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Applied Research in Quarry Blasting

Quarry rock blasting in urban environments is perhaps one of the most
challenging aspects facing the aggregates industry today. Population growth
around existing quarries has brought blasting operations closer to residential
structures than ever before. Quarry operators exercise great care to operate
as a good neighbor near communities providing buffers around property to
improve visual impact, reducing equipment noise and fugitive dust.
Technical
means to mitigate off-site impacts of blasting operations are available to
minimize ground
vibrations and airblast that may leave the blast site. Modern
tools are available to the
blaster such as electronic delay systems, profiling
quarry faces to ensure rock movement and breakage, and seismograph
strategically placed to monitor the blast.
Aimone-Martin
Associates, LLC are committed to helping quarry operators reduce impacts of
blasting with advanced studies to evaluate geologic site characteristics that
may influence directional changes in ground vibrations and providing
measurements to evaluate rock blasting performance when optimizing blasting
operations. Our applied research programs, integrating vibration control and
structure
response with blast design, have successfully demonstrated to land use
planners that safe blasting practices do not damage structures in
neighborhoods. Such programs have resulted in the re-permitting of existing
quarries despite severe public opposition to mining operations for many of our
quarry clients.
We can provide your operations with vibration and airblast data base management to help you keep in touch with the changing geological and environmental conditions that can result in negative perceptions about blasting from time to time.
Working
with your existing seismic service provider, we can align your record keeping
and provide you with confidence needed to
ensure community members that your
blasting is not only designed to be safe with but also with their protections
in mind.
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