Flare Intel

Flare Intel is a satellite intelligence platform that provides real-time monitoring of gas flaring across the globe. Developed by Flare Intel Ltd, the platform uses artificial intelligence (AI), satellite data, and advanced analytics to detect, track, and quantify gas flaring events—enabling companies, investors, and regulators to make informed decisions about methane emissions, climate risks, and ESG compliance.

Gas flaring—the burning of excess natural gas during oil production—is a major source of greenhouse gas emissions and environmental concern. Flare Intel brings transparency to this critical issue by offering near real-time insights into where, when, and how flaring is occurring, including operator-specific attribution.

As companies face increasing pressure to meet sustainability goals and regulatory demands, Flare Intel’s platform serves as a key tool for climate risk assessment, energy sector transparency, and emissions monitoring.

Features:

1. Global Satellite Monitoring
   Detects and tracks gas flaring activities worldwide using high-resolution satellite imagery.

2. Real-Time Detection
   Offers near real-time identification of flaring events, improving response time and reporting accuracy.

3. Operator-Level Attribution
   Associates flaring events with specific oil and gas operators or facilities, improving accountability.

4. Emissions Quantification
   Estimates associated CO₂ and methane emissions from flaring to support ESG reporting and climate analysis.

5. Historical Data Analysis
   Access years of archived flaring data to identify patterns, trends, and anomalies.

6. Regulatory & ESG Reporting Support
   Enables companies to meet sustainability disclosure requirements and investor expectations.

7. Custom Dashboards & Reports
   Interactive platform with geospatial maps, time-series graphs, and downloadable reports.

8. API Integration
   Seamlessly integrates with external data systems and ESG reporting platforms.

How It Works:

1. Satellite Data Collection
   Flare Intel uses data from multiple Earth observation satellites, including thermal infrared sensors that can detect heat signatures from flares.

2. AI & Machine Learning Processing
   Proprietary algorithms analyze satellite signals to distinguish between gas flares and other heat sources.

3. Location & Attribution
   Each flaring event is geo-tagged and matched with known oil and gas infrastructure to determine the responsible operator or facility.

4. Quantification of Emissions
   Flare size, duration, and frequency are used to calculate estimated greenhouse gas emissions, including CO₂ and methane.

5. Data Delivery
   Clients access the data through dashboards, APIs, or downloadable reports tailored to their ESG or regulatory requirements.

Use Cases:

• Oil & Gas Companies
  Monitor and reduce flaring activity, demonstrate environmental responsibility, and meet ESG targets.

• Investors & Financial Institutions
  Assess ESG risks in oil and gas portfolios and use flaring data for investment screening or stewardship engagement.

• Regulatory Agencies
  Enforce compliance with environmental regulations and emissions limits using independent satellite data.

• NGOs & Watchdog Groups
  Gain independent verification of flaring practices for transparency and accountability campaigns.

• Climate Researchers
  Use historical and real-time flaring data to analyze global methane emissions and energy transition trends.

Pricing:

Flare Intel operates on a custom enterprise pricing model, which depends on:

• Geographic coverage (single region vs global)

• Historical data access requirements

• Level of detail (asset-level attribution, emissions quantification)

• Number of users or data integrations (dashboards or API)

• Report frequency and delivery format

Interested parties can request a personalized demo or pricing consultation through the official website:
https://flareintel.com/contact

Strengths:

• High Transparency
  Provides verifiable and independent data on global flaring events.

• Real-Time Intelligence
  Enables users to monitor flaring activities as they happen, enhancing situational awareness.

• ESG & Regulatory Utility
  Directly supports climate risk reporting, ESG audits, and compliance frameworks like the EU Taxonomy or SFDR.

• Operator Attribution
  Uniquely links flaring events to responsible companies or facilities.

• Scalable Platform
  Supports both regional studies and global portfolio assessments.

• API and Dashboard Access
  Flexible data access formats for various enterprise users.

Drawbacks:

• Enterprise-Only Platform
  Not available for individual users or small-scale access.

• Satellite Data Limitations
  Cloud cover or resolution limitations can occasionally affect data precision.

• No Public Pricing
  Requires contact with the sales team for detailed pricing, which may not suit early-stage users.

• Specialized Use Case
  Primarily targeted at oil and gas sector stakeholders; limited application beyond fossil fuel industries.

Comparison with Other Tools:

• GHGSat: Focuses on methane monitoring from industrial sources using its own satellites; Flare Intel uses third-party satellites but specializes in flaring detection.

• Kayrros: Offers broader environmental intelligence including methane and carbon tracking; Flare Intel provides more targeted, flaring-specific analysis.

• Climate TRACE: Offers global emissions tracking with high-level data; Flare Intel goes deeper into flaring-specific emissions and operator-level attribution.

• Global Gas Flaring Tracker (World Bank): Provides annual flaring estimates; Flare Intel offers real-time, higher-resolution monitoring and commercial-grade analytics.

Customer Reviews and Testimonials:

While specific customer testimonials are not publicly listed, Flare Intel is:

• Used by major oil & gas operators, ESG analysts, and regulators

• Recognized by sustainability and emissions research communities for its precision and reliability

• Cited in environmental reports, policy discussions, and investment risk assessments

Industry experts highlight the value of Flare Intel’s real-time attribution, accurate emissions estimation, and regulatory alignment as key differentiators.

Conclusion:

As pressure mounts for greater transparency and accountability in the fossil fuel industry, Flare Intel offers a critical solution to track and quantify gas flaring in real time. With its AI-powered satellite analytics, the platform helps companies, investors, and regulators take meaningful steps toward reducing emissions and improving ESG outcomes.

For organizations involved in oil and gas production, ESG investing, or climate regulation, Flare Intel delivers actionable intelligence where it’s needed most—at the intersection of environmental responsibility and data precision.