Oil & Gas Systems Overview

Keep the Pressure, Preserve the Energy

Our energy recovery technologies have already revolutionized the water sector, making desalination a viable economic solution to the global water shortage by recycling large amounts of otherwise wasted fluid energy. We have now crossed sector, environmental, and economic boundaries to have the same impact in the oil & gas and chemical sector with syngas in ammonia production.  While our IsoBoostTM system is designed to increase plant uptime for gas processors in the midstream sector, the IsoGenTM system is specifically designed to generate electricity and recover energy along transmission pipelines for light crude oil and LNG.  These solutions are tailored to the unique needs of the oil & gas industry - from upstream to downstream -  that turn pressure into a key asset and economic driver.  Here are the main benefits of these systems: 

Midstream Gas Processing, gas processing plants, natural gas processing plant

IsoBoost System

The IsoBoost system is a highly engineered, integrated system developed to help plant owners increase uptime and profits. It offers you: 

  • No downtime
  • Up to 25% savings on your electricity costs
  • High efficiency turbo solution ~ up to 80%
  • Flexible, simple-to-install system
  • Increases productivity & profitability
  • Overall plant carbon footprint reduction

Read our latest white paper on how one Texas gas plant saved $1Million in energy savings and increased overall plant uptime with the IsoBoost.

IsoGen System

The IsoGen™ System captures pressure energy and generates electricity from high-pressure fluid flows. Specifically designed for transmission pipelines for crude oil and LNG, the IsoGen System is the most efficient turbogenerator on the market today with maximum flexibility. 

  • High efficiency turbo solution ~ up to 85%
  • Economic payback: less than three years
  • Simple-to-install system
  • Skid mounted system
  • Increases productivity & profitability

Watch a product demo on this system >