Accurate, real-time performance data for smarter asset management

Unplanned downtime, product loss and manual inspections continue to drive operational & safety risk at industrial facilities, particularly in remote, hazardous, or hard-to-access locations.

acoustoSENSE is a battery powered, wireless, always-on acoustic emissions monitoring system providing continuous visibility of asset status and performance. By sensing at higher frequencies and cutting through background noise to eliminate false positives, acoustoSENSE captures early indicators of mechanical degradation, leaks and abnormal operation before PoF (Probability of Failure) escalates.

The result:

  • ROI delivered in months, not years
  • Safer plants
  • Smart RBI (Risk Based Inspection)
  • Reduced maintenance budget, LoC (Loss of Containment) incidents, and unplanned down time
  • Fewer site visits
  • Assured compliance
  • Increased profits
acoustoSENSE Node and Transducer, mounted on pipework

Challenges in plant operations

Operating a plant or facility requires visibility: Mechanical assets have a rated useful life that is consumed as the asset is operated; real-time process conditions and upsets directly impact revenue.

Impacts to profitability include:

  • Loss of experienced engineers & plant knowledge from every major engineering industry
  • No visibility between scheduled inspections rendering RBI programs toothless
  • Undetected continuous leaks with acute product losses
  • Long-delayed detection of mechanical faults causing emergency shutdowns
  • Heightened safety risks to employees and plants associated with manual inspections
  • Dramatic shifts in regulatory and environmental compliance

Periodic manual checks leave critical gaps where early-stage failures go unnoticed. A solution is needed to enable a step change in plant and facility performance. That solution is acoustoSENSE.

 

Applications

acoustoSENSE transducer mounted on a pressure relief device

acoustoSENSE monitoring for pressure relief devices

PRDs are process-critical components in complex, pressurized systems. PRD performance directly impacts safety, compliance and the bottom line through, for example, failures going undetected, the need for periodic inspection and product loss.

Unlike conventional remote monitoring systems, acoustoSENSE is a low-power, real-time, 24/365 sensing, high-frequency acoustic solution that eliminates false positives by design and the possibility of missed release events through an always-on architecture. The result is accurate, reliable insights that drive smarter maintenance and more efficient operations.

Learn more about acoustoSENSE for pressure relief device monitoring

 

acoustoSENSE transducer mounted on a slow rotating bearing

acoustoSENSE monitoring for slow-rotating bearings

Failure consequences of slow rotating bearings are often severe, resulting in extensive downtime, secondary damage and safety incidents.

By combining high-frequency sensing with periodic high-resolution monitoring (sleep wake mode only for bearings), our system captures the earliest signs of bearing wear, avoids interference from plant noise and ensures no critical damage is ever missed. The result is a compliant and safer operation, with an improved bottom line, a result that cannot be achieved with other systems.

Contact us for more information on how acoustoSENSE can be used across other applications.

Why choose acoustoSENSE?

  • 100-500 kHz acoustic sensing range, complies with international ISO, ASME, JP, etc. standards on leak detection.

    Highly resistant to false positives.

  • Separate sensor and node; a range of mounting configurations.

    Simplified sensor installation and positioning of the radio antenna for reliable data transmission.

  • Real-time, always-on processing of all acoustic signals providing high resolution data with waveform envelope.

    Precision insights into PRD operation, behaviour, performance and health (e.g. simmer, chatter, cycling, flutter).

  • Ultra Low Power with up to 10 year battery life and ‘hot swappable’ battery.

    No need to remove the unit from a HazLoc environment for battery replacement.

  • Wireless LoRaWAN enabling up to 10km transmission distance.

    Low gateway to node ratio meaning lower CAPEX and OPEX cost.

  • Non-invasive installation, applicable to all PRD sizes & configurations.

    No modification required to asset enabling quick installations.

  • Over the air configurable and updateable via Bluetooth from mobile devices.

    Simple to operate and use with future proof onboard processing capability.

  • ATEX, IECEx, UL, INMETRO Intrinsically Safe Hazardous Locations certified

    Universally deployable in any customer environment.

How it works

Oil rig

How one offshore operator is targeting to cut PSV maintenance costs by 65%

For industrial operators, PSV inspection isn’t optional; every valve must be tested each year to verify safety and operational readiness.

But when a single pop-test costs between $3,000 and $10,000, and a platform has more than 1,000 PSVs, routine inspection quickly becomes one of the largest recurring maintenance expenses.

One Gulf State operator faced exactly this challenge where their only annual data point for each valve was the pop-test itself.

They needed a way to maintain safety assurance whilst reducing unnecessary work.

Read full case study

Request a virtual demo

Take control of your production up-time, compliance and maintenance through safe, secure, decision-useful data in real-time via remote, cloud and on-premises solutions.

Complete the form to request a virtual demonstration.

 

Interested in becoming an acoustoSENSE distributor?

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We would love to hear from you...

Whether you’re interested in finding out more about the services we offer, the work we do or your next career move, we would love to hear from you!

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    Our Mission Global problem We use innovative and novel approaches to ultrasonic sensors to measure and monitor a wide range of engineering applications including film thickness, wear, contact pressure, load, corrosion, material quality etc.

    Global Problem