Detect chemical seepages across land classes
Detect oil slicks
Detect hydrocarbons to establish presence of new reserves for exploration
Monitor the state of vegetation stress near oil & gas pipelines
Quantify pollution/stress levels due to pipeline leakages
Hydrocarbon detection for optimal resource allocation
Wider site assessment for comprehensive threat identification and operational safety
Real-time monitoring for pipeline health and vegetation stress detection
Optimised energy management to improve utilisation and efficiency
Chemical seepage and oil slick detection for environmental protection
Operational inefficiencies: Inefficient drilling and extraction and poor reserve estimation increases costs and wastes resources, leading to flawed investment decisions.
Safety and risk management: Accidents and equipment failures compromise worker safety and disrupt operations, increasing operational costs.
Environmental impact: Ineffective environmental monitoring risks regulatory non-compliance, potentially resulting in higher emissions and fines.
Competitive and logistical disadvantage: Falling behind competitors in decision-making and operational efficiency, along with disruptions in supply chain management, results in lost profitability.
Crop variety classification (Tubarjal, Saudi Arabia)
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Crop variety classification (Tubarjal, Saudi Arabia)
Pixxel’s imaging satellites excel in capturing information across 250+ spectral bands, offering diverse solutions for various operational stages within the oil and gas industry.
Hyperspectral imagery empowers decision-makers by helping identify valuable resources and assessing feasibility at potential exploration sites. Additionally, it facilitates ongoing monitoring on a large scale, enabling the early detection of threats to the site and the surrounding natural environment.
Pixxel’s hyperspectral imaging technology with 5m spatial resolution helps detects threats and supports data-driven, sustainable practices in the future.
Detailed exploration site maps contribute to cost reduction, efficient resource allocation, and enhanced environmental compliance. By fostering ecosystem regeneration, Pixxel’s technology supports sustainable practices crucial for the oil and gas sector.
Pixxel’s hyperspectral imagery ensures pipeline safety by detecting threats along the Right of Way (RoW).
Monitor vegetation encroachment, construction, and natural hazards with exceptional precision.
Detect land cover changes threatening pipeline integrity.
Facilitate proactive remediation strategies.
Establish early warning systems for prompt threat detection.
Hyperspectral imaging delivers exceptional results in vegetative studies with 50X more information, securing the industry's future success.
This technology enables targeted approaches to implementing environmentally compliant and conscious mechanisms and solving for biodiversity preservation, vegetative health monitoring, and leakage detection.
Learn more about Pixxel’s hyperspectral imaging satellites and their applications for efficient energy exploration. Know how Pixxel’s technology can help ensure a flourishing, ecologically responsible, and resilient future for energy initiatives.
Contact us to learn more and take the first step towards revolutionising your energy approach.
