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The chemical industry relies on precise control of fluid processes to ensure product quality, safety, and operational efficiency. In this situation, electric regulating valves have become an indispensable tool for achieving precise and dynamic flow control. This article delves into practical application cases of electric control valves in the chemical industry, emphasizing their role in improving processes and outcomes.
Maintaining reactor temperature is crucial for yield and product quality in the production of specialty chemicals. Using electric control valves to regulate the flow rate of heat transfer fluid, ensuring precise temperature control inside the chemical reactor. By continuously adjusting the valve opening based on temperature sensors, these valves can respond quickly to temperature fluctuations, achieving consistent reaction results and improving process efficiency.
Some chemical reactions require specific pH levels to be effective. Electric regulating valves play a crucial role in maintaining the desired pH value during the mixing process by controlling the addition of acid or alkali. These valves are integrated with pH sensors and controllers, which can adjust the flow rate of acid or alkali in real time, ensure accurate pH control, and produce high-quality chemical products.
