Metal Surfaces Built to Withstand Decades

Corrosion Protection in Midland for tanks exposed to moisture, chemicals, and temperature extremes

The Permian Basin climate accelerates metal deterioration in ways that shorten tank life and increase failure risk. Cavalier Energy Services applies corrosion protection systems to storage tanks in Midland, using epoxy-based coatings engineered for the region's heat, moisture fluctuation, and chemical exposure. Operators managing above-ground storage tanks see rust formation, coating breakdown, and structural thinning when protective barriers fail or were never applied correctly.

This service involves surface preparation, coating application, and inspection to create a moisture and chemical barrier on metal tank surfaces. The coating systems used are formulated to handle the specific stresses tanks face in oilfield environments—prolonged sun exposure, contact with petroleum products, and temperature swings that cause expansion and contraction. Without this protection, corrosion moves from surface rust to metal loss that compromises tank integrity and triggers regulatory concerns.

Schedule an on-site assessment to evaluate current tank condition and coating requirements.

What Happens When Protective Coatings Break Down

Corrosion doesn't announce itself until metal has already thinned or leaked. The process begins when moisture reaches bare metal through coating gaps, scratches, or areas where the original finish has oxidized and cracked. Once rust forms beneath a coating layer, it spreads laterally under what appears to be intact surface protection, creating hidden weak points that only show up during thickness testing or after a leak develops.

After Cavalier Energy Services completes corrosion protection work, you'll see a uniform coating surface with no pinholes, runs, or thin spots. The finish appears smooth and evenly colored, indicating proper application thickness. More importantly, the tank surface stops shedding rust particles, moisture no longer penetrates to the metal substrate, and the coating withstands abrasion from maintenance activity without exposing underlying steel. Properly applied epoxy systems form a chemical-resistant barrier that doesn't soften or blister when petroleum products contact the surface.



The coating system selected depends on what the tank stores, operating temperature ranges, and whether the tank sees intermittent or continuous use. High-solids epoxy coatings provide maximum chemical resistance but require controlled application temperatures, while polyurethane topcoats add UV stability for tanks in direct sunlight. Surface preparation quality determines how well any coating bonds—inadequate cleaning or profiling leads to early adhesion failure regardless of coating quality.