Reactor, in a broad sense, is a container with physical or chemical reactions. Through the structural design and parameter configuration of the container, the heating, evaporation, cooling and low-speed mixing functions required by the process are realized. It occupies a central position in the industrial fields that are now needed. The reactor is a comprehensive reaction vessel, according to the reaction conditions of the reactor structure function and configuration accessories design. Feed from the beginning-Reaction-The discharge can complete the pre-set reaction steps with a high degree of automation, and control the temperature, pressure, mechanical control (stirring, blowing, etc.), reactants in the reaction process./Important parameters such as product concentration are strictly regulated. Its structure is generally composed of a kettle body, a transmission device, a stirring device, a heating device, a cooling device, and a sealing device. Corresponding auxiliary equipment: fractionation column, condenser, water separator, collection tank, filter, etc.

The reaction kettle seems simple, but its function is far more than a simple chemical reaction vessel. It can carry out intermittent, semi-intermittent and continuous operation according to process requirements, making the production process more flexible and efficient. But at the same time, the use of the reactor is also accompanied by certain risks. In order to avoid potential safety problems, many industries have put forward explosion-proof requirements for reactors. In order to ensure the safety and stability of production, real-time monitoring of the oxygen concentration in the reactor has become particularly important. By installing the reactor oxygen analyzer, we can understand the oxygen content in the reactor in real time, so as to adjust the operation in time to prevent accidents. The whole process undoubtedly provides a strong guarantee for industrial efficient production and industrial safety. Not only is the industrial site to buy chemical industry, the reactor also occupies a very important role, it carries the important task of synthesis of various chemical substances, but in the process of synthesis of some compounds, oxygen may also interfere with the reaction process, and even cause safety problems. The change of oxygen content in the diet control reactor is particularly important.

Whether it is industrial or chemical reactor, they need to control the change of internal oxygen content, can not be separated from the internal oxygen content monitoring, which involves the reactor oxygen analyzer. This instrument can accurately detect the oxygen content inside the reactor, but also need to monitor the oxygen concentration in the reactor, once the oxygen concentration in the environment changes, the oxygen analyzer immediately feedback to the operator, in a timely manner to make the corresponding response measures, but also can be connected to the entire control system, remote monitoring operation reactor oxygen content, when the oxygen content in the reactor is not detected in the specified range, the program can be automatically set to adjust the working parameters or the safety protection program can be started to escort the production.

Through the real-time monitoring of the reactor oxygen analyzer, we can not only ensure the smooth progress of the chemical reaction, but also effectively prevent potential safety hazards, which provides a strong guarantee for the reliability and efficiency of chemical production. The core component of the oxygen analyzer is the oxygen sensor. The principles of the oxygen sensor are also diverse, including electrochemical principles, paramagnetic oxygen principles, and optical tunable laser spectroscopy.TDLASprinciple, different principles apply to different process conditions. In terms of comprehensive cost and project application, electrochemistry is currently the most advantageous product in terms of comprehensive, Shenzhen Technology Co., Ltd. recommend the UK.Alphasenseelectrochemical oxygen sensorO2-M2。

Main parameters:

Oxygen sensor measuring range(%):0-30

Working life: ≥24The initial signal is reached.85%Number of months

Dimensions(mm) : 20.3×16.8mm

Output: 80 - 120 EP @22°C,20.9% o2

Response timet90(Seconds): from20.9%To0(Load47Q2)

Linearity(ppm): Linearity error at full range(Zero,400ppm)

Weight:

Temperature range: -30 - 55C

Pressure range:80 - 120Kpa

Humidity range: 5 -95%RH

Storage time: 6Month(Storage temperature3- 20°C)

Load resistance:47 - 100Ohm