Metropolitan to give new skyscraper a boost
Metropolitan
Industries has a knack for being involved in virtually every
large-scale construction project that takes place in downtown
Chicago. Therefore, when the City of Chicago announced the
construction of Chicago’s second tallest building, it was no
surprise that Metropolitan’s Chicago Sales Department would be
involved in supplying the pumping equipment.
The much-anticipated Trump Tower Chicago is currently under
construction named after prominent real estate developer
Donald
Trump. Slated for completion in
2007,
it will be the second tallest building in Chicago and second
tallest building in the
United
States (unless the Freedom Tower in New York
is completed by then). The building will be 415 meters
(1,362
feet) tall and contain 92
floors
for various uses when completed. The tower rests on the former
site of the
Chicago Sun-Times building. Trump Tower will
break the 37-year-old world record held by the John Hancock
Center for the world’s highest residence having
condominiums on the 89th floor.
The Fabrication and Manufacturing Departments are currently
hard at work constructing a massive combination break tank/water
pressure booster system for Trump Tower. When completed, it will
be the largest-ever break tank system manufactured at
Metropolitan. It utilizes four 150-HP variable speed multi-stage
horizontal turbine pumps that will generate up to 1900 GPM at
350 PSI. It measures 11’ 6’’ wide by 20’ long and 19’ 6’’ tall.
Two huge stainless steel tanks measuring one-story tall will sit
atop the frame. Due to the height of the tanks, installation
will take place at the job site as a crane lowers each of the
two tanks on top of the system’s frame.
Later, a second combination break tank/water pressure booster
system will be constructed that very well may be the second-ever
largest break tank system ever constructed at Metropolitan. This
triplex system will utilize 75HP variable speed multi-stage
horizontal turbine pumps capable of 990 GPM at 260 PSI. Other
work yet to be completed will consist of a duplex variable speed
subsoil drainage pump system, (3) duplex variable speed hot
water return pump systems, and installation of 66 hydraulically
controlled pressure regulating valves.
The delivery of the first break tank/water pressure booster
system is set to take place on December 7. The entire job should
be completed by the end of 2006 or beginning of 2007.
