SPINTECH at the European Commission's EU vs. Virus Challenge
28/04/2020
IEEN members represented the SPINTECH project by participating in the European Commisssion's Hackathon + Matchathon + EIC COVID Platform initiative, #EUvsVirus, in April 2020, to create solutions to combat COVID-19.. As a "SPINTECH-Mask" team - members of the project team ( Anastolie.Sidorenko, Evgheni.Antropov, Tatiana .Gutul, Tatiana Mironic) - presented their elaboration of a technological process of preparation of active nanoparticles ( colloidal solution) of Ag , Fe and SiO2 and introduced them in usual textile masks, which gives long-term protection for medical personnel. This event created useful new contacts with two groups - Florian from Romania (he elaborated a very efficient machine for mask production) and Nevena form Bulgaria - a manager of a big factory, producing textile masks. Both individuals expressed interest in collaborating with IEEN to produce active masks. Their technology was very well-received and during 3 days of intensive mutual work, it was presented along with 2140 projects, dealing with various solutions against COVID-19.
IEEN's contribution:
The authors: GUŢUL Tatiana, SIDORENKO Anatolie, ANTROPOV Evgheni, MIRONIC Tatiana
D.GHITU Institute of Electronic Engineering and Nanotechnologies , Moldova
This is an elaborate technology of fabrication of Anti-virus, antibacterial reusable masks with anti-adhesive coating based on zinc oxide, iron oxide nanoparticles, modified with silicon oxide and nanosilver nanoparticles.
The coating prevents penetration of the viruses and bacteria through the mask and not just sticking it on the mask, but also destroys pathogens.
The proposed effective method for applying anti-virus and anti-adhesive coatings to usual textile masks consists in processing products in a colloidal solution of nanoparticles using ultrasound treatment, followed by drying of the masks. The applied active nanoparticles suppress the pathogenic microflora, giving additional effective protection.
The scope is the protection of medical staff, social workers and services, as well as other categories of workers who have daily contact with a large number of people.
Contact: D.GHITU Institute of Electronic Engineering and Nanotechnologies,
Str. Academiei 3/3, Chisinau 2028 Moldova
http://nano.asm.md
For more information regarding this event, please visit here and here.
28/04/2020
IEEN members represented the SPINTECH project by participating in the European Commisssion's Hackathon + Matchathon + EIC COVID Platform initiative, #EUvsVirus, in April 2020, to create solutions to combat COVID-19.. As a "SPINTECH-Mask" team - members of the project team ( Anastolie.Sidorenko, Evgheni.Antropov, Tatiana .Gutul, Tatiana Mironic) - presented their elaboration of a technological process of preparation of active nanoparticles ( colloidal solution) of Ag , Fe and SiO2 and introduced them in usual textile masks, which gives long-term protection for medical personnel. This event created useful new contacts with two groups - Florian from Romania (he elaborated a very efficient machine for mask production) and Nevena form Bulgaria - a manager of a big factory, producing textile masks. Both individuals expressed interest in collaborating with IEEN to produce active masks. Their technology was very well-received and during 3 days of intensive mutual work, it was presented along with 2140 projects, dealing with various solutions against COVID-19.
IEEN's contribution:
The authors: GUŢUL Tatiana, SIDORENKO Anatolie, ANTROPOV Evgheni, MIRONIC Tatiana
D.GHITU Institute of Electronic Engineering and Nanotechnologies , Moldova
This is an elaborate technology of fabrication of Anti-virus, antibacterial reusable masks with anti-adhesive coating based on zinc oxide, iron oxide nanoparticles, modified with silicon oxide and nanosilver nanoparticles.
The coating prevents penetration of the viruses and bacteria through the mask and not just sticking it on the mask, but also destroys pathogens.
The proposed effective method for applying anti-virus and anti-adhesive coatings to usual textile masks consists in processing products in a colloidal solution of nanoparticles using ultrasound treatment, followed by drying of the masks. The applied active nanoparticles suppress the pathogenic microflora, giving additional effective protection.
The scope is the protection of medical staff, social workers and services, as well as other categories of workers who have daily contact with a large number of people.
Contact: D.GHITU Institute of Electronic Engineering and Nanotechnologies,
Str. Academiei 3/3, Chisinau 2028 Moldova
http://nano.asm.md
For more information regarding this event, please visit here and here.