H2S Hydrogen Sulfide Detection Technology

H2S Hydrogen Sulfide Gas Characteristics

1. High sensitivity: can detect PPB level concentration of hydrogen sulfide gas measurement, as low as 0.001ppm.
2. Fast response: the sensor response time can be within 3 seconds, T90<40s.
3. Good stability: no zero point drift will occur after long-term use and other problems.
4. Longer life: using non-consumable solid electrolyte technology, the sensitivity attenuation is small after long-term use.
5. Tiny size: enabling multi-parameter integrated device applications, portable and wearable device integration.
6. Strong anti-interference: using special Catalytic electrode preparation technology has strong anti-interference ability and avoids interference from other gas substances.
7. Temperature range: can work normally in the environment of -40°C to +55°C.
8. High linearity: full range linear measurement, meeting high Accuracy < ± 5% FS.

H2S, hydrogen sulfide, is a colorless, toxic, flammable gas with a pungent odor. Under normal temperature and pressure, H2S is in gaseous state and has a smell similar to rotten eggs. The ignition point of H2S is -82.4°C and the boiling point is -60.3°C. H2S is easily soluble in water and can form hydrogen sulfide solution, and can be neutralized by acidic substances to generate sulfur and water.

TLV and Poisoning Reaction of H2S Gas:

The TLV for hydrogen sulfide is 10ppm, but this does not mean that H2S concentrations below 10ppm are safe. Low concentrations of H2S may cause eye and respiratory irritation, while high concentrations may cause dizziness, nausea, shortness of breath, fatigue, coma and death. Poisoning symptoms are related to factors such as exposure time, concentration, health status, age, gender and personal sensitivity. Therefore, if exposure to H2S is suspected, leave the area immediately and get fresh air in a safe place.

Advantages and Features

Applications

1. Industrial industry: petrochemical industry, steel plant, fertilizer plant, power plant, sewage treatment plant, etc., used to detect the H2S concentration in chemical substances to ensure the safety of workers.
2. Coal mining industry: used to detect underground coal mines H2S concentration in the air.
3. Environmental protection industry: used to detect H2S concentration in sewage treatment plants.
4. Smart public toilets: can effectively monitor odors and malodorous gases in public toilet environments.
5. Experimental environment: during the storage and use of laboratory chemicals H2S concentration.
6. Agricultural industry: used to detect H2S concentration in livestock farms to ensure animal health and personnel safety.
7. Construction industry: used to detect H2S concentration in construction sites.
8. Personal health: PPB level The measurement accuracy can detect the H2S hydrogen sulfide content of human oral odor.
9. Research institutions: used by scientific researchers to study H2S.
10. Sewage treatment: used for the detection of H2S emitted from river water in environmental pollution control.
11. Mining industry: used to detect H2S during mining operations.
12. Garbage treatment: used for H2S hydrogen sulfide gas produced by long-term fermentation in landfill treatment.
13. Aquaculture: used in aquaculture farm environment, water volatilization H2S hydrogen sulfide content to ensure water safety.
14. Energy industry: used to detect H2S concentration in oil fields, natural gas extraction sites and other places.