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DUKAS_172207872_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device keeping a cloud of smoke at bay as a demonstration
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207871_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: Graphic of how the air curtain device works.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207870_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: Graphic of how the air curtain device works.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207868_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device beng fitted to a hard hat worn by a staff member at a poultry processing plant.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207867_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device fitted to a hard hat worn by a staff member at a poultry processing plant.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207866_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device fitted to a hard hat worn by a staff member at a poultry processing plant.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207865_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device fitted to a hard hat worn by a staff member at a poultry processing plant as she talks to Taza Aya's Herek Clack
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207864_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device keeping a cloud of smoke at bay as a demonstration
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207863_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device keeping a cloud of smoke at bay as a demonstration
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207862_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: Graphic of how the air curtain device works.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207861_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: Taza Aya co-founder and University of Michigan associate professor; Herek Clack
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207860_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: Graphic of how the air curtain device works.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_172207859_FER
Invisible virus killing mask
Ferrari Press Agency
air curtain 1
Ref 15995
10/07/2024
See Ferrari text
Pictures must credit: Taza Aya / University of Michigan
A hard hat fitted with an air curtain has been developed to protect workers from airborne viruses.
The technology deflects 99.8% of aerosols from reaching a worker’s face, potentially offering a new protection option for workers in industries where respiratory disease transmission is a concern.
Independent, third-party testing of the device showed the effectiveness of a downward-flowing air curtain, curved to encircle the face, coming from nozzles at the hat’s brim a few inches from the face.
The present model is aimed at people working in settings such as factories, a smaller, sleeker, consumer model is in the works.
A row of downward-facing air nozzles housed in a visor which forms an arc around the brim of a hard hat.
Hoses run from it down to a 4.5-kg backpack which contains a battery, electronics, air handling system, and a cold plasma module.
The plasma kills airborne viruses using ionised gas which it creates at relatively low temperatures.
The technology is currently being trialed at a poultry-processing plant, where hundreds of workers are at constant risk of catching respiratory viruses from both one another and from the birds.
The curtain was developed by a startup at the USA’s university of Michigan called Taza Aya which is commercialising the device.
OPS: The air curtain device is fixerd to a back pack
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)