EPA and Baltimore's CNX Marine Terminals Inc. Settle Water and Waste Violations
CNX Marine Terminals, Inc. has agreed to pay a $34,600 penalty to settle alleged violations of federal environmental laws involving the discharge of pollutants in stormwater runoff, the operation and maintenance of underground storage tank systems and waste storage, the U.S. Environmental Protection Agency announced today. The alleged violations were at the CNX terminal at 3800 New Gate Ave., Baltimore, Md.
According to the consent agreement and final order, the specific alleged violations include unauthorized stormwater discharges from a pipe into the Janney Run Creek, failure to properly operate and maintain the release detection system on a 2,000-gallon underground storage tank, failure to conduct a line tightness test on the underground storage tank every three years, and failure to properly store used fluorescent lamps.
The $34,600 settlement penalty reflects the cooperation of CNX Marine Terminals with EPA's investigation.
Uncontrolled stormwater runoff often contains sediment, suspended solids, oxygen-demanding compounds and other pollutants that can harm our nation's waterways. Under the Clean Water Act, facilities must obtain permits issued by EPA or the state environmental agency before discharging stormwater runoff into waterways. These permits include requirements for erosion and sediment controls and precautionary best management practices such as spill prevention safeguards, material storage, and employee training.
Underground storage tanks (UST) must be tested to prevent leaks because the greatest potential threat from a leaking UST is contamination of groundwater, the source of drinking water for nearly half of all Americans. These leaks can threaten public safety and health as well as the environment because UST systems contain hazardous and toxic chemicals. Cleaning up petroleum leaks is difficult and usually expensive. Federal regulations ensure that USTs are structurally sound because it is easier and less costly to prevent leaks before they happen.