Aura OGI

Drive efficient, consistent LDAR inspections at scale

With more sites to inspect and higher survey frequency required, leak detection and repair (LDAR) teams are being asked to do more—with fewer resources, tighter timelines, and growing accountability. The Aura OGI™ handheld optical gas imaging (OGI) camera was purpose-built with these challenges in mind, helping you scale inspections without compromising accuracy, consistency, or compliance. Designed for today’s ever-changing emissions landscape, the camera transforms OGI into a streamlined, auditable workflow that supports operators of all experience levels across any facility. It combines high-resolution imaging, intuitive route guidance that shows operators exactly where to go and what to target, and built-in traceability, so that every inspection delivers reliable results, every time. With the Aura OGI camera, emissions monitoring becomes not only manageable, but repeatable, efficient, and ready to scale. Your teams can reduce inspection time, maintain regulatory readiness, and strengthen operational confidence across your LDAR program.

What makes it different?

Rugged. Intelligent. Compliant. Built by experts in OGI and emissions management for the energy sector.

Transform LDAR surveys and meet regulatory compliance obligations

• Routine site surveys: Detect methane and volatile organic compound (VOC) leaks quickly and accurately during routine operations
• Targeted maintenance and verification: Leverage precise coordinates to quickly locate leaks, and confirm repairs via clear, side-by-side comparison of images
• Smart inspection routes: Standardize LDAR workflows across sites with predetermined routes, navigation, and targeting
• Training support: Enable remote supervision and best-practice sharing to accelerate technician development and ensure consistent performance
• Compliance-ready data capture: Acquire images and videos that automatically include embedded metadata for complete traceability and built-in audit trail

Ensure clarity, confidence, and compliance in every inspection

• High resolution and sensitivity: Detect methane leaks as small as 0.02 kg/h with high-resolution midwave infrared (MWIR) imaging and gas enhancement mode
• Reduced downtime: Operate without need for annual calibration, using a nonradiometric architecture that minimizes maintenance
• Streamlined inspections: Inspect thousands of components per day through route training, navigation, and the ability to survey multiple components simultaneously, with targeting supported by augmented reality (AR)
• Improved data accuracy and audits: Acquire data where every frame is verifiable and audit-ready, thanks to built-in metadata tagging
• Enhanced operator efficiency: Simplify training and site consistency through preprogrammed routes, automated navigation, and playback capability
• Built for the field: Enjoy trouble-free operation via a camera engineered for Class 1 Div 2 and ATEX Zone 2 environments with IP54 protection and rugged construction

Leverage precision, reliability, and efficiency

• High-resolution 640×512-pixel MWIR imaging provides fourfold (×4) improvement in leak visibility compared with standard OGI systems
• Gas enhancement mode (GEM) differentiates gas plumes from background noise, improving contrast and detection accuracy
• Navigation with real-time kinematic global navigation satellite system (RTK GNSS) delivers centimeter-level positioning and automated route tracking for repeatable inspection paths
• Dual-camera configuration combines MWIR and HD visible-light imaging for contextual documentation and verification
• AI-based learning mode captures operator workflows and replicates them for future surveys, improving repeatability and reducing variability
• Industrial-grade hardware—8-in HD touchscreen tablet, Class 1 Div 2 rated, with >4-h battery life—delivers uninterrupted field performance
• Remote access via tablet or phone enables real-time training and supervision to verify leaks and accelerate technician onboarding
• Integrated connectivity via WiFi and LoRa communication links to weather stations, emissions dashboards, and cloud databases for contextualized reporting