Hydrogen Peroxide (H202) Detection
Portable & fixed-point H202 detectors for healthcare, pharmaceuticals, chemical manufacturing, agriculture, and environmental testing.
About Hydrogen Peroxide Detection
Hydrogen Peroxide is a pale blue liquid, appearing almost colorless in dilute form, used extensively as a bleaching agent and disinfectant.
The paper and pulp industry, textile manufacturing, and environmental management systems use it for its oxidizing properties. In healthcare, it serves as an antiseptic. Although less toxic than other industrial chemicals, its concentration-specific reactivity necessitates careful handling and storage, with monitoring to safeguard against potential explosive reactions.
Ranges We Detect For Hydrogen Peroxide
Sensor Range
0 - 1000 ppm
0 - 200 ppm
0 - 50.0 ppm
0 - 20.0 ppm
0 - 5.0 ppm
0 - 2000 ppb
Measurement Specifics
- Maximum Overload4000 ppm
- Resolution< 1 ppm
- Typical Baseline Range0.0 ppm to 40.0 ppm
- Maximum Overload1000 ppm
- Resolution< 0.25 ppm
- Typical Baseline Range0.0 ppm to 10.0 ppm
- Maximum Overload200 ppm
- Resolution< 0.05 ppm
- Typical Baseline Range0.0 ppm to 2.0 ppm
- Maximum Overload200 ppm
- Resolution< 0.05 ppm
- Typical Baseline Range0.0 ppm to 2.0 ppm
- Maximum Overload200 ppm
- Resolution< 0.05 ppm
- Typical Baseline Range0.0 ppm to 2.0 ppm
- Maximum Overload200 ppm
- Resolution< 0.05 ppm
- Typical Baseline Range0.0 ppm to 2.0 ppm
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Why Monitoring Nitrogen Dioxide Levels is Critical for Public Safety
The risk of nitrogen dioxide (NO2) exposure can have severe implications for worker health. Understanding and monitoring this toxic gas is paramount. With a yellowish-brown color and a pungent, acrid odor, NO2 is not only a byproduct of various industrial processes but also emanates from vehicle emissions and gas appliances used for cooking and heating.
Does Nitrogen Dioxide Monitoring Show Signs of Overexposure?
Nitrogen dioxide (NO2) is a well-known air pollutant that poses significant health risks in industrial settings. This brownish gas primarily arises from combustion processes, prevalent in various sectors, including manufacturing and chemical processing. The toxic properties of NO2 make it particularly dangerous; exposure can lead to acute respiratory issues and has been linked to long-term conditions such as asthma.
The Risks of Nitrogen Dioxide in Confined Spaces
Confined spaces are environments in which workers can enter but are not designed for continuous occupancy. These areas, which include tanks, silos, storage bins, and maintenance holes, often pose significant safety risks. A concerning threat within these environments is nitrogen dioxide (NO₂), a gas that can accumulate due to industrial processes like combustion, welding, or as a byproduct of chemical reactions.
What You Need to Know: Nitrogen Detection Facts for Safety
How Do Nitrogen Gas Sensors Enhance Safety Against Exposure?
Understanding the dangers associated with nitrogen dioxide (NO₂) is paramount for ensuring worker safety and compliance with regulatory standards. Nitrogen dioxide is a byproduct of various industrial processes and is identified as a highly toxic gas with the potential to cause severe respiratory issues even at low concentrations. Long-term exposure to NO₂ can lead to chronic respiratory diseases, posing significant health risks to workers across industries.
