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目的:研究量子管通环在透析用水处理设备中的应用。方法:根据量子学原理,通过量子管通环产生的超精微振荡波、分子振动波和生物信号,对透析用水处理设备内管道的水物理软化;对处理后的水取样,检测其技术参数;对经量子管通环处理后的水和软化用盐的水质进行效果和经济效益分析比较。结果:量子管通环在水处理方面能达到透析用水水质要求,同时与化学软化用盐相比具有科技含量高,经济效益好的优势。结论:量子管通环在透析用水的水处理方面具有实用性和推广价值。
Objective: To study the application of quantum tube ring in dialysis water treatment equipment. Methods: According to the principle of quantum science, the water in the pipeline of dialysis water treatment equipment was softened by the ultra-fine oscillatory wave, molecular vibrational wave and biological signal generated by the quantum tube through-loop. The treated water was sampled and its technical parameters were tested. The effect and economic benefit analysis and comparison of the water quality of treated water and softened salt after the quantum tube through loop was processed. Results: Quantum tube ring can meet the requirements of dialysis water quality in water treatment, and has the advantages of high technology content and good economic benefit compared with chemical salt softening. Conclusion: Quantum tube ring in the dialysis water treatment has practical and promotional value.