首页> 外文期刊>日本海水学会志 >A Method for Determining the Composition of Aqueous Highly Concentrated Salt Mixture Solutions by Attenuated Total-Reflectance IR Spectrometry (part 4) Field Test for Determining the Composition of Brine by Automated Composition-Determining System wi
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A Method for Determining the Composition of Aqueous Highly Concentrated Salt Mixture Solutions by Attenuated Total-Reflectance IR Spectrometry (part 4) Field Test for Determining the Composition of Brine by Automated Composition-Determining System wi

机译:一种通过减弱的总反射率IR光谱法测定含水高浓盐混合物溶液组合物的方法(第4部分)现场试验,用于通过自动组成测定系统确定盐水的组成

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摘要

In order to develop an automated system for determining the concentrations of ions (Mg~(2+), Na~+, Cl~-, SO_4~(2-)) in brine used in the salt manufacturing process, a determining method using absorbance differences measured by attenuated total reflectance-IR spectroscopy were studied. An automated brine compsotion-determining system was constructed and a field test of this system was conducted at Ako Kaisui Co., Ltd. In this field test, concentrations of sodium, chloride and sulfate ions in the brine could be accurately determined for the salt manufacturing process; however magnesium ion concentrations could not . after continuously running the automated system without problems for 26 hours, the system was considered a success. The values determined by this system can be used for control purposes in a salt manufacturing plant.
机译:为了开发用于确定盐制造过程中使用的盐水中离子浓度(Mg〜),Na +,Cl〜 - ,SO_4〜(2-))的自动化系统,使用吸光度的测定方法 研究了通过减毒的总反射率-RI光谱测量的差异。 构建了一种自动化的盐水Comprsotion确定系统,并在Ako Kaisui Co.,Ltd。进行了该系统的现场测试在该场测试中,可以精确地确定盐水中的盐水中的浓度,氯化物和硫酸盐离子的浓度 过程; 然而,镁离子浓度不能。 在连续运行自动化系统后没有问题26小时,该系统被认为是成功的。 由该系统确定的值可用于在盐制造厂中的控制目的。

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