UAS-enabled inspections provide a safer alternative, delivering close-range visual, thermal, and emissions data while assets remain operational where possible.
Flare systems are safety-critical assets for pressure relief and emissions control yet inspecting them safely and efficiently remains challenging.
Traditional methods rely on working at height, intrusive access, or shutdowns, increasing risk, limiting frequency, and disrupting production.
UAS-enabled inspections provide a safer alternative, delivering close-range visual, thermal, and emissions data while assets remain operational where possible.
Across the energy sector, flare inspection programmes must balance safety, compliance, and operational continuity.
Common challenges include:
Operators require a method that reduces human exposure, improves data quality, and supports defensible compliance and performance assessment without unnecessary disruption.
Unlike typical UAS providers, our approach integrates geospatial control, calibrated sensors, and engineering-led interpretation to deliver accurate, defensible inspection data that supports confident operational decisions.
UAS-enabled inspections combine visual, thermal, and emissions data to assess flare performance and structural condition. The approach includes:
Inspections can be completed during live operations, avoiding outages and intrusive access. Data is captured in a repeatable format to support trending and ongoing performance monitoring.
UAS-enabled flare inspections deliver measurable safety, operational, and compliance benefits.
Close-range inspection without rope access reduces exposure to high-risk environments.
Visual and thermal data assess flame stability and performance.
Inspections completed during live operations, avoiding outages and intrusive access.
Consistent, auditable datasets suitable for regulatory and ESG reporting.
Repeat surveys enable condition trending and verification of corrective actions.
We combine UAS platforms, thermal sensing, and geospatial expertise to deliver independent, engineering-led flare assessments. Our inspections provide clear, actionable data to support operational and compliance decisions.
Independent, safer flare inspection and performance insight:
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