CAJ | 학술논문

本研究自主设计并制造了基于RO-EDI的血液透析用水处理系统，介绍了该系统的基本原理与组成。采用药典法在产水终端输送口取样，测试了细菌总数、细菌内毒素含量及K＋、Na＋、Cu2＋、Pb ＋、Zn2＋、Cd2＋、Mg2＋等各离子含量等指标。实验结果表明：该台RO-EDI透析用水处理系统产水的微生物指标、细菌内毒素含量、离子含量等均达到了相关的国家标准要求。通过将水样送至相关权威部门检测验证，与我们自行检测结果一致，表明我们的检测方法可行。
본연구자주설계병제조료기우RO-EDI적혈액투석용수처리계통，개소료해계통적기본원리여조성。채용약전법재산수종단수송구취양，측시료세균총수、세균내독소함량급K＋、Na＋、Cu2＋、Pb ＋、Zn2＋、Cd2＋、Mg2＋등각리자함량등지표。실험결과표명：해태RO-EDI투석용수처리계통산수적미생물지표、세균내독소함량、리자함량등균체도료상관적국가표준요구。통과장수양송지상관권위부문검측험증，여아문자행검측결과일치，표명아문적검측방법가행。
A RO-EDI based hemodialysis water purification system was independently designed and manufactured,and its basic principles and components were introduced.According to pharmacopeia method,water samples from the delivery port terminal were tested with a series of biochemical indicators such as bacteria,bacterial endotoxin,and ions (K+、Na+、Cu2+、Pb+、Zn2+、Cd2+、Mg2+).Results showed that the produced hemodialysis water from this purification system reached relevant national standards in all in-dicators including bacteria,endotoxin,and ions.When sending water samples to relevant test authority,the consistent results verify that our equipment and test are feasible.