nanoe-G

nanoe-G

nanoe-G air purification system removes microorganisms and dust particles as small as PM2.5 from the air by trapping them in the filter for deactivation. Purify your living environment for better breathing.

nanoe-G

Removes airborne particles as small as PM2.5

1. Removes Airborne Particles (Up to 99%)
2. In-Filter Deactivation (Up to 99%)

Removes airborne particles as small as PM2.5

We breathe in large amounts of unseen bacteria, viruses, mites and mould circulating in the air or adhere to surfaces every day.

Getting to know nanoe-G

nanoe-G generators produces 3 trillion negative ions from the atomised electrode. Then, natural ion wind spreads the negative ions that are released from the nanoe-G generator to attach to airborne dust particles.

Getting to know nanoe-G

How nanoe-G is Generated

(1) nanoe-G generator releases 3 trillion nanoe-G negative ions.

(1) nanoe-G generator releases 3 trillion nanoe-G negative ions.

(2) nanoe-G negative ions spread to the filter using natural ion wind.

(2) nanoe-G negative ions spread to the filter using natural ion wind.

How nanoe-G removes dust particles

nanoe-G ion generator releases negative ions.

nanoe-G ion generator releases negative ions.

Negative ions attach to dust particles.

Negative ions attach to dust particles.

These particles are being carried back to the air filter.

These particles are being carried back to the air filter.

Deactivates 99% bacteria and viruses trapped in the filter.

Deactivates 99% bacteria and viruses trapped in the filter.

THE EFFECTIVENESS OF PM2.5

AIRBORNE

Data on removal of airborne bacteria was presented by harvard school of public health researchers at nano-symposium at kyoto university, 2012

THE EFFECTIVENESS OF PM2.5

The effect after 100 minutes in a 40 m³ test space [about the size of a 10 tatami mat room], not the effect in a space where actually used.
“Performance evaluation of a novel ionizer for air purification applications”. Dr. S. Rudnick et al. Harvard School of Public Health, Environmental Health Nanoscience Lab.

nanoe-G
A study of the removal effect of airborne bacteria by using an air-conditioner incorporating nanoe-G was carried out in a large space, and the results were presented at Nano-Symposium jointly held in September 2012 by Harvard University and Kyoto University.

Test methods: Bacteria removal method: Release of nanoe-G ions.

Target: Airborne bacteria, Test results: It is estimated that after three hours of operation the nanoe-G will achieve 2.7 log10 reductions, ~ 1 log10 reduction

AIRBORNE

ADHESIVE

ODOUR DEODORISATION: THE ODOUR ADHERED ON THE CURTAINS AND SOFA

ADHESIVE
ADHESIVE
ADHESIVE

HOW DOES IN-FILTER DEACTIVATION WORK?

HOW DOES IN-FILTER DEACTIVATION WORK?

IN-FILTER DEACTIVATION

IN-FILTER DEACTIVATION
IN-FILTER DEACTIVATION