How Eniola Shokunbi, a 12 years old Nigerian Developed air filter to reduce spread of air borne diseases and Secured $11.5M Funding
Eniola Shokunbi Invents Air Filter, Gets $11.5M Funding From USA Gov’t
Eniola Shokunbi, a 12-year-old Nigerian student from Connecticut, USA, recently garnered attention for her innovative air filter design aimed at reducing the spread of airborne diseases like COVID-19 in classrooms. Her project, initiated while she was a fifth-grader at Commodore MacDonough STEM Academy, uses affordable materials such as box fans, furnace filters, and duct tape. The filter system effectively removes over 99% of airborne viruses, according to Environmental Protection Agency (EPA) tests.
The design targets creating low-cost air filters for classrooms. The Connecticut State Bond Commission approved $11.5 million in funding for the design.
In her fifth grade at Commodore MacDonough STEM Academy in Middletown, they were tasked with creating a solution to enhance safety in schools during potential future pandemics.
Therefore, to combat airborne viruses like COVID-19, she developed a simple but effective air filter system.
The Design
Shokunbi’s air filter design showcases both innovation and cost-effectiveness. The unit is constructed using a simple combination of components: a box fan, four furnace filters, duct tape, and cardboard.
This ingenious assembly results in a remarkably low production cost of approximately $60 per unit. This makes it a highly affordable alternative to commercial air purifiers.
Eniola Shokunbi said: “The air goes through all the sides, and it comes out of the top. So it filters in and out.”
With support from scientists at the University of Connecticut, UConn, Shokunbi’s design underwent rigorous testing.
The Environmental Protection Agency, EPA, confirmed that the device effectively eliminates over 99% of airborne viruses, showcasing its potential to significantly improve classroom safety.
The recent approval by the State Bond Commission allocates $11.5 million for the implementation of these air filters across Connecticut schools.
This funding is part of UConn’s SAFE-CT: Supplemental Air Filtration for Education Program, which aims to ensure that every public school classroom has access to these vital air purification systems.
Shokunbi’s vision extends beyond Connecticut; she aspires to see her air filters implemented in classrooms nationwide.
“A lot of people don’t realize that the only thing standing between them and getting sick is science,” Eniola Shokunbi said.
Also, she emphasized the importance of investing in scientific solutions for children’s health.
Shokunbi’s invention gained strong support, leading to the Connecticut State Bond Commission approving $11.5 million in funding to install these filters across schools in the state. This funding highlights the state’s commitment to improving indoor air quality in educational spaces and recognizes the potential of Shokunbi’s design to provide low-cost, effective protection against airborne pathogens.
Shokunbi’s achievement emphasizes the impact of youth-led initiatives on public health and safety. With aspirations to reach classrooms across America, she continues to advocate for innovative, accessible solutions in school health.
Credit : Nairaland
