With UV-C 222 nm technology
Returning to public space and public transport with confidence
REASSURE YOUR CLIENTS AND EMPLOYEES
UVmobi inside is an electronic module that contains a patented 222 nm ultraviolet light. The module emits far ultraviolet light with a 222 nm wavelength, that can destroy pathogens whether in the air or on surfaces, even when people are present.
Using this technology, forms of transport and public spaces in which human populations gather can be disinfected whilst operating entirely as usual.
At last you have access to automatic, continuous disinfection!
Ready for the 222 nm ultraviolet revolution?
THE UVMOBI INSIDE PRODUCT
The UVmobi inside module is a compact electronic device. It is designed to be installed above the area that is to be disinfected. As they are operated via electric cable, several modules can be installed and inter-connected to ensure that the entire space and surface area is properly disinfected.
The module is autonomous, and can be battery powered when disinfecting spaces like parked car interiors that have no electric power source. It is equipped with a presence detector to control the level of ultraviolet light that is diffused when people are or are not on the vicinity.
Customized disinfection cycles can be programmed to suit the specific needs of the disinfection site.
The module can also communicate via Bluetooth using an application.
For specific types of usage, the UVmobi inside module is a technological platform that can be adapted (software, casing, battery etc.) to meet the particular disinfection requirements of all sectors of activity.
The UVmobi inside module contains a 222 nm patented lamp which emits far ultraviolet light which laboratory tests have proved can kill more than 99,7% of germs including SARS-COV-2, the COVID-19 virus.
FAR ULTRAVIOLET LIGHT (222 NM) DESTROYS HUMAN CORONAVIRUSES
In June 2020, a team from the "Center for Radiological Research, Columbia University Irving Medical Center, New York" proved the efficiency of 222 nm sur ultraviolet light in destroying human coronaviruses, as detailed In the "Far-UVC (222 nm) efficiently and safely inactivate airborne human coronavirus" study.
Columbia University in New-York has been working for the past 6 years on far ultraviolet light and considers it an effective means of fighting air-born pandemics in the long term.
222 NM ULTRAVIOLET LIGHT REDUCES GERMS EVEN IN CROWDS
In August 2020, Kobe University Hospital (Japan) published a study entitled "Exploratory clinical trial on the safety and bactericidal effect of 222-nm ultraviolet C irradiation in healthy humans".
The conclusions of this study were published in PLOS ONE : showing that UV-C 222 nm light is efficient, even in occupied space and poses no danger to humans even at high dosage.
222 NM FAR ULTRAVIOLET LIGHT EFFICIENTLY DESTROYS COVID-19 ON SURFACES
In September 2020 Hiroshima University carried out a study entitled "Effectiveness of 222-nm ultraviolet light on disinfecting SARS-CoV-2 surface contamination".
This study was published in the "American Journal of Infection Control" and proves the efficacity of far ultraviolet light even in small doses.
5 GOOD REASONS TO USE UVMOBI INSIDE
ALL THERE IS TO KNOW ABOUT FAR ULTRAVIOLET LIGHT IN 10 MN, BY ONE OF ITS INVENTORS
Dr. David J. Brenner, Ph.D., D.Sc.
Theoretical physicist and Higgins Professor of Radiation Biophysics, College of Physicians & Surgeons
COVID-19 Virtual Symposium : 8 April 2020
(Video length : 11 mn 23 s)
WHERE CAN THE UVMOBI INSIDE MODULE BE USED?
In all closed spaces that welcome the public (passengers, spectators, visitors)
TRAIN, METRO, BUS, CAR
STATIONS (PLATFORMS, CORRIDORS...)
CINEMAS, THEATRES, MUSEUMS
ALL CLOSED SPACES...
UVMOBI INSIDE EN ACTION !
UVMOBI INSIDE IS HEADING TO EUROPE
In July 2020 our disinfection services were selected by the EIT-UM (European Institute of Innovation and Technology Urban Mobility) as part of a project call relating to “Covid-19 and mobility”.
In November 2020, as part of a consortium of 6 partners* from 4 different countries we will be carrying out two pilots in Barcelona and Thessaloniki.
* Partenaires du consortium
- Centre for Research & Technology Hellas (Grèce)
- TaxiWay (Grèce)
- Factual Consulting (Espagne)
- Municipality of Sant Cugat Del Vallès (Espagne)
- KTH Royal Institute of Technology (Suède)
- Groupito & UVmobi (France)