Chloroaniline is an organic compound with special chemical properties. Its colorless liquid form and unique pungent odor make it play an important role in many industrial fields.
As an important fine chemical raw material, chloroaniline is widely used in pharmaceutical, dye, pesticide and other industries. However, due to its strong toxicity to the human body and environmental hazards, strict safety requirements are imposed on the storage and use of chloroaniline, which makes accurate measurement of its liquid level particularly important.
The main characteristics of chloroaniline include:
1. High reactivity: Chloroaniline easily reacts with other chemicals, so it is necessary to avoid using instruments that may cause chemical reactions when measuring.
2. Corrosiveness: It has a strong corrosive effect on certain materials, which requires that the material of the liquid level gauge must be able to resist the corrosion of chloroaniline.
3. Volatility: Chloroaniline has a certain volatility, which means that its concentration will change due to evaporation in an open environment, which puts forward higher requirements for liquid level measurement in closed containers.
Against this background, the radar level gauge, with its non-contact measurement method, has shown significant advantages in the level monitoring of chloroaniline. Unlike traditional float or pressure level gauges, radar level gauges measure liquid level by emitting microwaves and receiving reflected waves.
This method is not affected by the viscosity, density, temperature and pressure of the medium, nor is it affected by the viscosity, density, temperature and pressure of the medium. The corrosive nature of the medium may damage the instrument.
Actual measurement case analysis: A chemical factory is responsible for storing and transporting large amounts of chloroaniline. In order to ensure safe production and environmental protection, the factory uses a high-precision radar level gauge for real-time monitoring.
In actual operation, the appropriate model of radar level gauge is first selected based on the size and shape of the storage tank, and its installation position is ensured to accurately reflect changes in liquid level.
During the installation process, technicians paid special attention to the following points: Ensure there is sufficient air distance between the liquid level gauge and the top of the container to avoid the influence of steam on the measurement.
Choose a material with strong corrosion resistance as the main material of the liquid level gauge to resist the corrosion of chloroaniline. Perform regular calibration and maintenance to maintain accuracy and reliability of measurement results.
Through the application of radar level gauges, chemical plants can monitor the liquid level changes of chloroaniline in real time, adjust production plans and logistics arrangements in a timely manner, and effectively avoid the risks of tank overflow and shortages. At the same time, accurate liquid level data also provides strong data support for environmental protection, ensuring the safety and stability of the surrounding environment of the factory.