Gas Flaring Data
Satellite-detected flaring volumes from oil production sites -- the waste data that ESG investors and regulators use to score operator environmental performance.
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Find Me This Data →Overview
What Is Gas Flaring Data?
Gas flaring data comprises satellite-detected measurements of waste natural gas being burned off at oil and gas production sites. When operators extract crude oil, associated natural gas is often produced as a byproduct. Rather than capturing or processing this gas, operators may choose to flare it—a regulated combustion process that disposes of unwanted hydrocarbons. Approximately 3% of global natural gas production is flared, representing significant environmental and economic losses. This flaring generates greenhouse gas emissions including CO2 and methane, making flaring volumes a critical metric for ESG investors, regulators, and environmental monitors assessing operator compliance and climate impact.
Market Data
~3% of total natural gas production
Global Gas Flaring Volume
Source: MDPI Academic Research
$3.60 billion USD
Flare Gas Recovery Systems Market Value (2026)
Source: Coherent Market Insights
$7.11 billion USD
Projected Market Value (2033)
Source: Coherent Market Insights
10.2% CAGR (2026-2033)
Market Growth Rate
Source: Coherent Market Insights
Who Uses This Data
What AI models do with it.do with it.
ESG Investors & Compliance Officers
Track operator environmental performance and greenhouse gas emissions to assess climate risk, meet sustainability mandates, and evaluate company ESG scores.
Regulatory Agencies
Monitor compliance with strict anti-flaring regulations and zero routine flaring by 2030 targets; assess penalties and enforce emission reduction mandates.
Oil & Gas Operators
Benchmark flaring volumes against peers, plan flare gas recovery system investments, and demonstrate emissions reduction to stakeholders and authorities.
Climate & Environmental Organizations
Quantify global flaring-related greenhouse gas emissions, track progress toward nationally determined contributions (NDCs) under the Paris Agreement.
What Can You Earn?
What it's worth.worth.
Real-Time Satellite Flaring Volume Data
Varies
Pricing depends on temporal resolution, geographic coverage, and API integration requirements. Institutional ESG investors and regulators typically pay premium rates for continuous monitoring.
Historical Flaring Analytics & Benchmarks
Varies
Multi-year datasets, site-specific analysis, and comparative operator reports command higher fees from investment firms and compliance teams.
Custom Regional or Operational Studies
Varies
Tailored emissions tracking for specific oil fields, refineries, or FPSO platforms is purchased by operators planning recovery system investments.
What Buyers Expect
What makes it valuable.valuable.
Accuracy & Temporal Resolution
Satellite data must reliably detect flare signatures and quantify volumes with sufficient frequency to support regulatory compliance and investment decisions.
Site-Level Identification
Data must pinpoint individual flow stations, petroleum refineries, chemical plants, gas treatment facilities, FPSO platforms, and storage tank vents with geographic precision.
Methane & CO2 Emission Quantification
Buyers require conversion of flaring volumes to greenhouse gas emissions (CO2 equivalents, methane) to assess climate impact and support Paris Agreement NDC reporting.
Historical & Comparative Context
Long-term datasets and operator benchmarks enable trend analysis, peer comparison, and demonstration of emissions reduction progress over time.
Companies Active Here
Who's buying.buying.
Flare gas recovery system vendors using flaring data to identify high-flaring sites and target sales of emission reduction equipment.
Monitor flaring emissions from oil and gas portfolio holdings to assess environmental risk, justify divestment, and enforce ESG mandates.
Enforce strict anti-flaring rules, monitor compliance with zero routine flaring by 2030 targets, and levy fines for excessive flaring.
Benchmark own flaring volumes, plan infrastructure investments in gas recovery systems, and demonstrate emissions reduction to stakeholders.
FAQ
Common questions.questions.
How is gas flaring detected and measured via satellite?
Satellites with thermal and radiometric sensors (such as MODIS) detect the infrared signatures of flares at individual production sites and flow stations. These observations are processed to estimate flaring volumes and convert them to greenhouse gas emissions metrics.
Why do oil and gas operators choose to flare instead of capturing gas?
Operators flare gas when the cost of gas processing, reinjection, or pipeline infrastructure exceeds the cost of flaring penalties; when no market exists for the gas; when reservoir geology is unsuitable for reinjection; or as a safety measure during startup, shutdown, and handling of corrosive gases.
What regulatory drivers are increasing demand for flaring data?
Governments and regional authorities are enacting strict anti-flaring regulations and zero routine flaring by 2030 targets. Major oil-producing regions like the Middle East and Africa are under heightened scrutiny. Authorities have increased fines and penalties for excessive or unapproved flaring to drive compliance.
Who pays for gas flaring data and what is it worth?
ESG investors, regulatory agencies, oil operators, and environmental organizations purchase flaring data. Pricing varies based on temporal resolution, geographic coverage, historical depth, and site-specific analysis. Premium institutional subscriptions for continuous monitoring of high-flaring regions command the highest rates.
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