Cameron Glycol Contactor Tower 20" x 23'

The Cameron Glycol Contactor Tower is an essential component in natural gas dehydration processes, utilizing triethylene glycol (TEG) to absorb water vapor from gas streams. Manufactured in 2011 by Cameron Solutions Inc., this unit features a 20-inch diameter and 23-foot length, equipped with 8 trays for enhanced gas-liquid contact efficiency. It is designed for high-pressure operations with a maximum allowable working pressure of 1440 PSI at 130°F and a minimum design metal temperature of -20°F at 1440 PSI, certified under ASME Section VIII with a U stamp. Key applications include natural gas processing plants, where it prevents hydrate formation and pipeline corrosion by producing dry gas. Benefits include robust steel construction for durability in harsh environments, high dehydration efficiency, and compatibility with regeneration systems. Drawbacks may involve maintenance needs due to potential internal corrosion, as observed in attached images showing buildup, rust, and scaling on trays and walls. Compared to competitors like those from Sivalls or Kimray, Cameron towers offer superior pressure ratings and integration with modular skid systems, though they require periodic inspections for optimal performance. The unit appears used with visible wear, including sediment accumulation and surface oxidation, but no major structural damage is evident. No parent/child assets like attached sensors are visible in images.