Some customers' locations do not have municipal tap water and they have to use groundwater. In such cases, how should the feed water for the laboratory ultrapure water machine be treated?
The water quality required by the laboratory ultrapure water machine is municipal tap water, and it must be qualified municipal tap water that has been treated by the waterworks.
Not only is it for the pressure requirements of laboratory ultrapure water machines, but also for turbidity, conductivity, microorganisms and other aspects. Moreover, tap water is not the same as municipal tap water.
Some customers' tap water is actually in the form of groundwater plus a water tower. Compared with pure groundwater, this model has certain advantages, such as having undergone primary sedimentation and being under pressure.
However, in this case, the pretreatment of the laboratory ultrapure water machine requires multiple filtrations, and in addition, it should also be based on the local water quality.
Those with high hardness and high calcium and magnesium ion content are best equipped with water softeners. Those with a lot of iron and manganese metals need to be configured with quartz sand filters, etc.
Therefore, when customers purchase a laboratory ultrapure water machine, they must understand the situation of the water source they are using and carry out different processing techniques based on different situations to better utilize the ultrapure water machine.
For pure groundwater, the impact of sedimentation, pressure and other aspects on the use of laboratory ultrapure water machines should also be taken into consideration.
