Flatburn, a portable and inexpensive pollution detection device, aims to expand air quality monitoring capabilities
MIT researchers have developed an affordable and portable air pollution detection device that could significantly improve air quality monitoring capabilities. Named Flatburn, the open-source device can be produced via 3D printing or inexpensive parts.
The research team, which is part of a larger project called City Scanner, has calibrated and tested Flatburn against cutting-edge pollution detection machines and found that the device can produce reliable results for fine particulate matter and nitrogen dioxide concentrations, despite estimating slightly lower levels than existing devices. The researchers hope the Flatburn device will empower grassroots groups and communities in less developed countries to measure local air pollution and create cleaner conditions by identifying pollution sources and engaging with officials and stakeholders. The research was published in the journal Atmospheric Environment