The cleanrooms of biopharmaceuticals generally require relatively high environmental sanitation conditions, so not only the structural seal is good, but also the disinfection treatment is an indispensable link. The earlier method is to disinfect by spraying or fumigation chemicals, but this method often produces a lot of fine dust, which has a great influence on the environment of the clean workshop, and it is also troublesome to implement, so with recent years With the development of a large number of new disinfection technologies, ozone has been widely used in pharmaceutical sterilization, and ozone sensors have become more widely used.

As a kind of gas with very strong oxidizing property, ozone can kill most bacteria in a short time, and the sterilization effect is good and no dead angle is left. At the same time, due to the instability of ozone, it is easy to be decomposed into oxygen, so it will not be produced after disinfection. Secondary pollution. In order to achieve the best disinfection and sterilization effect when using ozone to disinfect the pharmaceutical clean room, the most important thing is to control the ozone concentration. For this reason, ozone sensors are the measurement equipment necessary to do this. Through the measurement of the ozone sensor, the concentration of the disinfecting gas can be controlled not to be too low to achieve the sterilization effect, and at the same time, the ozone concentration is too high and waste is caused. In addition, after the disinfection is completed, some disinfected ozone gas will remain in the workshop temporarily. If the concentration is too high, it may endanger the health of the person. The measurement of the ozone sensor can reflect the residual level in real time, so as to determine the appropriate entry time and ensure the life of the relevant personnel. Safety is not compromised.

The urban technology ozone sensor adopts the electrochemical detection principle, mainly by measuring the magnitude of the current generated when the target gas enters the sensor and generates a chemical reaction at the sensing electrode, thereby achieving the purpose of detecting the concentration thereof. The sensor is actually a fuel cell component consisting of a sensing electrode and a negative electrode, which requires no maintenance and is stable for a long time. Not only that, the urban technology ozone sensor has high resolution, fast response, and has professional technical support personnel to provide users with accurate application guidance services.