Paradigm’s API delivers data the way you work with zero friction.
This means operators, LDAR teams, and ESG leaders can make decisions without waiting on custom integrations.
- MQTT integration offers fast, reliable updates
- Real-time detection data collected every 2 minutes
- Binned emissions or mass flow rate estimates, your choice
- Compatibility with AVEVA PI or other workflow environments/platforms/operational platforms
Unlike periodic snapshots or quarterly flyovers, Paradigm delivers real-time detection updates every 2 minutes and quantification every 15 minutes, 24/7.
This is true, continuous methane monitoring. Operators are no longer flying blind between inspections. Instead, they have a complete timeline of emissions activity, helping prioritize, not just react.
- Real-time updates every 2 minutes
- Quantified emissions every 15 minutes
- No gaps. No guesswork. No missed leaks. No breaks in the data thread.
Core Technologies:
Hardware & Detection
High-accuracy ground measurements for methane concentration and atmospheric conditions, collected in real-time, with industry leading sensing technology.
Site Design & Analysis
No more fenceline monitoring. Introducing the “Monitored Area” approach, implemented during an in-depth site analysis and sensor placement process.
Communication Network
Answering the call of poor network connectivity and data integrity issues with a private Puloli 5G IoT cellular network.
Methane Emission Quantification
Atmospheric science with a refreshing new approach to methane emission leak rate quantification, built upon high-accuracy detection data and intuitive site design.
Hardware & Detection
High-confidence quantification measurements require the best possible detection measurements first.
- Tunable Diode Laser Absorption Spectroscopy (TDLAS) methane sensor
- Cutting-edge accuracy with 1 ppm MDL and 1 ppm resolution
- Near-zero cross-sensitivity and immunity to most environmental instability
- Ultrasonic Anemometer for precise wind-speed and wind-direction
Site Design & Analysis
Sensor placement analytics promoting actionable localization and higher quantification confidence.
- Complete inventory of emission sources reviewed for each facility.
- Similar equipment and emission sources grouped into separate Monitored Areas
- Location, elevation, and number of sensors determined by performance requirements, historical wind statistics, and any site deployment restrictions
- Intelligent emission attribution and dedicated data outputs for each Monitored Area
Communication Network
Maximizing data integrity and providing solutions in never-before-served remote areas
- Puloli will deploy a private 5G IoT cellular network where needed
- Unaffected by public cellular outages or data security concerns
- Mitigates lost or corrupted data from the site, further reducing uncertainty from quantification measurements
- Able to leverage public cellular if-needed
Methane Emission Quantification
A true Paradigm shift in methane emission quantification performance. Leak-rate data you can trust.
- kg/hr leak-rate calculated for each monitored area, provided via dedicated outputs
- State-of-the-art atmospheric science and quantification modeling, maximizing probability of detection
- Built-in quality indicators and ability to generate intuitive operational insights
- Intelligent false-alarm logic and emission event alerting capabilities, going beyond just confidence, but enabling new standards in continuous monitoring operationality
