Application of guided wave radar level meter in ammonia storage tank

Ammonia storage tanks are an industrial storage vessel for ammonia and other gases. Level measurement is necessary during the storage and supply of ammonia. Conventional fearless measuring devices are hard to meet the requirements. The guided wave radar level meter is an important instrument for measuring the level of the ammonia storage tank.

The guided radar level transmitter is a liquid level measurement instrument commonly used in industrial storage tanks. The guided wave radar level transmitter can accurately measure the height of the liquid.

The physical and chemical properties of ammonia storage tanks require cost-effective and reliable level monitoring technology. Ammonia is a high-pressure liquefied gas, chemically active, toxic, and flammable, which makes level measurement more difficult. Ammonia storage tanks should be used under stable conditions, including temperature, pressure, and humidity. It will put forward higher requirements on the working environment of level measurement equipment. The safety guards of ammonia storage tanks need level measurement to be able to monitor the liquid level with high precision, high resolution, and no blind spot.

The guided radar level sensor is suitable for ammonia tank level measurement for the following reasons.

Firstly, the measurement principle of the guided radar level sensor is simple. The guided radar level transmitter measures the liquid level height by transmitting microwave signals to the liquid surface and then receiving the reflected signals. This type of measurement avoids the common problems found in traditional level gauges, such as pressure and temperature variations that can affect the measurement results. As a result, guided wave radar level transmitters provide more accurate and reliable measurement results.

Secondly, the structure of the guided radar level sensor is simple and easy to install and maintain. The guided wave radar level sensor is composed of a transmitting antenna and a receiving antenna. The antenna of the guided wave radar level transmitter can be installed on the top or side of the tank. Since the structure of the guided wave radar level sensor is simple, it does not require frequent maintenance and adjustment. It makes the guided radar level transmitter a very practical level measurement instrument.

Finally, the guided radar level sensor is very stable in measuring liquid levels. Guided radar level sensor can accurately measure fluctuations in the liquid surface and are not disturbed by fluctuations and surges in the liquid surface.

An ammonia compressor manufacturer needed level monitoring in its liquid ammonia storage tanks. It is to ensure that the ammonia compressor can accurately supply mixed and pure ammonia. Since conventional level measurement tools were not adequate for high-pressure ammonia level measurement, the manufacturer used guided wave radar level meters to measure. The guided wave radar level meter can directly measure the ammonia level height. In addition, the guided wave radar level sensor can directly detect the presence of ammonia bubbles, avoiding misidentification of the liquid level. With the guided wave radar level transmitter, the manufacturer achieved its goal of accurately measuring ammonia storage tanks.

The guided radar level transmitter has significant advantages in measuring the level of ammonia storage tanks. The complexity of the storage tank environment makes it difficult for traditional-level measurement equipment to perform the task of liquid-level monitoring. Guided radar level sensors penetrate vessel walls and pipework and measure without blind spots, thus avoiding interference and errors in physical quantities. Through the demonstration of the case, we can see the application effect of a guided wave radar level sensor in the level measurement of the ammonia storage tank. In the future application process, a guided wave radar level sensor will undoubtedly provide safer and more efficient data support for industrial storage tank level monitoring to ensure the operation and stability of production and industrial production equipment.