New York City is using its fleets to fight air pollution
New York City operates over 30,000 city-owned vehicles, the largest municipal fleet in the country. Police cars, fire engines and public buses drive up and down the city streets performing their public services duties. But what if while completing their routine routes, doing their regular jobs, these vehicles were doubling as mobile air pollution monitoring networks?
In January, the New York City’s Mayor’s Office announced CityScanner, a new pilot program that will use city fleet vehicles to measure local air quality. Municipal vehicles mounted with state-of-the-art sensors developed by the Massachusetts Institute of Technology (MIT) will collect hyperlocal data as they drive around the Bronx. This pilot will help determine the tremendous potential that innovative technologies hold for improving our understanding of air pollution.
New York City’s pilot is the latest example of how municipalities are prioritizing air pollution in unprecedented ways. This momentum is in part due to technological advancements that are revolutionizing the ability to measure air pollution at the neighborhood scale.
But to keep up with growing demands for sensor technologies and advanced analytics, we need more investment and innovation in this space.
The growing air pollution monitoring market
Air pollution is extremely localized, making cities uniquely situated to lead clean air strategies. In fact, cities are generating a "race to the top" in tackling air pollution, demanding that the world’s largest urban areas take action today.
The first step in tackling air pollution is to fully understand it — or as we say, make the invisible visible. Many cities have conventional air pollution monitoring systems with sensors spaced miles apart from one another, and some have no systems at all. This sparse monitoring can result in large data gaps — for example, air pollution can be up to eight times worse (PDF) on one end of a city block than another.
Today, lower-cost sensors can provide incredibly detailed insights about specific facilities, roads or neighborhoods and how air quality may change at those locations over the course of a day, week or year. Cities are using these block-by-block insights to drive tailored, local solutions that protect our health and environment, as we’ve seen in London, Oakland, Houston and more recently in Denver.
The system transmits the pollution data directly into an IoT network, lowering overall cost of data communication, which is then shared with school officials and parents in real-time through a user-friendly interface. The new insights provided by these technologies helped motivate urgency that prompted the city to devise and implement powerful new interventions to improve the health of students and families. For example, the city is encouraging and investing in clean modes of transportation and adjusting outdoor physical activities during school hours based on Air Quality Indices.
Denver also sees economic opportunity. More than $3,000 in medical cost is spent per student per year on asthma in the Denver public school system. Based on this, the city estimates it could save nearly $30 million per year by simply supporting clean air projects that help curb pollution levels.
Technology providers can play a role in local monitoring efforts
The market for lower-cost sensors and instruments is expected to grow as hyperlocal air pollution monitoring — as we’re seeing in New York and Denver — gains popularity, representing a big opportunity for tech innovators.
As more technologies enter the market, tech innovators should become familiar with key performance indicators and data management processes to understand what role they should play at each step. This will enable companies to work with municipalities to develop monitoring instruments that are appropriate for their specific needs.
By working together, cities and tech innovators can develop solutions at scale that bring us one step closer to cleaner, safer air.
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