ABOUT US
The origin of b-MOLA
MOLA-MOLA is also known as ocean sunfish. This large fish lives under deep waters and has a gentle temperament. It is said that it can secrete substances to improve the surrounding environment and treat injuries of surrounding fish. It is therefore known as "Doctor of the ocean".
MOLA-MOLA coincides with our company's philosophy. NCCO technology can improve the surrounding air quality and protect people from air pollution. The brand name "b-MOLA" stands for "Be MOLA (that improves the living environment)", providing people with fresh air.
A Patented Technology Developed by the Member of HKUST Entrepreneurship Progam
NCCO is an innovative technology invented by members of HKUST Entrepreneurship Program. It has been well recognized by the Hong Kong government and the public sector and is a revolutionary air purification technology that will change the world.
What is NCCO?
In comparison to other air purification technologies such as activated charcoal, UV light and electrostatic precipitator, NCCO is more efficient in removing pollutants. For example, activated charcoal can only absorb but not decompose pollutants, and can only last for a short period of time (usually three months) without replacement. Once the carbon filter is saturated, the pollutants absorbed will be released to the air causing “second pollution”, which can cause great harm to health.
On the other hand, NCCO can absorb and decompose pollutants continuously and the technology can last for up to 12 years without replacement. NCCO has solved a different issues regarding air pollution in different sectors including commercial, industrial, retail and automobile etc.
In addition, NCCO can resolve problem with air quality including pollution caused by PM2.5, PM10, VOCs and formaldehyde. NCCO acts as an excellent deodorant by removing the root sources of pollutants. NCCO is playing an important role in air purification technology development.
* WHO, International Agency for Research on Cancer (IARC),IARC Monographs on the carcinogenic risks to Humans, Vol 68
