-
E-mail
szrunbio17@189.cn
-
Phone
18098930735
-
Address
D-11F, Jiajing Garden, Meiyuan Road, Luohu District, Shenzhen
Shenzhen Runbo Keyi Technology Co., Ltd
Principle and Application of Steam Quality Tester
Date: 2024-10-31Read: 3
In many industrial fields, steam is a widely used energy and transportation medium. However, before using steam, it is necessary to ensure that its quality meets specific requirements. This requires the use of a steam quality tester to detect various indicators of steam.
The detection indicators of steam quality testers usually include the following aspects:
1. Steam purity: The commonly used indicator is dryness, which is the proportion of the mass of the gaseous part of the steam in the total mass. The higher the purity and dryness, the higher the energy carrying and transmission efficiency of steam. Meanwhile, high-purity steam has less corrosion on equipment and pipelines.
2. Steam gas content: Non condensable gases contained in steam, including air, carbon dioxide, oxygen, nitrogen, etc. The lower the gas content, the higher the energy density and transfer efficiency of steam.
3. Steam pH: mainly reflects the concentration of acidic and alkaline gases and components dissolved in steam, such as CO2, O2, etc. The acidity and alkalinity have a significant impact on the corrosion of equipment and pipelines.
4. Steam temperature and pressure: determine the energy density and transfer efficiency of steam, and are also the basic indicators for steam quality testing.
The working principle of steam quality tester is mainly to detect various components and pollutants in steam through a series of physical and chemical methods, including but not limited to parameters such as moisture, dissolved oxygen, total dissolved solids, pH value, particle size distribution, etc.
Through these test data, the purity and applicability of steam can be evaluated, thereby determining its usage in different application scenarios.
The application areas of steam quality testers include power plants, chemical plants, food processing, pharmaceuticals, beverage production, laboratories, and other fields.
In these fields, steam is often used as a heat transfer medium, driving power, and raw material processing, so it is necessary to ensure the purity and applicability of steam to ensure the normal operation of production and experiments.
Last Article: What are the characteristics of a balance data printer
Next Article: Process principle of aerosol generator