Measuring gas flow in coal-fired power plants

Project Overview

　　Coal-fired power plant is an important part of the national energy industry, its production process requires the use of a large number of gas as the power to drive equipment. In order to ensure the safety of equipment operation and production stability, the measurement of gas flow is particularly important. However, due to the high temperature of gas and other complex measurement conditions, gas flow measurement has always been a difficult problem.

　　In order to solve this problem, high-temperature gas mass flow meters have been developed. Compared with the traditional differential pressure flowmeter and vortex flowmeter, high-temperature gas mass flowmeter adopts the thermal measurement principle, which can accurately measure the gas flow at high temperature and there may be corrosion of the transport medium and other special working conditions.

　　The measurement principle of high temperature gas mass flow meter is based on the principle of thermal effect, which is characterized by high accuracy, fast response and high stability. The use of high temperature gas mass flow meter in coal-fired power plants can accurately measure the mass flow rate of gas in real time and automatically adjust the control when needed, thus ensuring the safety, stability and efficiency of production.

　　In addition, high-temperature gas mass flow meter can also be online monitoring and automatic data recording, the measurement results will be fed back to the monitoring system for analysis and processing. Through these operations, gas flow abnormalities, faults and other problems can be found in a timely manner, so as to carry out timely and effective control of production to ensure smooth production.

　　In summary, high temperature gas mass flow meter is the best choice for gas flow measurement in coal-fired power plants. It can accurately measure the gas flow in high temperature, high pressure, complex gas media and other complex conditions, and online monitoring and processing of the measurement results to realize the whole process of automatic control. In the future, under the continuous improvement and perfection of high temperature gas mass flow meter technology, it is believed that its application in the field of energy will be more extensive.