Industrial waste gas refers to the general term for all kinds of gases containing pollutants that are discharged into the air during the combustion of fuel and production processes in the enterprise's plant.

Chemical plants produce a large number of exhaust gases during the production process, such as inorganic exhaust gases like ammonia, hydrogen sulfide, sulfur dioxide and hydrogen sulfide, and VOCs: benzene, toluene, etc.

Organic exhaust gases. Whether organic or inorganic exhaust gases, they all have one thing in common, emitting a very strong chemical odor taste. And most of these chemical waste gas odors are very harmful to the human body, if not handled properly, it will not only have a great impact on the surrounding environment, but also cause great damage to the health of the employees and residents around the chemical plant.

These exhaust gases are emitted into the atmosphere and can pollute the air. These substances enter the human body through different pathways of the respiratory tract, some of which are directly harmful, and some of which have accumulation effects that can be more serious to human health. Different substances will have different effects.

In people's daily work and living environment, if there are soluble heavy metals, formaldehyde, total volatile organic compounds benzene, toluene and other toxic and harmful substances, the light will cause pharyngitis, chest tightness, dizziness, vision loss, skin blistering, etc.. In serious cases, it can affect the immune system, cause blood diseases and other serious diseases, and even cause cancer.

Hazards of industrial waste gases:

Threats to human health: The hazards of atmospheric pollutants to humans are manifested in respiratory diseases and physiological dysfunctions, and also include diseases caused by irritation of mucous membrane tissues such as eyes and nose.

Harmful to plant growth: Sulfur dioxide and fluoride in atmospheric pollutants are more harmful to plants. When the concentration exceeds a certain level, the plant leaf surface produces injury spots, and some directly make the leaves wither and fall off; when the pollutant concentration is not high, it will produce chronic harm to plants, making the plant leaves fade to green, the physiological functions of plants suffer, and the plant yield drops significantly and the quality is poor.

Affect the weather and climate deterioration: the impact in this area is more obvious. At this point, industrial gas sensors come into play, detecting the gas in time to reduce the harm.