User Manual

Air Purifier Features and Indoor Pollutants
Diagram of the Air Purifier
P07
P04
Diagram of Air Purifier
VOC (Volatile Organic Compound) – VOCs come from motor vehicle exhausts,
gasoline vapour, pollutants such as formaldehyde, ammonia and many other common
and chemical solvents such as paints and glues, or can be a by-product of mould
growth. VOCs cause irritation to the eyes and or nose as well as causing headaches,
nausea and even potential damage to the central nervous system. Pressed wood
furniture, newly decorated rooms, paint and cleaning solvents are common sources of
VOCs.
Mould / Fungus – these can affect our respiratory system and cause allergic reactions,
like a runny nose, eye and throat irritation, headaches, fatigue and aggravation of
asthma.
Other indoor pollutants include – bacteria, viruses, dust mites and pollen, etc.
Emissions from electronic office equipment – Many studies, including those from EPA
and the University of California Berkley, have reported that emissions from office
equipment like, computers and printers, include VOCs, ultra-fine particles and ozone.
These emissions have been proven to have a negative effect on the health of many
people which can be reduced busing an air purifier.
Using HEPA filters, Activated Carbon filters and Plasma Ionisation – An effective
HEPA filter is absolutely necessary to remove particles, even at a microscopic level; it
ensures that the particles are not spread. Plasma Ionisers will sterilise the air and
reduce bacterial growth.
The antibacterial activated carbon on the EAP120HC is a natural material biosynthesized
from walnut shell, the adsorption area of activated caron is very large up to 300,000
square meters. The activated carbon filter will absorb unpleasant odours and reduce
the VOC content in the air.
The Plasma Ioniser will sterilise the air and reduce bacterial growth.
Compostie filter