HomeEnvironment & EnergyFossil FuelsWhat is Flaring?
Environment & Energy·2 min·Updated Mar 16, 2026

What is Flaring?

Flaring of Natural Gas

Quick Answer

Flaring is the process of burning off excess natural gas that cannot be processed or sold. It typically occurs at oil extraction sites to prevent gas from being released into the atmosphere.

Overview

Flaring is a common practice in the oil and gas industry where excess natural gas is burned off at oil drilling sites. This process helps to manage gas that cannot be captured or used, ensuring that it does not escape into the atmosphere. By burning the gas, companies reduce the risk of explosions and environmental harm associated with releasing unburned gas. The flaring process works by igniting the excess gas at a flare stack, which is a tall structure specifically designed for this purpose. The flames produced during flaring can be seen from miles away and serve as a visible indicator of oil production activities. For example, in regions like North Dakota, flaring is common due to the high volume of natural gas produced alongside oil, and it is often necessary to manage this byproduct effectively. Understanding flaring is important because it has implications for air quality and climate change. While flaring reduces immediate hazards, it still releases carbon dioxide and other pollutants into the atmosphere. Efforts are underway in various countries to minimize flaring through improved technology and regulations, aiming to capture and utilize the gas instead of burning it.


Frequently Asked Questions

Flaring is necessary to safely dispose of excess natural gas that cannot be processed or transported. It prevents the gas from building up and potentially causing dangerous situations, such as explosions.
Flaring contributes to air pollution and greenhouse gas emissions, as it releases carbon dioxide and other harmful substances into the atmosphere. This can have negative effects on local air quality and contribute to climate change.
Yes, alternatives to flaring include capturing the gas for use in power generation or other applications. Technologies such as gas processing and pipeline infrastructure can help reduce the need for flaring.