Today, the Environmental Protection Agency (EPA) unveiled updated Mercury and Air Toxics Standards for power plants, with a focus on improving public health and reducing harmful emissions. In response to the announcement, Harold Wimmer, President and CEO of the American Lung Association, emphasized the significance of these new standards in safeguarding lives and preventing long-term health consequences.
Wimmer highlighted the importance of stricter limits on mercury and other toxic air emissions, noting that the updated standards will further reduce harmful emissions from coal-fired power plants. He underscored the bipartisan support for these measures, citing a recent poll indicating that 82% of voters back the implementation of stringent regulations on power plant emissions.
The President and CEO of the American Lung Association stressed the detrimental effects of mercury exposure, particularly on vulnerable populations like children. He stated that the new regulations will not only address mercury pollution but also target other hazardous pollutants emitted by power plants, ultimately benefiting communities residing in close proximity to these facilities.
Additionally, Wimmer pointed out that the updated standards would contribute to a reduction in fine particulate matter and other dangerous emissions, thereby improving the overall health of individuals living near polluting plants. He applauded the inclusion of continuous monitoring requirements in the final rule, emphasizing that this measure would enhance protection for nearby communities by ensuring compliance with pollution limits.
In conclusion, Wimmer expressed gratitude towards President Biden and EPA Administrator Regan for their efforts in advancing both the Mercury and Air Toxics Standards and carbon pollution standards. He concluded by stating, "Today is a good day for public health, particularly kids’ health," highlighting the positive impact these regulations are expected to have on the well-being of communities, especially children and vulnerable individuals.
