
Continuous Disinfection
The new coronavirus epidemic continues with the flu season in Hong Kong. It is now crucial to have an air purifier that kills bacteria and viruses to protect our family's health. The b-MOLA air purifier utilizes NCCO (nano-confined catalytic oxidation) technology and can kill germs and bacteria, disinfecting the air.
Many domestic air purifiers use high-efficiency filters (HEPA) as the primary air purification technology. HEPA uses filter screening, inertial impact, electrostatic interception, and diffusion to filter pollutants (PM2.5 to PM0.03). Bacteria and viruses attached to HEPA can survive up to 120 days.

Filtration

Physical blockage

Electrostatic blockage

Diffusion
Some companies use chemical sterilization technology, involving the coating of chemicals on HEPA to perform sterilization. However, when HEPA filter is used for a prolonged time, its surface will be covered with dust and fine contaminants. If it is not replaced and continued to be used, bacteria or viruses will not contact the chemical coating on the surface of the HEPA filter, subsequently losing its sterilization effect.
bMOLA uses NCCO (Nano-confined catalytic oxidation) technology invented by researchers in Hong Kong. This air purification system provides a continuous sterilization effect by combining active oxygen generators with the NCCO (Nano-confined catalytic oxidation) technology. Harmful substances such as chemical fungicides are potentially toxic to the body and are not used in the system. The reaction layer is highly effective in killing bacteria and viruses, and the scientific community has proven its effectiveness.

Filtration

Physical blockage

Electrostatic blockage

Diffusion
At the same time, the oxygen polymerization reaction layer can be reused, and experiments have proved that it can be used for up to 12 years, exerting a continuous and safe sterilization effect.
NCCO (Nano-confined catalytic oxidation) technology has been adopted by more than 200 medical institutions worldwide, including Tuen Mun Hospital and Ruttonjee Hospital in Hong Kong.
