Haynesville Basin Natural Gas Fundamentals
The RBN NATGAS Haynesville is a weekly natural gas fundamentals analysis focused on supply, flow, and LNG-driven demand dynamics within the Haynesville basin.
The Haynesville Basin is one of the fastest-growing natural gas production regions in the U.S. and the basin most likely to shift quickly when Henry Hub prices move. Its location near the Gulf Coast makes it a natural supplier to the rapidly expanding LNG export market. Investment in infrastructure is opening direct routes from the Haynesville south to LNG facilities, unlocking even more growth potential for the basin. At the same time, this dry-gas play remains highly sensitive to U.S. gas prices, and production levels often rise or fall with Henry Hub. Understanding how volumes and flows react across this system is essential for anyone exposed to North American gas or LNG markets. NATGAS Haynesville provides a structured, weekly view of these dynamics to help you understand how these fundamentals are developing.
NATGAS Haynesville is built to track production, outflows, basis and infrastructure across Northeast Texas and Northwest Louisiana, along with the changing pull from LNG facilities and regional power demand. Based on RBN’s Arrow flow and capacity modeling, alongside pipeline data, power demand, LNG feedgas, and rig trends, the report provides insight into current basin conditions and recent market developments.
What you get
Weekly PDF report - The report focuses on the movement, the underlying drivers and what those developments indicate for near-term basin behavior, including:
- Production trends across Louisiana and Texas
- Outflows and corridor behavior into Northeast and South Louisiana, Sabine River, Gulf Coast Texas and Midwest
- Basis and price spreads tied to Henry Hub, NGPL TexOk, Perryville, Houston Ship Channel and other regional hubs
- Pipeline activity and expansions affecting Gulf Coast LNG connectivity
- Power burn, non-power demand and feedgas trends across Texas and Louisiana
- Rig activity patterns by county across the basin
