
01 · Spaceborne
Detection from space.
Detect and quantify methane plumes directly from Sentinel-2 imagery. No time-series comparison, no baseline required.
- Sensor
- Sentinel-2 · 12 bands
- Approach
- End-to-end transformer
- Coverage
- Regional → Global

Product · MethaneMapper
From satellite screening to site-level quantification. The multi-modal detection stack used by operators, regulators, and researchers worldwide.
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Spectral bands
25 km
Flight line
<4 min
Processing time
30–250
kg/h detected
01 / Overview
Eyeclimate's methane detection portfolio is designed to work across the full monitoring stack.
This multi-scale approach helps operators, regulators, and climate stakeholders move from detection to verification to action.

01 · Spaceborne
Detect and quantify methane plumes directly from Sentinel-2 imagery. No time-series comparison, no baseline required.

02 · Airborne
MethaneMapper — our transformer for airborne hyperspectral imagery, trained on thousands of real plume annotations.

03 · Ground
OGI cameras and laser sensors — sensitive to leaks down to 10 g/h, with precise flow-rate estimation on operating sites.
04 · Applications
Four operational contexts where MethaneMapper is deployed today.
01
Use case
Detect, localize, and quantify methane emissions across upstream, midstream, and downstream infrastructure.
LIDAR · UPSTREAM · PIPELINE
02
Use case
Transparent methane accounting and emissions disclosure with scalable, third-party-ready sensing.
GHG PROTOCOL · DISCLOSURE
03
Use case
Faster response times for regulatory and voluntary methane reduction programs at facility and network scale.
EPA · ISO · VOLUNTARY
04
Use case
Advanced plume analysis with state-of-the-art transformer-based remote sensing methods and open benchmarks.
CVPR · IGARSS · OPEN
Share a dataset or monitoring challenge. We'll show you what MethaneMapper can do.
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