INTRODUCING PlantDPS IQ™

Real-Time Corrosion Intelligence for Energy Assets

  • Detect corrosive environments in minutes—not months.
  • Move from reactive confirmation to proactive corrosion control.
  • Get real-time insight into corrosive process conditions as they develop, enabling earlier action and more confident operation.
CMAS Sensor in Pipe

Where it all begins: The CMAS probes measure electrochemical current in the process stream, while identifies the operating conditions driving corrosion events.

250+ Years

Combined experience

1K Sensors

Installed world-wide

Book a Demo Today

Learn how you can detect corrosion as it forms

The Advantage of Early Detection

Corrosive environments often develop between inspections.

As they say, 95% corrosion damage occurs in just 5% of operating time. We tell you when that 5% starts.

With real-time corrosion intelligence, teams can:

  • Detect corrosive environments within minutes
  • Respond earlier to process upsets
  • Plan inspections more effectively
  • Operate with greater IOW flexibility and confidence

You see the risk while there is still time to act.

Corrosive Conditions?PlantDPS IQ™ PLATFORMvs. Traditional NDT*
Real-time Reporting
Visibility Between Inspections
Proactive Insights
Early Response to Upsets
IOW Confidence & Flexibility
TimingMINUTESMONTHS

* Non-Destructive Testing

Why Earlier Insight Matters

Real time corrosion insight reduces uncertainty.

With our CMAS informed PlantDPS IQ™ Platform you can:

  • Make faster, more confident operating decisions
  • Optimize inspection and maintenance costs
  • Improve availability and utilization
  • Extend asset life

Better insight enables better balance between risk, reliability, and profitability.

Move From Reactive Confirmation to Proactive Control

Learn how DPS is already delivering the industry's fastest detection of corrosive environments with thousands of sensors deployed across the globe.

Take advantage of 250+ combined years of expertise across MI, corrosion, and process optimization.