MISSION CRITICAL PROJECT No. 14: INITIAL CONDITIONS: FINAL CONDITIONS AFTER 3 MONTHS OF BARNACLES FOULING RESISTANCE TESTING:  

MISSION CRITICAL PROJECT No. 8: INITIAL CONDITIONS: The Anheuser Busch Carterville facility is one of the largest of its kind and one of the most advanced in north America. It has its own wastewater pre-treatment plant that has been operating since 1993, handling brewery process wastewater as

MISSION CRITICAL PROJECT No. 9: In 2013, the prestigious World Class Engineering Magazine “ENR News-Record” featured the cutting edge emergency and fast track rehabilitation of a badly corroded and structurally deteriorated 3 Million Gallons Portable Water Tank in Las Vegas, Nevada, USA. The Design-Build approach, and our

MISSION CRITICAL PROJECT No. 1 : The sewage reservoir was in semi deteriorated condition and with many leaking cracks and crevices. These latter contributed to active leaks (infiltration and exfiltration) that significantly contaminated nearby lakes and rivers. PRODUCT APPLICATION The surface preparation started with a high pressure

MISSION CRITICAL PROJECT No. 12: New York City’s Downtown Manhattan Heliport is located at Pier 6 in the East River in Manhattan, New York. As many marine facilities, the facility presents very adverse conditions to a successful coating of steel in the tidal zone. Strong water currents

MISSION CRITICAL PROJECT No. 10: In July 2005, Warren Epoxy was applied to provide Corrosion Protection Rehabilitation to a Third Deck wing wall Ballast Tank. The tank’s inboard bulkhead was the well deck wing wall and the outboard bulkhead was the hull. The tank is located below

MISSION CRITICAL PROJECT No. 6: Clarifiers are settling tanks built with mechanical means for continuous removal of solids being deposited by sedimentation. A clarifier is generally used to remove solid particulates or suspended solids from liquid for clarification and (or) thickening. An extremely rusted water clarifier owned

MISSION CRITICAL PROJECT No. 7: Bunker type superstructure for storing critical emergency equipment for manually shutting down the nuclear reactor during a seismic or flood beyond design basis event. The structure must be capable to withstand a 360 mph tornado wind, and missiles impact. All existing reinforced

MISSION CRITICAL PROJECT No. 2 : The reservoir had extensive structural deterioration with multiple active leaks through holes and cracks in the floor and walls, porous concrete, as well as corroded reinforcing steel and steel pipe. Several deteriorated areas had been superficially and improperly repaired with several

Project Description: As part of emergent technical information, operating experience, structures / systems / components life extension activities, and de-regulation, Center Point Energy performed self-assessment for facing present and future challenges in order to stay competitive. Some of the activities that were addressed during the implementation of