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The oil and gas industry is always working to develop the most efficient methods for unlocking more hydrocarbons. To cut costs and maximize output from their acreage, some companies are rolling out more creative well designs, such as U-turn (aka “horseshoe”) and J-hook wells, which use dramatic, 180-degree underground turns to access more oil and gas from each location. In today’s RBN blog, we’ll discuss the benefits of these approaches and the technical hurdles associated with drilling these deep bends underground. 

Much like a cowboy venturing into uncharted territory, E&Ps are roaming Northeast Texas and the far-western sections of the Haynesville Shale in search of more natural gas. It’s a challenging adventure, and while there’s a lot of hope and hype, the recent history of developments outside the Haynesville’s main producing areas shows that success is far from guaranteed. In today’s RBN blog, the second in a series on the Western Haynesville, we’ll discuss how some companies are handling the high-pressure, high-risk environment. 

The boundaries of what we typically think of as the Haynesville Shale in Northeast Texas and Northwest Louisiana are expanding. E&Ps are increasingly moving out from the core producing acreage and exploring new frontiers, including the far western part of the dry-gas shale play. Wrangling gas from this prospect is challenging, with deeper, high-pressure reservoirs, temperatures up to 450°F and wells drilled to extreme depths of up to 19,000 feet. But with new technology, tenacity and a little bit of luck, it could be quite promising. In today’s RBN blog, Part 1 of a miniseries, we’ll discuss what’s happening in the far western part of the Haynesville.