Connecticut Secured $11.5 Million Air Filtration Grant

The grant will fund classroom air filtration devices to help reduce student absenteeism across Connecticut elementary schools.

Updated on Oct. 13, 2026 in Asthma

Bold vector editorial illustration of a box-shaped air filtration unit with a circular fan, representing health improvements in Connecticut schools. — Inventor Eniola Shokunbi received an $11.5 million grant to install air filtration units in Connecticut elementary schools to decrease student absenteeism. AI Illustration. Upload story photo >

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Should your local school district prioritize funding for air filtration systems in all classrooms?

Inventor Eniola Shokunbi secured an $11.5 million grant to produce and install air filtration devices in Connecticut elementary school classrooms. These EPA-certified units are designed to remove viruses, including COVID, from the air to curb student illness.

Why it matters

The initiative aims to address the significant impact of airborne illnesses on educational stability. Kindergartners currently miss an average of 10 to 15 school days annually due to sickness, a trend this project seeks to reverse.

The EPA-certified filtration device costs $60 per unit to manufacture. The project is funded by an $11.5 million grant intended to provide coverage for elementary classrooms in Connecticut.

The players

Eniola Shokunbi

Eniola Shokunbi is the inventor of the air filtration device who aims to scale the technology for classrooms across America and beyond.

The details

The filtration device is constructed from available materials and utilizes a simple plug-in fan to clean air as it circulates through the box. By targeting classroom air quality, the project hopes to reduce the high rate of absenteeism among young students.

Eniola Shokunbi secured the grant funding in 2026.

Health Landscape

This project aligns with broader efforts to improve indoor air quality standards, following the precedent set by federal clean air guidelines. It marks a shift toward localized, low-cost engineering solutions to mitigate the spread of airborne pathogens in educational settings.

Elementary students in Connecticut may experience improved classroom air quality, potentially leading to fewer school days missed due to illness. Parents should observe if these new filtration units result in lower transmission rates of common viruses within their local schools.

The takeaway

Maintaining clean air in educational environments is a critical strategy for improving long-term student attendance. Implementing low-cost, effective filtration solutions can serve as a scalable model for schools nationwide to protect student health.