Turning Methane Intelligence
Into Market Advantage
Powered by Methane AI
Built by:
The Problem
Mission Critical Methane Management
As global temperatures push past 2°C, methane's outsized climate impact has shifted from environmental concern to a business critical issue.
1.5°C targets slipping out of reach
The climate crisis has accelerated, with many countries already 2°C warmer and global 1.5°C targets slipping out of reach.
28X more potent than CO2
Methane—28 times more potent than CO₂ and harder to detect—has emerged as a critical focus for energy transition.
The need for connected systems
While advanced technologies for measurement are available, most companies lack integrated systems to leverage them effectively.
Evolving Regulations
By 2030, the EU's escalating methane regulations will lock non-compliant producers out of one of the world's largest energy markets.
2025
Initial
Phase
Report on annual methane emissions data, including from countries and companies exporting to the EU.
2027
Stricter
Rules
Demonstrate that the producers are subject to MRV methane emissions in conformity with EU regulation.
2028
Advanced
Monitoring
Report on the methane intensity of oil, gas and coal production being placed on the EU market
2030
Full
Compliance
Demonstrate that the methane intensity is below certain maximum values for the production imported into EU.
Introducing
Methane AI
Baselining:
Establish precise emission baselines and set strategic reduction targets through advanced analytics and OGMP-aligned calculation engines.
Pilot Measurements:
Deploy multi-source measurement technologies with real-time data integration, enhanced by AI-powered predictive modeling for equipment-specific emissions.
Business Process:
Implement comprehensive management frameworks with executive dashboards, visualization tools, and accountability systems for enterprise-wide deployment.
step 01
Emission Measurements
- Optical Gas Imaging (OGI) - Advanced infrared technology that instantly visualizes emission sources invisible to the naked eye.
- Inspectra laser CH4 - Portable, high-precision spectroscopic systems that identify and quantify methane leaks with laboratory-grade accuracy.
- High Flow Sampler - Calibrated instrumentation that measures gas leaks and calculates precise emission quantities.
- Your Global Snapshot - Get a quick, clear overview of your entire operation.
- Drones with CH4 sensors - Aerial monitoring systems that efficiently map emissions across expansive operational assets.
step 02
Data Injection & Validation
- Define actual topology – a structured list of all equipment within the asset.
- Tie all systematic data and live operational data to the existing equipment.
- Scale all measured data to all the units within asset topology using ML.
- Validate allocated data to units with a human operator.
- Reconcile data from multiple measurements sources and resolve the conflicts.
step 03
Insights Generation
- Unify geo map by mapping methane emission with GPS coordinates of sources, photo and video recordings of the registered emissions on sites.
- Provide dashboard charts allowing to set the targets, track the progress of decarbonization, deep-dive into the leakage incidents.
- Build abatement curves to allow for setting the decarbonization program prioritizing the assets for maintenance and replacement.
- Provide maintenance orders to instantly react to the identified methane leakage.
- Forecasts of new sources and associated volumes of leakage based on the deterioration of the assets with AI.
milestone 04
Reporting
- Provide OGMP 2.0 reporting in one click functionality.
- Allow for transparent leakage and calculation audit process.
- Allow for up to Level 5 reporting with a built-in reconciliation process.
- Provide sources for roadmap development with the abatement curve functionality.
Infinite Potential
Automotive & Transportation
Thousands of
Applications
Applications
"Together with BCG, we invested in development of Methane AI digital platform. Our vision of Methane AI is a one-stop shop for methane management/mitigation, potentially evolving into an industry-wide platform to help protect the environment."
Afgan Isayev
VP Energy Transition, Environment and Decarbonization, SOCAR
Common Questions
Frequently Asked Questions
Get the answers you need. Browse our FAQs for more information about Methane AI.
How does Methane.AI maintain data privacy?
Methane.AI is deployed on-premises for data-security purpose, as an API protocol for data-exchange with existing data platforms.
What languages are supported?
Methane.AI is an English-based solution, which can be translated into a local language if requested at part of deployment scope.
How does AI work to detect Methane?
AI is used as part of Methane.AI solution to extrapolate measured data to non-measured units as well as to identify leakages on thermal cameras and to assess the state of the unit in the camera and compare it with the ones in the database using VLM capabilities.
Can Methane.AI integrate with existing detection data?
Yes, Methane.AI is designed with complete vendor neutrality. Our platform seamlessly incorporates data from diverse sources including ground-based units, aerial drones, and satellite imagery.
How long will it take for my team to adopt this solution?
While the Methane.AI is a ready-to-deploy platform, it requires injection of data, if they exist. Depending on the readiness of the data and the scope, one can estimate a range of 2-6 month end-to-end process.
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