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Based on in-depth theoretical research and numerous experiments, it is verified that ion flow sensors can achieve accurate humidity measurement. Humidity measurement can be realized by adjusting the voltage applied to the sensor's cathode and anode.
2026
05
29
Flue gas emissions from various burners, industrial and commercial boilers have caused severe atmospheric pollution. Monitoring toxic and harmful gases in flue gas is a important aspect of environmental protection efforts. Continuous Emission Monitoring Systems (CEMS) have emerged to address this need
2026
05
29
Introduction to Zirconia Analyzer Detection Technology and Ion Flow Sensors
With the development and maturation of zirconia sensor technology, the applications of zirconia sensors have expanded from automotive exhaust emission testing to industries and fields such as heating boiler control, industrial process control, combustion systems, oxygen/nitrogen generation systems, agricultural composting, and flue gas emissions.
With the development and maturation of zirconia sensor technology, the applications of zirconia sensors have expanded from automotive exhaust emission testing to industries and fields such as heating boiler control, industrial process control, combustion systems, oxygen/nitrogen generation systems, agricultural composting, and flue gas emissions.
2026
05
29
Ensure hydrogen purity to achieve optimal performance of fuel cells.
Relying on advanced hydrogen purity detection technology, the optimal performance of fuel cells is guaranteed. By monitoring and controlling contaminants such as trace moisture, trace oxygen, trace carbon monoxide, carbon dioxide, nitrogen, total hydrocarbons and sulfur, it protects fuel cells and maximizes operating efficiency.
Relying on advanced hydrogen purity detection technology, the optimal performance of fuel cells is guaranteed. By monitoring and controlling contaminants such as trace moisture, trace oxygen, trace carbon monoxide, carbon dioxide, nitrogen, total hydrocarbons and sulfur, it protects fuel cells and maximizes operating efficiency.
2026
05
27
Abstract：Through description of oxygen purity measure principle like "Cupper Ammonia Adsorption Type", "Fuel Cell Type", "Magnetic Type", "ZrO2 Type" and "Laser Type", etc., here introduce another kind advanced "3D Ion Flow Type" oxygen analyzer.
2026
05
26
At present, oxygen analyzers widely adopted in the market are based on the following working principles: 1. paramagnetic (utilizing the extremely high paramagnetic property of oxygen compared with general gases in a magnetic field).
2026
05
08
Industrial safety standards are the cornerstone of protecting personnel, equipment, and the environment in manufacturing, processing, and energy production facilities. These standards mandate rigorous control of hazardous conditions, including the monitoring of gas concentrations that can lead to fires, explosions, chemical reactions, or health hazards.
2026
01
08
Trace oxygen transmitters are critical instruments designed to measure oxygen concentrations at extremely low levels, typically ranging from parts per million (ppm) to parts per billion (ppb). In contrast to standard oxygen sensors, high-precision trace oxygen transmitters offer unparalleled accuracy, stability, and sensitivity, making them indispensable in environments where even minute variations in oxygen levels can have catastrophic consequences—including safety hazards, product spoilage, equipment damage, or non-compliance with industry regulations.
2026
01
01
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