Speaking of laboratory pure water system, let's first understand its business scope

       Nowadays, in various experiments in the laboratory, the requirements for water are very high. It is often required that the resistance value of ultra pure water should be more than 15MB. In order to ensure the water safety of ultra pure water used in the pharmaceutical industry, the whole system of ultra pure water treatment equipment is also composed of all stainless steel, and sterilization devices must be equipped before the water point. Therefore, now we often use the laboratory pure water system to make water, which has low energy consumption, can avoid the waste of water resources and make full use of your laboratory space. Before using the system, we need to have a certain understanding of its scope of use. Let's talk about it in detail.

Business scope of laboratory pure water system:

Purified water: meet the pharmacopoeia standard

1. Water source for preparation

2. Washing water for non sterile drugs after directly contacting the equipment, appliances and packaging materials of drugs

3. Initial washing of agent and sterile drug bottles

4. Ingredients of non sterile drugs

5. Refining of non sterile pharmaceutical raw materials

6. Ingredients of disinfectant and sterile flushing agent

7. Refining of sterile API

The above is the business scope of the laboratory pure water system. The content of organic matter in the ultra pure water prepared by the system is determined by the determination of the carbon content of organic matter. The specified content of ultra pure water in the electronic industry is 50 ~ 200 μ g / L, and the content of particulate matter with a diameter greater than 1 micron is required to be 1 ~ 2 per milliliter, and 0 ~ 10 microorganisms per milliliter. Modern technologies such as pretreatment, electrodialysis, ultraviolet sterilization, reverse osmosis, ion exchange, ultrafiltration and various membrane filtration are adopted to make the resistivity of ultra pure water within 25 deg; 18 megohm cm at C.