BENEFITS
Airborne TDLAS laser sensors detect and locate methane and gas leaks along pipelines and tank farms in real time, preventing environmental risks and revenue loss.
Drones collect gas and environmental data from hazardous, elevated, or toxic industrial zones without exposing ground crews or inspectors to dangerous gas concentrations.
Quantified emissions measurement and timestamped spatial reports support ESG disclosures, NCEC environmental compliance, and international sustainability audits.
Simultaneous detection of CO2, CH4, NOx, SO2, VOCs, and particulate matter (PM2.5/PM10) delivers comprehensive environmental baselines across industrial sites.
All environmental drone flights operate under GACAR Part 107 permits and ISO-certified HSSE protocols, ensuring safe deployment over industrial and energy assets.
Raw gas sensor data is processed into leak concentration heatmaps and emissions inventories, accessible instantly via Terra Cloud for engineering and HSE teams.
CHALLENGES
Small fugitive gas leaks along vast pipeline corridors are invisible to visual inspection, leading to unnoticed emissions, safety hazards, and product loss.
Manual gas sampling inside refinery tank farms or flare stacks puts HSE personnel at severe risk from toxic gas exposure, heat, and working at heights.
Traditional water sampling from remote wadis or coastal zones requires boats and manual wading, slowing down environmental baseline studies for new developments.
Single-point ground sensors fail to capture gas plume dispersion profiles across large facility footprints, leaving environmental managers without spatial context.
Industrial facilities face strict emissions audits from environmental authorities, requiring auditable, spatially referenced gas measurement data.
Using separate vendors for gas detection, air quality, and imagery creates fragmented reports and delays urgent maintenance actions on leaking assets.
TECHNIQUES & METHODS
Airborne TDLAS laser sensors detect methane down to 5 ppm-m across pipeline corridors and tank farms, generating real-time gas concentration heatmaps for HSE response.
Multispectral sensors capture vegetation indices (NDVI/NDRE), pollution indicators, and water stress profiles across ecosystems with high wind compensation algorithms.
Combined photogrammetry and airborne LiDAR generate precise vegetation volume, canopy density, and stockpiled biomass estimations for environmental accounting.
Autonomous pre-defined grid flight patterns enable automated spatial pollutant concentration mapping, air quality profiling, and liquid sampling.
Multi-temporal comparative mapping evaluates baseline vs. post-event spatial conditions to track ecosystem recovery, coastal erosion, and ESG compliance.
DELIVERABLES
PLATFORMS & APPLICATIONS
Pipeline methane leak detection, tank farm fugitive emissions monitoring, and flare stack combustion efficiency assessment across energy facilities in Saudi Arabia.
Stack emissions monitoring, sulfur dioxide sensing around power plants, and water body thermal discharge monitoring for utility infrastructure.
Perimeter air quality mapping, ambient particulate matter tracking (PM2.5/PM10), and industrial effluent environmental compliance audits.
Quarry dust plume monitoring, port area shipping emissions tracking, and coastal water quality sampling for environmental baseline studies.
PROVEN RESULTS
Precision Aerial Mapping for Mega Urban Master Planning Developing large-scale mixed-use residential communities requires accurate, up-to-date topographical data before civil earthworks and infrastructure construction begin. A major real estate developer
Executive Summary Constructing large-scale energy infrastructure requires exact geographic and topographical data before ground construction begins. A major energy contractor required a comprehensive route survey for a proposed high-voltage transmission
Frequently Asked Questions
Yes. Operational flights require GACA Part 107 flight authorization for drone operations, alongside environmental activity coordination for sensing around industrial facilities. Terra Drone Arabia manages all flight permissions directly before deployment.
Detect Methane Leaks & Protect Your Assets in Real Time
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العربية
Real project breakdowns, GACA regulatory updates, and field-tested case studies from oil and gas, mining, and infrastructure operations. Used by engineering and procurement teams at Saudi Arabia’s largest operators.