The main sources of odorous waste gas generated in animal laboratories are as follows:

1. Animal metabolites

The respiration of animals releases exhaust gases including carbon dioxide and ammonia. These gases have a significant odor and are harmful to human health and the surrounding environment.

2. Process of animal excrement treatment

Animal excrement such as feces and urine can decompose and produce odorous gases such as ammonia, hydrogen sulfide, and various thiols during storage and processing. These unpleasant odors not only have a strong odor, but may also contain toxic substances.

3. Chemicals involved in the experimental process

Some chemical reagents, drugs, and biological products used in the laboratory may release volatile organic compounds (VOCs), inorganic gases, and toxic compounds during use or storage. These exhaust gases have complex components and are quite challenging to handle.

4. Cleaning and disinfection stage

In the laboratory cleaning and disinfection process, disinfectants and other chemicals used may also release odorous gases, further affecting air quality.

Odor and Odor Exhaust Gas Treatment Technology

For these odorous exhaust gases, a solution using superoxide micro nano bubble purification technology is adopted. This technology utilizes the powerful oxidation effect of micro nano scale superoxide bubbles to degrade organic pollutants in exhaust gas. These bubbles contain multiple oxygen atoms, which can quickly dissolve in water and release highly reactive oxygen species upon rupture, including oxygen ions and hydroxyl radicals. These substances can rapidly oxidize and decompose pollutants in exhaust gas.

The advantages of superoxide micro nano bubble purification technology include:

1. Efficient purification capability

It can quickly remove odors and other pollutants from exhaust gas, improving treatment efficiency.

2. Wide adaptability

Suitable for treating various types of organic waste gases and odorous gases, regardless of changes in gas concentration, flow rate, humidity, temperature, and other conditions.

3. Environmentally friendly and harmless

The final decomposition products are usually harmless substances such as water and carbon dioxide, which do not cause secondary pollution to the environment.

4. Simple operation process

Easy to operate, easy to manage and control, suitable for use in environments such as animal laboratory waste gas treatment.