摘要
以小保当矿井水为研究对象,研究了不同浊度下PAC与PAM的最佳投药量,研究表明,当原水浊度小于1900 NTU时,污水浊度与PAC、PAM用量成正相关,随着原水浊度的增高,PAC与PAM投药量均随之增大,但是,当原水浊度超过2000 NTU时,PAC投药量不会再随原水浊度的增高而增加,混凝反应进入稳定期。
Taking Xiaobaodang mine water as the research object,the optimal dosage of PAC and PAM under different turbidities was studied.The study showed that when the raw water turbidity was less than 1900 NTU,the sewage turbidity was positively correlated with the consumption of PAC and PAM.With the increase of turbidity,the dosage of PAC and PAM will increase accordingly.However,when the turbidity of raw water exceeds 2000 NTU,the dosage of PAC will not increase with the increase of turbidity of raw water,and the coagulation reaction will enter a stable period.
作者
白世刚
王振平
闫立仓
郝亮亮
李弯弯
侯志勇
BAI Shi-gang;WANG Zhen-ping;YAN Li-cang;HAO Liang-liang;LI Wan-wan;HOU Zhi-yong(Shenmu Company of Shaanxi Coal New Energy Technology Co.Ltd.,Shenmu 719300,China)
出处
《安徽化工》
CAS
2020年第5期70-71,共2页
Anhui Chemical Industry
关键词
矿井水
浊度
PAC
PAM
投药量
mine water
turbidity
PAC
PAM
quantity of reagent
