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Tianfen Instruments analyzes the installation details of zirconia oxygen analyzers for you.
Properly selecting the installation point for a zirconia oxygen probe is crucial for improving measurement accuracy and extending its lifespan. An unreasonable choice of installation point will directly lead to oxygen measurement distortion and slow response, and will also significantly shorten the service life of the zirconia oxygen probe, resulting in more harm than good.
Anhui Tianfen Instrument Co., Ltd.'s WeChat public platform is officially online!
On March 9th, the official WeChat account of Anhui Tianfen Instruments was officially launched to better serve enterprises! You can add our WeChat public account: tianyuanfenyibiao, or scan/long-press the QR code below to follow us. Our customer service staff will be online 24/7 to serve you!
Brief introduction to zirconia analyzer
Zirconia analyzers play a crucial role in the production operations of modern enterprises. Their primary function is to monitor the oxygen content of flue gas during combustion in real-time. They are widely used in various industries, including papermaking, steel, incinerators, and small and medium-sized boilers. The application of zirconia analyzers has successfully helped many production enterprises achieve low-oxygen combustion control, resulting in ideal emission reduction and energy savings. Below, we will unveil the mystery of zirconia analyzers and detail their origin, history, and development!
Zirconia probe and oxygen sensor cross-border play
From zirconia probes to oxygen sensors, these have been widely used in many industries at home and abroad, and have achieved a certain degree of economic benefits. Today, let's briefly talk about how zirconia probes and oxygen sensors are used in the power generation and kiln industries. Let's take a look.
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Zirconia Oxygen Analyzer Technical Parameters
Technical parameters of zirconia oxygen analyzers. Technical parameters for ZrO2-5, ZOY, ZO-12B, AZ20, and ZR22G zirconia oxygen analyzers are as follows.
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How to improve the service life of zirconia analyzers in garbage power plants
Incineration power generation is now widespread. However, zirconia analyzers, used to monitor the incineration conditions of garbage, have extremely short lifespans. The main reason is that the composition of garbage is very complex. The flue gas produced after garbage incineration mainly consists of hydrogen chloride, hydrogen fluoride, nitrogen oxides, dioxins, and a series of other toxic and harmful gases. These gases, together with the large amount of water vapor produced during garbage incineration, can seriously damage the sensors in the oxygen probe. Domestic zirconia analyzers can only be used normally in garbage power plants for 3-4 months, and even the longest lifespan does not exceed half a year before they need to be replaced.
Measurement and analysis of oxygen content in boiler flue gas
Provides rapid and accurate online detection and analysis of flue gas content generated during the combustion process of boilers, kilns, heating furnaces, and other combustion equipment, to achieve oxygen combustion control, energy saving, and environmental protection.
Seven Installation Precautions for Zirconia Oxygen Analyzers
Correctly selecting the probe installation point is crucial for improving measurement accuracy and extending the probe's service life. If the zirconia probe installation point is not chosen properly, oxygen measurement distortion and slow response will occur, and the service life of the zirconia probe will be significantly shortened.
Zirconia analyzer product selection brochure **** edition
The Tianfen instrument zirconia analyzer series can quickly and accurately perform online detection and analysis of the flue gas content generated during the combustion process of combustion equipment such as boilers, kilns, and heating furnaces, in order to achieve low-oxygen combustion control, achieve energy-saving purposes, and reduce environmental pollution. Zirconia oxygen analysis consists of two parts: a zirconia head (primary instrument) and an oxygen transmitter (secondary instrument).
