LAUNCHING AT IPCE 2026
Close the detection gap on unmetered pipelines
Close the detection gap on unmetered pipelines
Unmetered shouldn’t mean unmonitored. Pipewise DPx uses acoustic sensing, edge computing, and machine learning to detect leaks on unmetered pipeline segments. Connect with our team at IPCE to explore how DPx works.
Unmetered shouldn’t mean unmonitored. Pipewise DPx uses acoustic sensing, edge computing, and machine learning to detect leaks on unmetered pipeline segments. Connect with our team at IPCE to explore how DPx works.
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
Find Pipewise at IPCE 2026
Find Pipewise at IPCE 2026
Dates
Sept 21–25, 2026
Sept 21–25, 2026
Booth
1520
1520
Presentation
Tue, Sept 22 · 11:30 AM – 12:00 PM
Tue, Sept 22 · 11:30 AM – 12:00 PM
Location
BMO Centre at Stampede Park
BMO Centre at Stampede Park
Unmonitored pipeline segments carry multi-million-dollar risk.
Unmonitored pipeline segments carry multi-million-dollar risk.
Short, unmetered, and remote — these are the assets conventional leak detection systems weren't built for.
Short, unmetered, and remote — these are the assets conventional leak detection systems weren't built for.
Traditional systems often leave these lines without effective leak detection.
Traditional systems often leave these lines without effective leak detection.
Too short to justify costly flow-meter installations
Too short to justify costly flow-meter installations
Limited or no usable SCADA data
Limited or no usable SCADA data
Data visibility at only one end of the pipeline
Limited or no usable SCADA data at the segment
The result
The result
unmitigated risk across your most vulnerable assets.
unmitigated risk across your most vulnerable assets.
Pipewise DPx eliminates unmetered exposure
Pipewise DPx eliminates unmetered exposure
DPx combines high-rate dynamic pressure sensing, spectral signal processing, and on-site machine learning to identify leak signatures where traditional systems can't reach, without relying on existing flow meters or centralized SCADA data.
DPx combines high-rate dynamic pressure sensing, spectral signal processing, and on-site machine learning to identify leak signatures where traditional systems can't reach, without relying on existing flow meters or centralized SCADA data.
How it works
How it works
Sense, process and classify on-site. Alert in real time.
Sense, process and classify on-site. Alert in real time.
10 kHz dynamic pressure sensing
10 kHz dynamic pressure sensing
A dynamic pressure sensor captures acoustic waveforms along the pipeline at ~10,000 samples per second.
A dynamic pressure sensor captures acoustic waveforms along the pipeline at ~10,000 samples per second.
Edge signal processing
Edge signal processing
On-site edge computer filters and analyzes the signal to separate leak-related frequencies from normal operating noise such as pumps and vibration.
On-site edge computer filters and analyzes the signal to separate leak-related frequencies from normal operating noise such as pumps and vibration.
On-site ML & real-time alerting
On-site ML & real-time alerting
Machine learning models evaluate the processed data and classify each interval as leak or non-leak. Confirmed events are sent straight to your HMI, SCADA, or a secure browser view.
Machine learning models evaluate the processed data and classify each interval as leak or non-leak. Confirmed events are sent straight to your HMI, SCADA, or a secure browser view.
Inside the DPx unit
Inside the DPx unit
A compact, field-ready system designed for rapid deployment without requiring flow meters or ground disturbance.
A compact, field-ready system designed for rapid deployment without requiring flow meters or ground disturbance.
1
Dynamic pressure sensor
Dynamic pressure sensor
2
Edge computer + modem
Edge computer + modem
3
High-speed DAQ
Limited or no usable SCADA data at the segment
4
Rugged field enclosure - Class I, Division 2; rated −40 °F to +158 °F (−40 °C to +70 °C)
Limited or no usable SCADA data at the segment
5
Flexible deployment - site or solar power, with cellular, satellite, or existing site tie-in connectivity
Limited or no usable SCADA data at the segment
Don't wait for an unmetered line to leak before taking action.
Don't wait for an unmetered line to leak before taking action.
Meet with our team to explore real-world field trial results, examine DPx technology up close, and discuss custom deployment scenarios for your unmetered pipelines.
Meet with our team to explore real-world field trial results, examine DPx technology up close, and discuss custom deployment scenarios for your unmetered pipelines.
WATCH: DPx in 2 minutes
WATCH: DPx in 2 minutes
Where DPx works
Where DPx works
River crossings & high-consequence areas
River crossings & high-consequence areas
Laterals, stub lines & transfer lines
Laterals, stub lines & transfer lines
Custody-transfer/LACT lines
Custody-transfer/LACT lines
Remote or off-grid assets
Remote or off-grid assets
Uncover the tech behind acoustic leak detection at IPCE 2026.
Uncover the tech behind acoustic leak detection at IPCE 2026.
DPx is launching at IPCE. Stop by Booth 1520 to review live field trial data, discuss deployment scenarios, and consult directly with our engineering team.
DPx is launching at IPCE. Stop by Booth 1520 to review live field trial data, discuss deployment scenarios, and consult directly with our engineering team.
Visit the booth
Stop by Booth 1520 to walk through DPx technology with our engineering team and schedule a custom pipeline risk and leak cost assessment for your unmetered assets.
Visit the booth
Stop by Booth 1520 to walk through DPx technology with our engineering team and schedule a custom pipeline risk and leak cost assessment for your unmetered assets.
Review performance data
Examine trial results across diverse line types to evaluate DPx’s true operating range.
Review performance data
Examine trial results across diverse line types to evaluate DPx’s true operating range.
Come to the presentation
Join Chris Johnston, Director of Technology, on Tuesday, September 22 at 11:30 AM for his talk "An Acoustic Machine Learning Method for Leak Detection in Short-Run Liquid Pipelines.
Come to the presentation
Join Chris Johnston, Director of Technology, on Tuesday, September 22 at 11:30 AM for his talk "An Acoustic Machine Learning Method for Leak Detection in Short-Run Liquid Pipelines.
LEAK COST ASSESSMENT
The last mile of your leak detection, now fully covered.
The last mile of your leak detection, now fully covered.
Schedule a 1-on-1 meeting at IPCE, or submit your details to evaluate your unmonitored line risk.
Schedule a 1-on-1 meeting at IPCE, or submit your details to evaluate your unmonitored line risk.
Request a leak cost assessment
Request a leak cost assessment
Submit your details and we’ll follow up to confirm your operating and site conditions, model potential leak scenarios, and review the estimated cost exposure with you.