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As wastewater treatment processes have improved and collection systems are tightened to prevent infiltration, the corrosive nature of the wastewater environment has dramatically increased.
As wastewater treatment processes have improved and collection systems are tightened to prevent infiltration, the corrosive nature of the wastewater environment has dramatically increased. The successful advent of regulatory mandates to maintain and repair wastewater infrastructure assets and trenchless technology, repair or replace without digging, facilitates insitu repairs of wastewater structures. Today’s high performance protective coatings are ideally suited for these potentially dangerous environments.
Concrete is inherently durable – nevertheless, deterioration occurs when subjected to weathering or aggressive environments. For many years, coatings have been applied for aesthetic purposes. In the water and wastewater environment concrete is protected primarily for structural purposes. The increasing use of steel reinforced concrete in modern day construction has led to a growing demand for concrete being structurally protected in all types of industry.
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The objective of this study was to examine the effects of an ultra-high pressure (UHP) waterjetting surface preparation (>25,000 psi) on the performance properties of select marine/offshore coating epoxy systems. Uncoated steel panels had been allowed to rust in an outdoor atmospheric environment and then were subjected to UHP waterjetting
Protective coatings are ubiquitous on offshore oil structures. As with most situations, the use of coatings is driven by myriad factors unique to the industry. The paper will provide an overview of the types of structures, the coatings used in different zones of the structures, and the pragmatic and regulatory criteria which influence the coating process.