Completed Climate, Earth & Environment Engineering

Novel Data Technology Applications to Transform Enforcement of Climate and Clean Air Regulation

In plain English

AI plain-English summary

Environmental regulators are still using paper-based methods from decades ago to catch polluters, while the industries they oversee have digitised and automated their operations. This matters because outdated enforcement means leaks from oil and gas facilities, excess emissions from trucks, and violations of clean air laws go undetected for months or years. The researchers are working directly with U.S. federal and state regulators to design and test new applications of remote sensing, air monitoring, and computing to improve how agencies target inspections and monitor compliance. They are piloting these technologies across three specific regulatory domains: Clean Air Act enforcement with the U.S. Environmental Protection Agency, oil and gas emissions enforcement with Colorado state regulators, and truck emissions monitoring with California state regulators. If the study succeeds, it could transform how emissions monitoring and enforcement works in the U.S. and beyond. The practical impact would be cleaner air, fewer health problems from pollution, and more effective climate regulation—all achieved by modernising the quiet infrastructure of environmental oversight that most people never see.

View original technical description
The last several decades have been defined by innovation and technological advances, but environmental regulators continue to rely on outdated methods. Leveraging advancements in remote sensing, air monitoring, computing capabilities, and analytic methods can transform the way regulatory agencies implement environmental enforcement. We propose a multi-pronged study that leverages our close partnerships with U.S. federal and state regulators to design and test novel applications of these technologies to improve enforcement of climate and air regulations. We propose leveraging new technologies to improve monitoring and inspection targeting across three regulatory domains: 1) Clean Air Act (Multi-Sectoral) enforcement with the U.S. Environmental Protection Agency; 2) Oil & Gas emissions (Energy sector) regulation enforcement with Colorado state regulators; and 3) Truck emissions (Transport sector) monitoring and enforcement with California state regulators. In each context, we piloted new technologies poised to significantly improve inspection targeting. We now propose rigorously evaluating the effectiveness of these solutions on emissions and compliance. This study could transform the efficacy of air and climate regulation and enforcement, yield emissions reductions, and realize health co-benefits. The proposed program has high potential for substantial policy impact, and if scaled, could fundamentally transform emissions monitoring and enforcement in the U.S. and beyond.

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Researchers

Michael Greenstone (EPMC Awardee)

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Original classification

Directed Call

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