How to reduce the operating cost of ultrapure water?

During the use of laboratory ultrapure water machines, the importance of operating cost control is self-evident. Since the replacement and maintenance of consumables are expensive, how to reduce the operating cost of ultrapure water machines is a very important issue.

First, reduce the frequency of replacement of consumables. Many ultra-pure water machine purification columns are replaced very frequently, and it has expired in a short time. The reason is usually that the exchange volume of the purification column is too small, or the quality of the tertiary water is too poor, and the purification resin is consumed too much. To solve these problems, it is necessary to increase the exchange capacity, that is, to increase the amount of treated water; to ensure that the third-grade water meets the standard, that is, to reduce the consumption of purification columns, and to indirectly increase the amount of treated water.

The patented deep desalination technology of Aikepu ultra-pure water machine ensures that the reverse osmosis module can stably and effectively produce qualified third-grade water, which greatly reduces the consumption of purification resin; at the same time, the Aikepu device exceeds the A large amount of purified resin can further ensure that the water treatment capacity is more than 20 tons.

Secondly, the maintenance of the water machine should be simple. For a water machine with a complex internal structure, an engineer is required to operate every time maintenance is performed, and the user needs to pay extra fees, and waiting for the engineer's work will delay the working time.

The unique modular design of Aikepu ultrapure water machine makes it very convenient to replace and disassemble parts, and users can easily operate it by themselves.

Finally, cost sharing when used by multiple users. For the situation of multiple laboratory public water machines, if the cost can be shared, it is also a good way to save costs. The intelligent system of Aikepu ultra-pure water machine can record data independently in separate accounts. Each laboratory has one account. All operating data and water quality data during use are automatically recorded and can be checked at any time.

With the above functions, the purpose of reducing the cost of ultrapure water machines can be achieved. The progress in these aspects is also the general direction of the future development of ultrapure water machines.