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<br />Professional Service Industries (Geotechnical Engineering) <br /> <br />Newport Pier Restaurant and Fishing Pier, Sunny Isles Beach, FL <br /> <br />PSI is currently providing geotechnical construction material testing and inspection on this project. The <br />project will include the construction of a restaurant structure and a fishing pier in Sunny Isles, Florida. <br />V"""'"A -:::r~;~:glniiri!iiiiiiib;: ,I Services on this project mainly relate to the design <br />~ It ~S'!l!!"n U _"iii fUq and inspection of the d riven pile foundations. As pa rt <br />I ,< 'I! ill ... , - -. of the inspection phase, PSI was involved in several <br />,., \: .1 "fllR. I'!,' '. pile inspections in determining the pile driving criteria <br />~ and production pile length. The project is currently <br />ongoing. <br /> <br />) <br /> <br /> <br />~ _ ..._ ..._ 4"":",_ :::0- ..""_.~ ~i5~ <br /> <br /> <br />~~~~';., .:>~., .':~:-;; :;!).f~ <br /> <br />(-24 Canal Bank Stabilization From Shinn Road to Railroad Bridge, St. Lucie County, FL <br /> <br />The project alignment is an approximate 1.5 mile section of the Canal C-24 south bank between Shinn <br />Road on the west end and the railroad bridge on the east end in St. Lucie County, Florida. The canal <br />banks had undergone significant slope failures and an I t r l <br />emergency re~ponse was re~uired t~ evaluate the ~~~-;":;;:. ~11",:"'~~~1i\~' ;Il!'~. _~ <br />cause of the failures and solutions to fix the problem. e-'.. ~. ...4-4 '. . ~ "~1 .1; <br />In addition to reviewing the subsurface conditions, our ~. '.~~ <br />study involved studying the canal water levels and <br />evaluating their impacts on the slope. Slope stability <br />models were developed using the program PC-Stabl <br />and RSS for both steady state and rapid draw-down <br />conditions. We provided several remedial options such <br />as the modifying the slope, the use of gabion walls, <br />riprap and sheet piles for this project along with a <br />study on the cost implications of each alternative <br /> <br />5197 Structure Replacement, U.S. 1 in Proximity to Manatee Bay, Miami Dade County, FL <br /> <br />The project site is located near the mouth of Canal C-l11 and is less than 1,000 feet east of U.S. 1 and <br />approximately 3 miles from the shore of Manatee Bay in the Southeastern part of Miami-Dade County, <br />Florida (Homestead Field Station service area). The SFWMD is planning to replace the existing S-197 <br />water control structure from corrugated metal pipe (CMP) culverts to reinforced concrete box structures. <br />I The 5-197 structure maintains optimum upstream <br />water level in Canal C-l11 and prevents saline <br />. intrusion during high tides. Most of the time, 5-197 <br />. diverts discharge from the S-18C overland to the <br />panhandle of the Everglades National Park and <br />releases water during major floods as established by <br />the structure's operational plan. Performance of field <br />work included a full-time manatee observation and <br />turbidity monitoring. In land, the geotechnical field <br />investigation revealed surficial fill material comprising <br />Iimerock, fine sand and silt. In water, a soft <br />compressible silt stratum was disclosed. Keeping in <br />mind, the potential settlement to be induced by the <br />proposed structure, PSI provided cost-effective foundation alternatives. They also provided <br />recommendations for a cofferdam and tremie seal to facilitate construction. <br /> <br /> <br />,CH <br /> <br /> <br />UfO No,ll'04-04!Jesig/l ami I'ermilti/lg Services ofllle ll1tracoastllll'arks <br /> <br />&ASSOCIAICS <br /> <br /> <br />