Disease-carrying insect and toxic insect control
Improving the problems of the existing quarantine system
The method of diluting insecticides or disinfectants in water and spraying them with a sprayer is difficult to directly contact with flying insects (mosquitoes, moths, flies, etc.), so it is less effective. Smoke quarantine using kerosene has harmful components in the kerosene itself, so it is harmful to the environment and human body, and the effect is also reduced because the pesticide is over-burned and emitted. Bio-smoke quarantine is based on the principle of preserving the pesticide used and sending it out in smoke, so it penetrates every corner and exerts insecticidal and disinfecting power, so it is very effective in quarantine.
Response to mosquito-borne diseases
There are various diseases transmitted by mosquitoes, such as malaria, dengue fever, dengue fever, Zika virus, and Japanese encephalitis. One adult female mosquito lays about 150 to 200 eggs at a time and lays eggs 4 to 5 times during its life. Mosquito quarantine should aim to reduce the population of adults rather than larvae.
Elimination of toxic insects
In addition to mosquitoes, it effectively eliminates toxic insects such as killer ticks (small red mites), fire ants, civets, spiders, and fire bugs (blue ants, half-winged ants), thereby reducing the damage caused by them.
Sterilization and disinfection of various viruses including COVID-19
It utilizes a bio-smoke quarantine system for disinfection of the COVID-19 virus and various viruses such as food poisoning bacteria and pathogens, and has a disinfection effect even in spaces and objects that are difficult to contact.
