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Testifying for the REDUCE Act
As a field manager for Clean Water Action, I’ve crisscrossed the State of Maryland many times, knocking on doors and recruiting citizens to join me in Clean Water Action’s fight to protect our environment.
Protecting Baltimore from Oil Trains
Oil production in North America has skyrocketed in the past five years, with industries using increasingly dangerous and desperate technologies to extract fossil fuels from the ground.
Toxic Injustice and the Power of Personal Stories
People often ask me, “What do you like best about working for Clean Water Action,” and my answer is always the same: the people. For me, the most rewarding aspect of my job is connecting with folks on the diverse experiences that drive our efforts for progressive change. We all suffer the impacts of environmental degradation (some more profoundly than others), and we all have unique stories to share. Whether incensing, inspiring, or downright heartbreaking, these personal stories have the power to unite us as we find common ground from which to build solutions. Story sharing allows us to think
The Invisible Epidemic: How Diesel Pollution is Suffocating American Families
Clean Water Action co-leads the Coalition for Healthy Ports NY/NJ and has joined the national Moving Forward Network urging the U.S. Environmental Protection Agency (USEPA) to address global climate change caused by diesel emissions at our ports, warehouses, and highways across the country. Together, our goal is to gather hundreds of thousands of signatures to demand #ZeroEmissionsNow - sign the petition here.
Background: Federal Regulation of Lead in Drinking Water
For our introduction to lead and drinking water, click here.
The Federal Government regulates lead in drinking water, primarily through the Lead and Copper Rule.
Lead and Copper Rule
Adopted as part of the Safe Drinking Water Act (SDWA) in 1991 by the Environmental Protection Agency (EPA) the Lead and Copper Rule (LCR)'s purpose is to protect public health by minimizing lead and copper exposure at the tap.
The LCR requires water systems to monitor the drinking water they provide and control for corrosion. Because lead can get into drinking water at various points throughout the system, as