Flare gas to power: a practical step toward net zero for oil & gas operators
Introduction
Across Europe, oil and gas operators face growing regulatory and environmental pressure to reduce emissions and flaring. Each year, over 140 billion cubic metres of gas are wasted globally through flaring—a volume equivalent to three-quarters of the EU's total gas imports before the energy crisis. But what if that wasted gas could become a source of clean, local power?
Aggreko's flare-to-power solutions help operators turn an environmental liability into a financial asset, by capturing and converting Associated Petroleum Gas (APG) into electricity. It's a practical, scalable step toward Net Zero that requires no permanent infrastructure and delivers immediate impact.
Aggreko's flare-to-power solutions help operators turn an environmental liability into a financial asset, by capturing and converting Associated Petroleum Gas (APG) into electricity. It's a practical, scalable step toward Net Zero that requires no permanent infrastructure and delivers immediate impact.
Why flare gas matters
Flaring not only contributes significantly to global CO2 and methane emissions, but also represents a missed opportunity to use a resource already available at the wellhead. In Europe, tightening environmental regulations and community pressure are making traditional flaring practices increasingly untenable.
Key facts:
- Burning flare gas emits as much CO2 as 200 million cars per year
- Flare gas waste is valued at up to $20 billion annually
- In some countries, flaring fines are rising steeply or being phased out entirely
Aggreko's solution: from flare to power in weeks
Our turnkey flare-to-power solutions are designed for fast deployment and immediate results. Here's how it works:
- Gas treatment skid removes impurities and adjusts moisture content
- Compression and power generation convert APG into reliable electricity
- Integration with the grid or site allows for resale or internal use
We handle everything—from design and permitting to commissioning and operations.