Instilling trust through our key design principle: Mitigating uncertainty at every step.
Our solutions can be installed anywhere, with no existing infrastructure needed.
The first step of the process is a thorough site survey and analysis.
Potential emission sources are studied and grouped together into Monitored Areas, segmenting the site for dedicated localization and quantification outputs.
Historic meteorology data is used to calculate optimum sensor placement.
Proprietary modelling algorithms place sensors in each Monitored Area.
Automated workflows enable rapid deployment at scale.
Unlike 2D approaches, our sensors are mapped in 3D space for enhanced accuracy and coverage.
The sensors are purpose-built using ruggedized lab-grade technology for exceptional sensitivity and selectivity.
TDLAS sensing technology enables highly sensitive, accurate and resilient methane detection.
Data is captured and transmitted via a sophisticated private 5G-IoT network owned and operated by Puloli.
Real-time data, from anywhere on the planet with no need for existing connectivity infrastructure.
Real-time detection, 24 hours a day, with intelligent false positive rejection.
Verifiable detection data every two minutes.
Emissions are effectively localized using advanced atmospheric modeling methods.
Industry-leading quantification algorithms transform ground-based detection data into verifiable leak-rate calculations.
Live quantification data delivered every 15 minutes.
Data delivered via API - operationalized instantly
Real-time 24/7 data enables rapid deployment of LDAR resources.
While reliable high-fidelity data supports strategic methane abatement measures.
