I thought that the gas was being flared off anyway, feeding it into a turbine at least makes some use of it.
I'd be surprised if flaring consumed more than a tiny percentage of NG produced in the state.
Most of the state's electricity comes from NG, so clearly there is a market for it. Not to mention heating, cooking, exports, ...
If this is a use for otherwise wasted flare gas that’d be a totally different story but I feel like that would be mentioned if that was the case.
https://www.chevron.com/newsroom/2026/q2/chevron-signs-20-ye...
In 2025, Texas vented or flared enough natural gas to generate roughly 2 gigawatts of useful electrical power continuously for the same period.
https://www.eia.gov/dnav/ng/NG_PROD_SUM_DC_STX_MMCF_A.htm
A lot of gas is burned off simply because it cannot be delivered. Pipelines have a maximum capacity and short term storage is limited.
Most flaring happens where there isn't gathering infrastructure, for example byproduct gas at an oil (only) well.
2GW, not 400.
I'd be surprised if flaring consumed more than a tiny percentage of NG produced in the state.
Most of the state's electricity comes from NG, so clearly there is a market for it. Not to mention heating, cooking, exports, ...
If this is a use for otherwise wasted flare gas that’d be a totally different story but I feel like that would be mentioned if that was the case.
https://www.chevron.com/newsroom/2026/q2/chevron-signs-20-ye...
In 2025, Texas vented or flared enough natural gas to generate roughly 2 gigawatts of useful electrical power continuously for the same period.
https://www.eia.gov/dnav/ng/NG_PROD_SUM_DC_STX_MMCF_A.htm
A lot of gas is burned off simply because it cannot be delivered. Pipelines have a maximum capacity and short term storage is limited.
Most flaring happens where there isn't gathering infrastructure, for example byproduct gas at an oil (only) well.
2GW, not 400.