How many specifications and models are there in pharmaceutical grade ultrapure water machines?

Pharmaceutical grade ultrapure water machine is one of the medical equipment used to produce ultrapure water and is used in the production process of laboratories, hospitals and some pharmaceutical companies. Pharmaceutical grade ultrapure water machines include different specifications and models to meet the needs of different users. In this article, the specifications and models of pharmaceutical grade ultrapure water machines will be introduced in detail, and its characteristics will be analyzed.

First of all, the specifications of pharmaceutical-grade ultrapure water machines are mainly divided based on their processing capabilities. Processing capacity refers to the amount of water that ultrapure water machines can process per hour. Common specifications for pharmaceutical-grade ultrapure water machines include 10L/H, 20L/H, 50L/H, 100L/H, etc. Among them, the 10L/H ultrapure water machine is suitable for use in small laboratories or hospital departments, the 20L/H ultrapure water machine is suitable for use in medium-sized laboratories or hospital departments, and the 50L/H and 100L/H ultrapure water machine is suitable for use in large laboratories or hospital departments.

In addition to processing capabilities, the models of pharmaceutical-grade ultrapure water machines can also be divided according to their working methods. At present, there are two main working methods for pharmaceutical-grade ultrapure water machines, namely traditional distillation method and reverse osmosis method. Traditional distillation refers to heating water to evaporate water, then using a condenser to condense the water vapor into liquid, and then through a series of processing steps to obtain ultrapure water. The reverse osmosis method means that water is passed through a reverse osmosis membrane at high pressure, thereby removing impurities such as solids and particles to obtain ultrapure water.

In traditional distillation methods, the models of pharmaceutical-grade ultrapure water machines are mainly divided according to their heating methods. Currently, common heating methods include electric heating, steam heating and oil heating. The electric heating method uses electric energy to heat water to evaporation temperature, thereby evaporating water; the steam heating method uses an external steam source to heat water to evaporation temperature; the oil heating method uses hot oil to heat water to evaporation temperature through heat transfer. Depending on the heating method, the models of pharmaceutical-grade ultrapure water machines can be further subdivided.

In the reverse osmosis method, the models of pharmaceutical-grade ultrapure water machines are mainly divided according to the number and material of their reverse osmosis membranes. Reverse osmosis membrane is the core part of the reverse osmosis process and mainly plays a role in filtering impurities in water. At present, common reverse osmosis membrane materials mainly include polyether sulfone membrane (PES membrane), polyamide membrane (PA membrane) and polyamide composite membrane (PA composite membrane). The models of pharmaceutical-grade ultrapure water machines can be divided according to the number and material of reverse osmosis membranes to meet the needs of different users.

In addition, pharmaceutical-grade ultrapure water machines can also be divided according to their functions. At present, some pharmaceutical-grade ultrapure water machines are equipped with online monitoring systems that can monitor water quality in real time and remind users for maintenance and maintenance through alarm systems. Some pharmaceutical-grade ultrapure water machines also have a self-cleaning function, which can clean the equipment regularly to ensure the purity of water quality. The functions of pharmaceutical-grade ultrapure water machines are continuously expanded to meet users 'requirements for improving the quality of ultrapure water.

To sum up, there are many specifications and models of pharmaceutical-grade ultrapure water machines. Depending on the processing capacity, the specifications of pharmaceutical grade ultrapure water machines mainly include 10L/H, 20L/H, 50L/H, 100L/H, etc. Depending on the working methods, the models of pharmaceutical-grade ultrapure water machines mainly include traditional distillation method and reverse osmosis method. In traditional distillation methods, the models of pharmaceutical-grade ultrapure water machines can be further divided according to different heating methods. In the reverse osmosis method, the models of pharmaceutical-grade ultrapure water machines can be divided according to the number and material of reverse osmosis membranes. In addition, the functions of pharmaceutical-grade ultrapure water machines are continuously expanded to meet the needs of users. I hope the above content can help you understand the specifications and models of pharmaceutical grade ultrapure water machines.