| Applications for our
Services
Industrial
Renovation
As companies invest in new and
upgraded equipment, the need for timely renovation
techniques becomes more important. Businesses that rely
on large process lines for their production are
particularly cost-sensitive to downtime.
The diamond cutting
techniques used by
Aggregate Technologies
can speed up pre-outage demolition with minimal disruption of
neighboring operations. Pulp and paper plants, boiler
plants and lumber mills are just a few examples of the
types of facilities that have realized huge savings
through advanced concrete cutting.
Building Construction
The remodeling and renovation of existing commercial
buildings pose some unique challenges for architects,
engineers and contractors compared to new construction.
Typically, this fast growing segment of the construction
industry requires demolition while tenants and neighbors
work and live by. Noise, dust, and vibration are just a
few of the concerns. These challenges are being met by
diamond sawing and drilling performed by
Aggregate Technologies
|
In addition,
new commercial construction can also be aided by these
advanced techniques. Builders are using trained
contractors to create openings in concrete floors and
walls for plumbing, electrical conduit and HVAC, instead
of installing forms before the concrete pour.
Roads,
Bridges and Airports
Today, the diamond cutting systems used by
Aggregate Technologies
are allowing the resurfacing, repair and
expansion of transportation systems to be performed
faster and more cost effectively than ever before, with
minimal disruption of traffic. Diamond cutting systems
are revolutionizing renovation and demolition processes
for highway, railway, tunnels, runway and bridge
applications.
Infrastructure Renovation
Work on power plants, dams and sewage treatment
facilities typically involves cutting extremely thick,
reinforced sections of concrete. Access difficulties,
potentially hazardous situations and maintenance of
structural integrity are always a critical concern. |
