Stealth EHC™

We innovate with purpose to increase the uptime of your equipment by keeping the oil clean, extending it's life and inherently positively impacting the environment.

Why use Stealth EHC?

This dry gas blanketing system is designed to keep moisture out especially for Phosphate ester systems. Moisture is the root cause for many contamination issues in EHC systems. Because phosphate esters are hydroscopic, moisture control is a critical step in phosphate ester maintenance. Stealth EHC™ uses patented technology that removes moisture from phosphate ester fluids by introducing a steady stream of clean, dry air in the reservoir. This enhances reservoir breathing systems by actively and continuously purging and dehydrating the reservoir headspace and removing water from the fluid. 

How does it work?

Our Stealth EHC system blankets your reservoir headspace with our super-dry clean air. A low pressure air purge in the headspace accomplishes two important tasks simultaneously: It extracts moisture from the fluid while excluding other contaminants from getting in the system. The result is exceptionally clean, dry oil. The system is inexpensive to install, has no moving parts or electrical connections, and requires no maintenance. Quite simply, the Stealth EHC is the highest value contamination control technology you will install at your plant.

Contact us for additional product information.

What are the Benefits of using Stealth EHC?

  • Removes dissolved moisture in oil
  • Prevents the formation of condensate and rust in the oil reservoir capacity
  • Eliminates the need to replace costly desiccant style breathers
  • Reduces acid formation by removing water
  • Minimizes the potential for particulate or water ingression through reservoir access points
  • Approved by GE Energy
  • Enables a Fill4Life™ Phosphate Ester Fluid

Recent Case Studies

Keeping Food Production Lines Running in Bolivia with DECON

Keeping Food Production Lines Running in Bolivia with DECON

Overview Avícola Sofía Ltda, a major food processing facility in Bolivia, experienced rising temperatures, darkening oil, and shortened oil drain intervals on two Atlas Copco compressors. These issues …


Bolivia DECON Food & Beverage LATAM
Lowering Bearing Temperatures on a Nitric Acid Compressor in Norway

Lowering Bearing Temperatures on a Nitric Acid Compressor in Norway

Overview A nitric acid production plant in Norway saw bearing temperatures spike one year after an oil change, pushing the compressor out of its operating range and reducing …


Chemical DECON ESP Europe Norway
Stabilizing Compressor Vibrations in a Chinese Petrochemical Plant with DECON

Stabilizing Compressor Vibrations in a Chinese Petrochemical Plant with DECON

Overview A major petrochemical plant in China replaced the lubricant in an Ingersoll Rand compressor on its second air separation unit. Despite flushing the system, deposits in low-flow …


Asia Chemical China DECON