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How much is a single day of forced production downtime actually costing your facility? For many midstream operators, the traditional approach to managing fouled glycol involves a choice between two expensive evils: continuing to run with compromised efficiency or shutting down the entire DEHY system...

Unplanned equipment downtime costs the average Fortune 500 company 11% of its annual revenue, which equates to approximately $2.8 billion per year. For midstream operators managing aging dehydration units, these losses often stem from volatile organic compound (VOC) compliance risks and sudden mecha...

The most expensive decision a facility manager can make is mistaking a chemical process failure for a mechanical equipment expiration. With Triethylene Glycol (TEG) prices averaging $1.56 per kilogram in early 2026 and the EPA April 2026 NESHAP updates tightening the leash on BTEX emissions, the mar...

Relying on chemical antifoam agents to manage dehydration unit instability is a strategy of diminishing returns that ignores the underlying chemical degradation of your triethylene glycol. While these additives might offer a momentary reprieve, they often contribute to the buildup of suspended solid...

What if you could restore your triethylene glycol to virgin-level purity without ever turning off your dehydration unit? Most operators accept production shutdowns and expensive chemical replacements as an unavoidable cost of maintaining gas quality. You understand that contaminated TEG leads to red...

With triethylene glycol prices reaching as high as $1.56 per kilogram in early 2026, treating your glycol as a consumable rather than a fixed asset is a costly operational oversight. Many operators accept frequent chemical replacements and unexpected foaming as unavoidable burdens, but these issues...