CAJ | 학술논문

为了提高海水淡化水稳定性，将海水淡化水与地表源水进行混配处理，同时投加氢氧化钙调节 pH，研究考察在不同温度和搅拌条件下的混配效果，通过对实验结果进行分析，确定天津市海水淡化水与地表源水(滦河水)的最佳混配体积比为1∶2、投加 Ca(OH)2调节 pH 在8.0左右，水质达到水厂要求，经后续处理即可进入天津市市政管网进行安全输送．
위료제고해수담화수은정성，장해수담화수여지표원수진행혼배처리，동시투가경양화개조절 pH，연구고찰재불동온도화교반조건하적혼배효과，통과대실험결과진행분석，학정천진시해수담화수여지표원수(란하수)적최가혼배체적비위1∶2、투가 Ca(OH)2조절 pH 재8.0좌우，수질체도수엄요구，경후속처리즉가진입천진시시정관망진행안전수송．
In this research,the desalinated sea water and original municipal water were mixed to improve the stability of the desalinated seawater. At the same time calcium hydroxide was added to adjust pH and the effect was studied under different conditions of temperature and stirring situation. It showed that the best mixing rate of the desalinated sea water to the mu-nicipal water (Luanhe River water)was 1∶2 in Tianjin. pH value was controled at about 8.0 by adding calcium hydroxide. The water quality could meet the requirements of the water plant,and the water could enter the municipal pipe network safely after subsequent processing.