The following is a brief list of locations where StableCrete™ has been applied. Contact us for more information.
Project Typical Testing on Concrete Wall
Owner ConselcoR Post Application
Contractor Testing conducted by ConselcoR, Inc.
Use Red tint StableCrete applied within Blue taped boundaries. Runoff down wall is noticeable. 24 hours after application water is introduced to protected surface and to untreated area on the left. Observe water being absorbed into untreated concrete on left and below in areas where StableCrete was not evenly applied. Red tinted product is used on larger surface areas to enable Quality Control personnel to have a visual indication of application without testing all concrete surfaces. Tint fades out with UV exposure or is easily washed off with water.
Project Waterproofing of 40+ year old Water Tanks
Owner City of Palm Bay Florida
Contractor Tim VanDeventer, City Staff
Use Forty plus year old water tanks with leakage at cold joints in original pour, Efflorescence and constant peeling paint problems. Mechanical abrasion and efflorescence remover was used to obtain complete removal of salts, followed by high pressure wash of affected surfaces to obtain neutral pH values. Red tinted StableCrete applied with back rolling to insure full depth penetration into crack interiors. Back roll also manages sheet flow to prevent loss of product when applying to vertical or overhead areas.
Project Unidentified Tank Wall
Contractor Testing conducted by ConselcoR, Inc.
Use Leak check of tank wall demonstrates area of wall overlooked when StableCrete was applied. Left and right side received proper application while center shows water penetration through concrete at lift locations that did not receive proper vibration/consolidation during construction. Acid testing of surfaces confirmed no application to center area. Red tinted product was not used therefore, there was no visual indication of treated surfaces until tank was filled. Several construction days lost to drain and reaclimate tank wall for proper application of product before back filling operations commenced. Retest of area revealed no penetration of tank water to wall exterior.
Project Mediera Beach Yacht Club Seawall
Owner MBYC Condominium Association
Contractor In house maintainance personnel
Use Newly poured concrete seawall cap experienced shrinkage cracking immediately after completion. Premature hydration and construction methods caused cracking to depth of rebar allowing sea water to penetrate. StableCrete applied to all exposed surfaces with special emphasis to saturate crack to waterproof crack interiors as well as surfaces. Preventing high chloride content sea water from reaching rebar depth causing corrosion cell formation on steel. Water absorption test at crack locations demonstrate penetrating affect deep into cracks.
Project Testing and Visual Inspection of Nine Year Old Tank
Owner Undisclosed at owners request
Contractor ConselcoR, Inc.
Use Visual inspection and basic petrographic test to exterior surfaces of a nine year old Wire Wound Pre-Stressed Tank at customers request. Two each 2MG clarifiers in service continuously since 2000. Obvious signs of corrosion bleed through/discoloration to all tank surfaces. Several spalls of wire corroding with rust stains at multiple locations. Samples indicated pH of 5, 3250 ppm Chlorides and unmeasured Sulphuric Acid content. Shotcrete material was not waterproofed at time of construction. Contractor relied on conventional coating for protection. Tanks located 20 feet from open digester with wind driven Hydrogen Sulfide being deposited on surfaces by prevailing winds. Immediate repairs recommended in order to arrest corrosion, restore pH levels and waterproof all exposed surfaces prior to new coating application. Re-Inspection schedule established to monitor repairs.
Project Launch Pad 39B Restoration, Kennedy Space Center, Florida
Owner N.A.S.A., United Space Alliance, Reynolds Smith & Hills, Inc.
Contractor Iveys Construction/H.I.S. Painting, Dave Heyne (321) 385-9155
Use Application to launch pad surface. Restoration, Kennedy Space Center, Florida. StableCrete chosen as the migrating, corrosion-inhibiting coating for concrete surfaces of crawler way, catacomb roof and Launch pad. These surfaces had been exposed to hydrochloric acid which is a by-product of propellant exhaust and water from the noise suppression system. Moisture had carried calcium a depth of four plus feet to the catacomb roof below and stalactites were being formed on the roof surfaces creating a hazard for workmen in the area.
Sherwin-Williams Hi-Mil Sher-Tar Epoxy applied to crawler way surface after StableCrete application.
Project Veterans Administration Hospital, Port Charlotte, Florida
Owner Dooley & Mack Contractors, Richard Jones (914) 921-4636
Contractor Harvard Jolly Clees Toppe, St. Petersburg, Florida
Use Application to entire concrete slab floor at cool down stage of hydration to prevent ground water vapor from transfer through slab prior to installation of a rubber floor system on completion of job. 80,000 square feet in initial pour without a single crack, followed by flooring installation after ASTM 2170 confirmed a relative humidity of less than 70% in the concrete matrix.
Project Multi-Story Parking Garage for the Lynx North and South
Owner Ponce Lighthouse Properties, Inc.
Contractor Rivermar Contacting Co., James Monahan, P.E. (386) 767-1313
Use Stable Crete applied to top surfaces of two newly constructed parking garages to waterproof and stop chloride contamination from occurring due to constant exposure to wind driven sea water mist settling on these structures. Without waterproofing, these surfaces absorb salts and corrosion cells are formed on steel within months of a structure being put in service. A structure as this that is not protected from moisture/contaminate intrusion will experience spalling at the Top mat of steal which is affected first and will require at least a surface repair, usually followed by a more extensive thru repair at a later date. Once chloride thresholds exceed a certain level, more aggressive measures must be undertaken if an owner expects to stop corrosion and protect the assets. This principal of early protection applies to any concrete surface in any environment.
Project Cinnamon Beach Condominium, Palm Coast, Florida
Owner Centex Destination Properties
Contractor Ralph Smith Architect for Centex Homes
Use Application to green concrete in construction of eleven six-story oceanfront buildings. On direct oceanfront buildings, StableCrete was applied as a water proofer and corrosion inhibitor. Application was made by concrete sub-contractor approximately 24 hours after pour was completed. The product reaction inside the concrete matrix left no film formed on the surface and also served as a evaporation retarder allowing for a more complete interior hydration of the concrete. Several hundred thousand square feet of concrete floors with negligible shrinkage cracking have been poured to date. In addition to preventing intrusion of chlorides from ocean borne salt mist the pH of the concrete surrounding the reinforcing steel is kept high preserving the passivating layer on the steel.
Project Fleming Island WWTP, Clay County, FL
Owner Clay County Utilities, David Bolam, P.E.
Contractor North Beach Engineers. Jacksonville, Heather Baxter, P.E.
Use Application to influent structure and chlorine contact chambers after restoration. Treatment of new concrete on aeration tank, clarifier tank and chlorine contact chambers after construction.
Project Phoenix Towers Condominium, Singer Island, Florida
Owner Old Port Cove Management, Dianne Fordering (561) 626-3100
Contractor A.T. Designs, Tim Marshall, P.E. (561) 881-7280
Use Applied to a poured concrete roof deck after concrete restoration was completed. Totally waterproofed a 25 year old deck area used as tennis courts above the parking garage below. Chlorides were detected throughout the entire structure and the decision to apply StableCrete to the top surface and repairs accomplished during this repair was made in order to slow the corrosion process that had already begun.
Waterproofing the top surface at this stage did stop further water intrusion however future repairs will be needed as the active corrosion cells continue to compromise the already salt laden concrete matrix. (Project was re-inspected five plus years later in November of 2006 with positive testing for a waterproof surface and minor surface spall repair needed. Thru repairs were under way and included bottom mat as well as vertical support columns which were then failing due to continued corrosion. (Owner advised at this time to consider installation of an impressed cathodic system in order to salvage the structure.)
Project Champs Sporting Goods, Westshore Mall, Tampa, Florida
Owner S.A. Kennedy Contractors, Atlanta, Georgia
Contractor Harvard, Jolly, Clees, & Toppe, St. Petersburg, Florida
Use Application to floor slab to retard moisture vapor emission prior to installation of floor coverings.
Project Ocean Hammock Condominium. Palm Coast, Florida
Owner Centex Homes (407) 661-2212
Contractor Ralph Smith
Use Application to all concrete surfaces being constructed for 116-unit oceanfront project. Product specified as corrosion inhibitor and waterproofing sealer to stop chloride penetration and carbonation of new concrete. All subsequent floor covering, paint and tile installations were accomplished with no further preparation of these surfaces except a mild detergent wash to remove surface contaminates from construction activities.
Project Grant Street WWTP, Melbourne, FL
Owner City of Melbourne
Contractor Mr. George Varall
Use Re-inspection of clarifier, two and one-half years after StableCrete application prior to coal tar coating. Coating "still looks brand new". No degradation of shotcrete which has come in contact with effluent due to pinholes/construction damage to coating and excellent adhesion of coal tar product to the treated surface.
Project Compatibility and adhesion testing
Owner Freudenberg Building Systems, Lawrence, Maine
Contractor Guenther Kerscher, Technical Director
Use Test of several adhesives used in conjunction with Nora Rubber Flooring installations. Excellent test results and approved for use by corporate offices for use with all flooring system products manufactured by this company. Company endorses use of ASTM 2170 as a test protocol for water vapor emissions prior to installation of it's products.
Project David B. Lee WWTP, City of Melbourne, Florida
Owner Wharton Smith, Inc., Jupiter, Florida (561) 745-9277
Contractor Hazen Sawyer, Hollywood, Florida Shajan Joykutty, P.E.
Use Application as water, vapor and acid proofing material above and below grade. Structures include clarifiers, reuse filters, headworks, aeration tanks and effluent pump stations. Emphasis placed on wire wound pre stressed tank surfaces which after backfilling would be subject to ground water intrusion at the exterior surface. Protection of wire by maintaining high pH on the steel and prevention of water borne contaminates from entering the Shotcrete were considerations. Shotcrete surfaces demonstrated exceptional waterproofing qualities and a high absorption rate of the StableCrete product into the matrix. High absorption rate (150 square feet per gallon or less) is due to high % of Portland Cement in the matrix and a more aggressive reaction of the product. No micro-cracking or alligatoring of treated surfaces was noted prior to backfill operation. Red tint shows where StableCrete was applied. David B. Lee WWTP, City of Melbourne, Florida
Project Test for Compatibility with Impressed Cathodic Protection
Owner J.E. Bennett Consults, Inc. (440) 286-672
Contractor Jack E. Bennett
Use Performed 70 day testing of controls and StableCrete™ applied concrete specimens. Purpose was to insure that a dry (higher resistance) concrete does not exceed OHM-CM threshold and compatibility criteria of an impressed cathodic system. PHMs resistance proved to be within limits providing a decreased moisture condition that does not fluctuate with environmental conditions. Resistance to current flow in concrete is a major consideration to proper installation/operation of impressed cathodic systems. A waterproofed host concrete material with increased-stable resistance avoids "hot spots" that cause premature anonde consumption of a system.
Project Remodel/Restoration of Freezer Warehouse, Cape Canaveral Air Force Base
Owner Whitley Construction, Don Bray (321) 784-2374
Contractor Technical Engineering & Spacelift Services, Russ Hamilton (321) 853-0962
Use StableCrete used as curing agent for new concrete pours, to waterproof concrete at thermal breaks and to waterproof finished floor in re-designed freezer. Waterproofing of concrete prevents freeze thaw damage and moisture from penetrating into surrounding areas as moisture may condense on surfaces with temperature differential.
Project Lake Washington Water Treatment Plant Expansion, Melbourne, Florida
Owner Poole & Kent Company, Mike Caulfield (321) 751-1580
Contractor CH2M Hill, Allen Bigelow (321) 254-2190
Use StableCrete specified as waterproofing material on the exterior surface of a CT/Blending station built below water table approximately 28' deep. Product applied after a film forming curing compound was sandblasted from the surface. Positive test for waterproofing and acid resistance. No water penetration when de-watering pumps removed and area backfilled.
Project Balcony Deck Replacement, Sunrise Condominiums, New Smyrna Beach, Florida
Owner Southeast Restoration, Inc., Bill Kiper (386) 304-4200
Contractor Concorr, Inc., Ali SohanghpurwalaBill Scannell (703) 729-7955
Use Use of Stable Crete as a curing agent/evaporation retarder on new poured 4000 psi concrete elevated decks. Far superior cure of new concrete, now totally waterproofed as well as preventing introduction of contaminates and loss of pH at reinforcing steel.
Project Repair to Cruise Terminals and Piers, Port Canaveral, Florida
Owner Canaveral Port Authority, Ed Callahan (321) 783-7832
Contractor Gee & Jensen, Guillaune Lucci, P.E. (321) 799-1236
Use Test and use of StableCrete "Bondex" as repair material on existing damaged concrete expansion joints, transition strips and wear surfaces exposed to large tonnage fork lift and steel wheel traffic. Bondex selected over all other products as previous attempts at repairs using other cementitious products have failed Piers are 35 years plus old and have suffered the affects of a harsh saltwater environment. Surface scaling, popouts, Alkali Silica Reaction and physical abuse had taken a toll.
Original expansion joints had been chipped away at the top corners and a repair using angle iron bolted to the concrete to form new corners was employed. Heavy traffic on the joints transferred shock to the attach bolts resulting in another failure. Angle steel was removed, surfaces treated with StableCrete and "Bondex" was utilized as a patch material to reform pier expansion joints back to original shape. Joints were protected by 1/2 inch steel plates for 48 hours then normal traffic was allowed to the repaired areas. Over a period of several years this repair being successful has been repeated a number of times here and similar locations worldwide.
Project Adhesion and Compatibility Testing of StableCrete
Owner Tenemec Company, Inc., Kansas City, Missouri (816) 474-3400, ext. 4322
Contractor Research & Development of Tenemec Co., Mike Krosen
Use Testing of adhesion characteristics and compatibility of concrete surfaces treated with StableCrete to Tenemec Co. products utilized in Water and Waste Water Treatment facilities. Complete line of products approved and far superior adhesion was demonstrated as well as better coverage.
Project Grant Street Waste Water Plant, Melbourne, Florida
Owner Water Processing Company, Johnathon Belloit, President (904) 268-0099
Contractor Gee & Jensen, Gary Ledford, P.E. (321) 799-1236
Use 500K gallon clarifier, new construction with efflorescence commencing in one week, StableCrete application to entire surface after removing efflorescence and prior to Tenemec Company coating application. StableCrete prevented ettringite conditions as well.
Project Oceanfront Seawall Reconstruction, New Smyrna Beach, Florida
Owner AAA Bobcat, Inc., Shawn Buchanan, President (407) 282-5340
Contractor United Engineering Consultants, Robert Fitzpatrick, P.E. (407) 788-8050
Use Reconstruction of a oceanfront seawall failure during a storm. Entire seawall (600 feet) required replacement after severe corrosion in the Splash Zone Area caused a catastrophic collapse after tides breached the cap. 5’ X 20’ panels cast on site were treated with StableCrete prior to jetting into the sand. New waterproof seawall does not permit moisture and chlorides to enter the matrix causing corrosion cells to be formed. Splash Zone is most vulnerable due to the constant wet-dry cycle on concrete causing more aggressive corrosion on the steel. Use of StableCrete, an EPA Approved penetrating sealer also allowed a colored coating to be applied that has not burned off with alkali migrating out of the concrete compromising the bond of the coating.
Project Lake Washington SWTP Phase #2 , Melbourne , Florida
Owner City of Melbourne Utilities
Contractor Wharton-Smith, Inc. CH2MHill Engineering, Hazen and Sawyer Engineers
Use Phase 2 of this project for surface water improvements involves construction of a raw water intake, Ozone contactors, Ozone generator building and associated structures. Most of these structures have been built below grade and all will be exposed to the deleterious affects of O3 (Ozone) in the water treatment process. Type IV Concrete (5500 psi) has received an application of Red Tinted StableCrete upon removal of form work. The application is designed to waterproof all concrete structures and to prevent the harmful effects of exposure to Ozone to the concrete surfaces. The exterior application was required to prevent ground water penetration into the matrix causing corrosion of the steel re-enforcing.
Project Protection of aged concrete of chlorine Contact Chambers Chlorine Contact
Owner Clay County Utilities, Clay County, Florida
Contractor North Florida Construction, Inc. Gee and Jensen Engineering
Use Red Tinted StableCrete used to treat interior rehabilitated concrete surfaces of several chlorine contact chambers approximately 20 years old. Testing with water and acid is a common practice to demonstrate proper application and absorption into the concrete. This photo is a close up of the top surface of one wall. Toward the bottom, an arc is visible that is StableCete that was applied to a small area of the top surface as well as the sides in the tank. The Red color is beginning to fade out as is normal after exposure to the sun for about ten days. Notice two drops of liquid in the treated area and two above the treated area. These were placed using an eye dropper at the same time.
The untreated area above has a drop of water on the left and a drop of Hydrochloric acid to the right. It is apparent that the water is being readily absorbed into the concrete. The acid is producing fumes, bubbling and consuming the lime in the concrete that is typical of acid introduced to an untreated surface. The two drops within the arc on the bottom show no penetration into the concrete and no reactivity to the acid. Structures received a coating 48 hours later and will enjoy many more years of service even after the coating begins to deteriorate with age.
Project New Recycle Facility Floor Application ( 70,000 square feet)
Owner Schupan & Sons, Inc. Kalamazoo, MI
Contractor Brivar Construction Company, Brighton MI.
Use Company has several recycling plants in operation. All plants are experiencing degradation of the concrete floors in the intake and transfer areas of their plants. Problem is acidic products in recycled containers leak onto the concrete surfaces dissolving the lime that binds the aggregate in the cement paste creating scaling, ruts and dusting throughout plant. StableCrete applied to a 70,000 sq. ft. area 24 hours after concrete pour. Concrete subcontractors completed a wash of the surface and applied StableCrete using a squeegee and heavy knap rollers. Temperature remained above 32 degrees for 24 hours allowing a cure of the product, promoting moisture retention in the slab to provide for better internal hydration and cure of the entire floor. If a coating is later applied (not required) for esthetic purpose there will be no adhesion/ compatibility issues with the coating or a bond.