand.
Keywords
Bipolar pached bed cell(BPBC), Sloth filler, Anti rinse, Sodium p-nitro-phenolate
Publication Date
2006-05-28
Online Available Date
2006-05-28
Revised Date
2006-05-28
Received Date
2006-05-28
Recommended Citation
Shi-yuan GUO, Ai-li ZHANG, Ji-ti ZHOU.
Compare of the Behavior of Different Sloth Filler Bipolar Packed Bed Cell in the Treatment of Sodium p-nitro-phenolate[J]. Journal of Electrochemistry,
2006
,
12(2): 165-169.
DOI: 10.61558/2993-074X.1716
Available at:
https://jelectrochem.xmu.edu.cn/journal/vol12/iss2/8
References
[1]Zhou Kanghan(周抗寒),ZhouD ing(周定).Promotingthe electrolysis of b ipolar electrolyser by add ing a coatedactivated carbon[J].Environm ental Sc ience,1994,15(2):38~40.
[2]BonczM A,B run ing H,Ru lken W.H.et al.K ineticand m echan istic aspects of the oxidation of chlorophe-nols by ozone[J].W ater Sc ience and Technology,1997,35(4):65~72.
[3]B rezon ik P,Fu lkenson-brekken J.N itrate-induced pho-tolysis in naturalwaters:controls in concentration of hy-droxyl rad ical photo-interm ed iates by natural scavengingagents[J].Environ.Sc i.Technol.,1998,32:3004~3010.
[4]Comn inellis C,Pu lgerin C.Anod ic oxidation of phenolfor wastewater treatm ent[J].Journal App l.E lectro-chem,1991,21:703~708.
[5]Cu i Yanp ing(崔艳萍),YangChangzhu(杨昌柱).Studyon degradation of phenol wastewater by b ipolarthree-d i-m ensional electrode[J].Energy Environm ent Protec-tion,2004,18(1):23~26.
