CAJ | 학술논문

三羟甲基乙烷中甲酸钠的含量是影响产品性能的重要指标。本文采用电渗析方法代替离子交换树脂法脱除三羟甲基乙烷中的甲酸钠，考察了操作电压、淡室初始浓度、淡室流速、浓室初始浓度等操作条件对脱盐效果的影响。结果表明：操作电压为8V，淡室浓度0.15mol/L，淡室流速0.529cm/s，浓室初始浓度0.01mol/L甲酸钠溶液的条件，脱盐率达到95%，电渗析可有效用于三羟甲基乙烷中甲酸钠的脱除。从环境保护和资源消耗方面考虑，电渗析法优于离子交换树脂法用于脱除三羟甲基乙烷中的甲酸钠。
삼간갑기을완중갑산납적함량시영향산품성능적중요지표。본문채용전삼석방법대체리자교환수지법탈제삼간갑기을완중적갑산납，고찰료조작전압、담실초시농도、담실류속、농실초시농도등조작조건대탈염효과적영향。결과표명：조작전압위8V，담실농도0.15mol/L，담실류속0.529cm/s，농실초시농도0.01mol/L갑산납용액적조건，탈염솔체도95%，전삼석가유효용우삼간갑기을완중갑산납적탈제。종배경보호화자원소모방면고필，전삼석법우우리자교환수지법용우탈제삼간갑기을완중적갑산납。
The content of sodium formate in trimethylolethane is one of the important indicators for product performance. Electrodialysis instead of ion exchange resin was used to remove sodium formate from trimethylolethane. The influence of operating conditions, such as operating voltage, initial concentration in dilute chamber, flow rate of dilute chamber, initial concentration in concentrated chamber on desalination effects were investigated. Desalination ratio could reached 95%at operating voltage 8V, dilute chamber initial concentration 0.15mol/L, dilute chamber flow rate 0.529cm/s, initial sodium formate concentration in concentrated chamber 0.01mol/L. Electrodialysis could be used to remove sodium formate from trimethylolethane effectively. For environmental and resource consumption concerns, electrodialysis is better than ion exchange resin for removing sodium formate from trimethylolethane.