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Water Quality
Conscientious
management practices help minimize water-related environmental impacts
while providing America with a vital energy source. As valuable
natural resources, coal and water have a close geologic relationship,
with the existence and development of one often greatly affecting
the other. Coal mining's impact on surface and ground water can
be managed through efficient resource planning and use. Following
are some examples of how the mining industry protects water quality
while accomplishing extraction activities.
- Coal mining
activities are highly regulated, requiring extensive surface and
ground water sampling and monitoring to ensure compliance with
the federal Clean Water Act, the surface Mining Control and Reclamation
Act, and state and local statutes.
- Sediment
control technologies have developed and advanced in number and
sophistication over the last two decades resulting in an impressive
record for the coal industry of reducing the quantity of suspended
soils in water flowing in and around mining sites.
- Hydrological
impacts must be taken into consideration as a part of the permitting
process, therefore, coal company hydrologists study and monitor
the quality of surface and underground water resources before,
during and after mining activity to ensure minimal hydrological
impacts.
Water is
an essential part of generating electricity. In addition to meeting
or exceeding all of the provisions of the Clean Water Act, the
electric utility industry is committed to maintaining and, where
practicable enhancing, water quality and to practicing sound environmental
stewardship. Here are some of the ways the electric utility industry
is working to use water wisely and responsibly:
- By collecting
water samples and monitoring water discharges to ensure that
facilities meet or exceed the stringent limits set in permits.
- By operating
water pollution control equipment as efficiently as possible
to minimize discharges.
- By using
advanced industrial water treatment systems that collect wastewater
and runoff and by providing treatment to the water prior to
its return to the source.
- By recycling
water used for cooling to minimize the amount of water used
in the process of generating electricity.
- By using
environmentally friendly cleaners and solvents to minimize pollution
in process water.
- By pursuing
environmental research and development opportunities that advance
the science of water quality management.
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