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A gas sensor known as a catalytic gas sensor works by using a catalytic reaction to identify the presence of a gas. This kind of sensor is frequently used to find flammable gases including hydrogen, propane, and methane.
A catalyst is used by the sensor to facilitate a chemical reaction between the gas being detected and oxygen. The reaction generates heat, which the sensor detects as an alteration in electrical resistance. The heat produced and the change in electrical resistance increase in proportion to the gas concentration being detected.
Catalytic gas sensors are frequently used in households to detect the presence of natural gas as well as in industrial settings to identify gas leaks. To find out whether there are hydrocarbons in exhaust gases, they are also utilised in automotive applications.
Catalytic gas sensors have the benefit of being quick to react; they can identify gas leakage in a matter of seconds. Also, they are reasonably priced when compared to other kinds of gas sensors. They do, however, have significant limitations, including their sensitivity to toxins that might deactivate the catalyst and their incapacity to detect gases that do not go through catalytic processes.
Global catalytic gas sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The new MPS Family of Gas Sensors, developed for widespread application where combustible gas safety and gas leak detection are crucial, has been released, according to NevadaNano.
The sensors are the first to accurately identify, measure, and categorise a wide range of explosive or flammable gases using just one calibration. The three industrial-grade sensors can precisely identify combustible, methane, and LGW refrigerant gases.
The detection method developed by NevadaNano is the first innovation in flammable gas detection in more than years. Innovative sensor technology improves gas detection in a variety of settings, including public safety, mining, oil and gas processing, HVAC refrigerants, valve and gasket monitoring, industrial safety, and oil and gas processing.
The Series 4 format and pin, which are smaller and lighter than earlier models and compatible with existing detecting equipment, are highlights of the new family of sensors.
