Drone-Based Emissions Detection System
Advanced aerial platform for leak visualization and emissions quantification
Unplanned emissions are hard to see—and easy to miss with ground-only inspection. Our OGI Drone-Based Emissions Detection System combine high-resolution optical gas imaging with aerial access to rapidly detect, visualize, and prioritize fugitive emissions for repair. Delivered by SLB specialists, the service strengthens compliance, reduces safety exposure, and improves emissions performance across upstream, midstream, and facility assets.
Gain greater emissions visibility across your operations
- Investigative leak detection and repair (LDAR)
- Facility baselining and emissions audits
- Tank battery inspections
- Flare monitoring and post-repair validation
- Regulatory and voluntary emissions reporting
Accelerate emissions detection, reporting, and action
Safer inspections
Reduce safety risks by avoiding elevated work, confined space entry, and hazardous exposure.
Faster site coverage
Survey up to 10 sites per day to accelerate inspections and reduce turnaround times.
Connected emissions insights
Integrate methane emissions data directly into planning, compliance, and reporting workflows.
Audit-ready documentation
Capture GPS-tagged, time-stamped video records that support verification and regulatory requirements.
Rapid results
Receive preliminary survey reports within 48 hours to enable faster decision-making.
OGMP 2.0 reporting
Use site-level methane reporting accepted for achieving OGMP 2.0 Gold Standard requirements.
Detect and quantify methane with greater precision
- Detects as low as 0.01 kg/hr (OPLS); 0.06 kg/hr (HALO OGI™)
- Flare and heat signature detection via integrated H30T thermal sensor
- Dual payload support for HALO OGI™ and OPLS
- Real-time methane concentration display
- Curtain flight pattern protocols for scientifically validated mass balance
- Compatible with DJI Matrice 300/350
SLB’s drone-based emissions detection platform combines two complementary technologies to deliver complete emissions insight—from pinpointing leak sources to quantifying site-level impact.
Detect and locate emissions with HALO OGI™
HALO OGI™ combines infrared and visual imaging to identify methane and VOC leaks in real time. Mounted on a drone, it enables safer inspections of hard-to-access areas—including tank tops, thief hatches, and flares.
Quantify emissions with Drone OPLS
Drone-mounted Open Path Laser Spectrometry (OPLS) measures methane emissions at the site level. The drone flies downwind paths through the emissions plume to capture methane concentration data for accurate quantification.
Get actionable results for faster decision-making
Field data is processed by SLB emissions experts to deliver rapid, reliable insights that support reporting and mitigation planning.
What gases can OGI drone surveys detect?
Optical gas imaging detects a wide range of volatile organic compounds and greenhouse gases (notably methane) by visualizing plumes under suitable conditions. Specific sensitivity depends on camera, environmental conditions, and site setup.
How does this complement ground LDAR?
Aerial OGI extends reach to elevated or congested areas and accelerates coverage. It does not replace regulated ground methods where prescribed, but it helps you target and prioritize repairs faster.
What deliverables do I receive?
A structured report with mapped observations, annotated imagery, and a prioritized action list; optional post-repair confirmation.
Is the drone operation compliant with site and aviation rules?
SLB follows local aviation regulations and site safety rules, including pilot qualifications, airspace permissions, and flight safety management.
Can SLB integrate data into our reporting systems?
Yes—exports are available in common formats for enterprise maintenance and ESG reporting workflows.
