Corrosion-resistant hot gas mass flow meter for chemical processes

Project Overview

In the chemical process flow, accurate measurement of gas mass flow is an important link to ensure stable and efficient operation of the production process. In order to meet the measurement needs of corrosive gases in chemical industry environments, corrosion-resistant hot gas mass flow meters have become an indispensable instrument.

The corrosion-resistant hot gas mass flow meter adopts advanced technology and can operate stably for a long time in harsh chemical environments. Its core principle is based on the direct relationship between heat conduction and mass flow. When corrosive gases pass through the flowmeter, the fluid will remove heat, causing a change in sensor temperature. By measuring changes in sensor temperature, the flow meter can accurately calculate the mass flow rate of a gas.

This type of flow meter is widely used in chemical processes. It can be used to monitor gas flow in gas supply systems to ensure precise control of gas input and output in chemical processes. In the reactor, timely and accurate measurement of the flow rate of corrosive gases can help optimize reaction conditions, increase productivity, and ensure the safety of operators.

In addition, corrosion-resistant hot gas mass flow meters can also be used in gas purification systems to monitor gas flow during waste gas treatment to ensure that emissions comply with environmental standards. In storage tanks, pipelines and other equipment, by installing this kind of flow meter, the flow of gas can be monitored in real time, preventing leaks and accidents, and ensuring production safety.

In addition, corrosion-resistant hot gas mass flow meters also have the advantages of fast response and low maintenance costs. They are typically made of corrosion-resistant materials that resist chemical attack, extending service life and reducing equipment maintenance intervals.