Sodium tert-butoxide holds a crucial position in chemical production. It is a strong base with weak nucleophilicity and is similar in reactivity to potassium tert-butoxide. Sodium tert-butoxide is a white crystal that is flammable and sensitive to moisture. To ensure precise control and safety in the production process, it is necessary to use measuring instruments for accurate measurement.
Let’s focus on an indispensable instrument - the pressure transmitter. It is an invaluable assistant in the production process of sodium tert-butoxide, ensuring the efficiency of synthesis and the stability of quality by accurately monitoring and regulating pressure.
In the production process of sodium tert-butoxide, the pressure transmitter can monitor the equipment pressure in real-time, ensuring that the pressure remains within a safe and optimized range. Precise pressure control can ensure the smooth progress of the reaction and increase the yield. When the pressure exceeds the set range, the Yigeqi pressure transmitter can promptly feedback signals, adjust production parameters, and avoid production accidents caused by pressure fluctuations.
The pressure transmitter needs to serve as a key safety monitoring device, capable of detecting overpressure or low-pressure conditions. Upon detecting any anomaly, it immediately triggers an alarm or emergency shutdown, effectively preventing equipment damage or the occurrence of safety accidents.
In the chemical industry, safety accidents caused by abnormal pressure account for a relatively high proportion. The Yigeqi pressure transmitter uses a single crystal silicon sensor chip made with advanced MEMS technology from Germany and a globally unique single crystal silicon suspension design, which accurately monitors and significantly reduces this risk.
The pressure transmitter is also a powerful tool for process optimization. By adjusting the temperature and pressure of the evaporator according to pressure changes, it improves the separation efficiency of sodium tert-butoxide and reduces energy consumption. It also works in conjunction with other sensors to achieve comprehensive optimization of the entire production process.
In the production process of sodium tert-butoxide, certain media in the chemical industry have high corrosiveness or high-temperature properties. The high-temperature environment and other conditions pose severe challenges to pressure transmitters.
The Yigeqi pressure transmitter features various anti-corrosive materials, with an aluminum housing and a polyurethane coating. It incorporates intelligent static pressure compensation and temperature compensation, protecting the transmitter from the effects of temperature, static pressure, and overpressure, and boasts excellent environmental adaptability.
The close integration of the Yigeqi pressure transmitter with the chemical production of sodium tert-butoxide provides precise pressure control for the production process, which helps to increase the yield and quality of sodium tert-butoxide and reduce production costs. With continuous technological advancements, the application of pressure transmitters in chemical production will become more widespread, contributing to the development of the chemical industry in China.
