Research on Active Carbon Adsorption for the Amoxicillin Wastewater

Abstract:

The experiment has study on the COD removal influence of the amoxicillin production wastewater of the feed water concentration, pH value, Activated carbon types, Adsorption time and active carbon dosage. The results show that 5g activated carbon mixed with 50ml of the wastewater that diluted 15 times, the pH value is 6, and adsorption for 60 min, the COD removal rates is up to 95.61% and the effluent COD value is 62.14 mg/L. It is far lower than the current the wastewater discharge standards in our country.

• Periodical: Applied Mechanics and Materials (Volumes 295-298)
• Pages: 1235-1239
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.295-298.1235
• Online since: February 2013
• Authors: Quan Li Feng, Xue Qian Wang, Yu Jia, Ping Ning
• Keywords: Active Carbon, Adsorption, Amoxicillin Production Wastewater

References

[1] Quan X，Liu X T，Bo L L，et al: Water Research，20(2004), pp.4484-4490.

[2] Wang Penghui, Pingguo Long, Ma Wenchan. Hebei Chemical Engineering, 29 (2006), pp.30-41.

[3] Li Guangbin. China Excellent Dissertation Of the full-text database (MA), 5(2006), pp.30-33.

[4] WANG Yan-yan, Zhu Ke, Tan Qingzhong. Hebei Chemical Engineering, 30 (2007), pp.22-23.

[5] Zhang Zhibo, ZHU Yi'nian, Liu Huili, Cheng Guanwen, Liangmei Na, Liang Yanpeng. Industrial Water Treatment, 29 (2009), pp.23-25.

[6] Feng Quanli, Lian Minglei, Wang Xueqian, Ning, Ping. Advanced Materials Research, 396-398(2012), pp.1819-1824.

[7] Zhongchong Bo, Wang Chenggong, Cheng Bingchen. Industrial Safety and Environmental Protection, 7(2002) , pp.1-4.

[8] Ren Dajun, Wang Jing, Liu Hong: Chemical engineer, 22 (2008) , pp.21-23.

[9] Guan Chunyu, Ma Jun, Liu Guifang, etal: Journal of Harbin Institute of Technology(New Series), 17(2010), pp.558-563.