Close the detection gap on unmetered pipelines. Only with DPx.

Close the detection gap on unmetered pipelines. Only with DPx.

Unmetered shouldn’t mean unmonitored.

DPx uses high-frequency acoustic sensing and edge machine learning to detect leaks on unmetered laterals, gathering lines and river crossings. No existing flow meters required.

The risk is there. The infrastructure isn’t.

The risk is there. The infrastructure isn’t.

Many short, remote and unmetered pipelines lack the instrumentation and data access conventional leak detection depends on.

Many short, remote and unmetered pipelines lack the instrumentation and data access conventional leak detection depends on.

No flow meters or reliable data

No flow meters or reliable data

Remote or isolated pipeline locations

Remote or isolated pipeline locations

Limited SCADA infrastructure

Limited SCADA infrastructure

Traditional monitoring is too costly or complex to install

Traditional monitoring is too costly or complex to install

Without continuous monitoring, undetected leaks can quickly spiral into major cleanup costs, environmental damage, expensive downtime, and regulatory exposure.

Without continuous monitoring, undetected leaks can quickly spiral into major cleanup costs, environmental damage, expensive downtime, and regulatory exposure.

Here's how DPx works:

Here's how DPx works:

01

LISTEN

A dynamic pressure sensor captures high-frequency acoustic data from the pipeline at ~10,000 samples per second.


02

ANALYZE

On-site processing filters operational noise and extracts spectral features associated with leak events.

03

DECIDE

Edge ML classifies each processed signal as leak or non-leak in real time.

04

CONFIRM + ALERT

Rolling aggregation filters brief transients before confirmed events are sent to SCADA, PLC or browser.

PERFORMANCE

Proven in the field.

Proven in the field.

Validated through multiple field deployments and nearly 40 controlled leak tests in midstream and produced-water applications.

Validated through multiple field deployments and nearly 40 controlled leak tests in midstream and produced-water applications.

0.8%

0.8%

Detectable leak size (% of flow)

Detectable leak size (% of flow)

3-10 min

3-10 min

Time to detect

Time to detect

<1%

<1%

False alarm rate

False alarm rate

The applications DPx was built for.

The applications DPx was built for.

Standalone or supplemental leak detection for unmetered, remote and high-consequence pipeline applications.

River crossings & HCAs

River crossings & HCAs

As standalone or supplemental leak detection

Laterals, stub lines & transfer lines

Laterals, stub lines & transfer lines

Where full metering is impractical

Custody-transfer/LACT lines

Custody-transfer/LACT lines

Where data access may be limited to one end

Remote & off-grid assets

Remote & off-grid assets

Where power or monitoring infrastructure is limited

Rugged by design. Flexible by deployment.

Rugged by design. Flexible by deployment.

A compact hardware kit designed for rugged field deployment.

A compact hardware kit designed for rugged field deployment.

1

Dynamic pressure sensor

2

Edge computer + modem

3

High-speed DAQ

4

Class I, Division 2 enclosure

5

Rated for -40°F to +158°F (-40°C to +70°C)

DPX CONFIGURATIONS

Choose the configuration that fits.

Choose the configuration that fits.

We offer flexible power and connectivity options to match facility and field infrastructure.

We offer flexible power and connectivity options to match facility and field infrastructure.

DPx Station

DPx Station

Site-powered with cellular, satellite, or existing site tie-in connectivity.

Site-powered with cellular, satellite, or existing site tie-in connectivity.

DPx Field

DPx Field

Solar/battery powered with cellular connectivity.

Solar/battery powered with cellular connectivity.

Can DPx close your leak detection gap?

Can DPx close your leak detection gap?

Share your pipeline details and we’ll assess expected performance, sensor placement and deployment requirements.

Share your pipeline details and we’ll assess expected performance, sensor placement and deployment requirements.

Request a DPx application assessment

Request a DPx application assessment

We’ll send a short RFI to capture the pipeline details, then provide a predicted DPx performance report and technical review of the recommended deployment.