It has always been Panasonic’s objective to provide cleaner and quality air for the community.
And in this time of need, the installation of Panasonic’s nanoe™ X technology, through the
different avenues it has been able to explore, not only turned the company’s vision into a reality
but has been amplifying the safety and welfare of people affected by the novel coronavirus in
high-traffic areas including vaccination sites, hospitals, and schools. This initiative is in par with Panasonic’s agenda of expanding their current program this 2022 to be of assistance to
students, most especially in the medical field, that will be instrumental in the future of the health
care system of the Philippines.
Moreover, these groundbreaking, state-of-the-art technologies are designed and have been
verified to have inhibitory effects on airborne and adhered viruses, including the novel
coronavirus*. Students, teachers and staff members of FEU-NRMF can now breathe a sigh of
relief, with the assurance of another layer of protection from the virus, especially now in the
event that face-to-face classes are nearing its resumption.
Previous Panasonic excursions included partnerships with different local city government units
to disseminate the technology they have, including donations to Mandaluyong City, Makati City,
Malabon City, Taguig City, Quezon City, and the Philippine General Hospital (PGH).
Guests in attendance at FEU-NRMF’s Alfonso Hall for the short turnover ceremony held last
December 10, 2021, included General Manager of Life Solutions and Panasonic Country Head,
Yosuke Tanaka, Communications and Product Planning Manager of Panasonic Air Conditioning
Philippines (PACPH), Francis Serrato, FEU-NRMF Chief Operating Officer, Juan Enrique
Reyes, Dr. Magdalena Natividad, Dr. Nolan Pecho, and other FEU-NRMF department heads,
staff, and medical students, who all showed exuberance, appreciation and interest in learning
more about the aforementioned nanoe™ X technology.
Yosuke Tanaka, in a short message to students and staff present, shared, “It is a great honor
for Panasonic to be sharing our technology. It is our pride and joy to make nanoe™ X technology
accessible in this prestigious university and give everyone the opportunity to experience quality
air for life so you can focus on your craft as future medical professionals.”
A total of 16 Panasonic nanoe™ X air purifiers and 18 Panasonic Portable nanoe™ X Generators
were donated. Classrooms equipped with nanoe™ X products are identifiable through
Panasonic’s nanoe™ X safety seal sticker. With this contribution, the company hopes for
improved protection in its classrooms in time for the resumption of face-to-face classes.
Freebies such as nanoe™ X face masks, fans, and pillows, were also given to students in
attendance.
Francis Serrato, Communications and Product Planning Manager of Panasonic Air Conditioning
Philippines (PACPH) held a short lecture to further educate everyone in attendance on the
science behind the brand’s nanoe™ X technology. “Panasonic has leveraged the power of
hydroxyl radicals contained in water to purify the air around us. Proven by its effectiveness on
four novel coronaviruses variants** , Alpha, Beta, Gama and Delta, the assurance of breathing in
clean air when these products are around is something we, in Panasonic, are glad to share.”
During the event, some students were also asked how they feel about the installation of the
nanoe™ X technology in their school premises. Katrina Pacuan, a 3rd year medical technologystudent, said, “It’s easier to breath now especially if you have this kind of technology that
protects you from harmful viruses.”
A nursing student also shared his thoughts, “I’m so excited for face-to-face classes to resume
because now we have nanoe™ X technology to protect us from viruses and assure us of our
safety and welfare.”
Notes:
*: based on Texcell, a global contract research organization, verified the inhibitory effect of the
nanoe™ X technology with the benefits of hydroxyl radicals on adhered novel coronavirus
(SARS-CoV-2) placed in a 45L box. Over 99.99% of adhered novel coronavirus (SARS-CoV-2)
activity was inhibited within 2 hours.
Note: This verification was designed to generate basic research data on the effects of nanoe™ X
on the novel coronavirus in laboratory conditions different from those found in living spaces. It
was not designed to evaluate product performance.
**: based on a comparative verification of in collaboration with the Japan Textile Products Quality
and Technology Center (QTEC) was conducted in a 45L test space containing the four novel
coronavirus variants with and without exposure to nanoe™. Over 99% of four novel coronavirus
variants activity was inhibited within 2 hours.
This verification was designed to generate basic research data on the effects of nanoe™ on
the novel coronavirus in laboratory conditions different from those found in living spaces. It was
not designed to evaluate product performance.
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