Daily Energy Blog

It’s well understood today that the U.S. natural gas market turned from potential domestic shortages to major LNG exports thanks to the Shale Revolution. What is not so well remembered is that the dramatic shift in the U.S. gas market wasn’t widely understood at the time and took several years to be accepted by the energy industry. In today’s RBN blog, we turn our attention to the beginnings of the Shale Revolution and how it allowed the U.S. to evolve into the world’s largest LNG exporter. 

The popularity of weather derivatives has ebbed and flowed since their introduction in the late 1990s but trading activity has rebounded in recent years as the trading community has increasingly begun to reassess the need to hedge weather-related risks — everything from high temperatures and rainfall levels to power prices and cooling demand. In today’s RBN blog, we examine the role of weather derivatives, how they are used to hedge risk, and why they may be becoming increasingly important to the energy industry. 

Ten years ago, U.S. exports of natural gas in the form of LNG were a footnote in the market. But that all changed in 2016. In February of that year, the first shipment of LNG from the Lower 48 states set sail when the vessel Asia Vision departed from Cheniere Energy's Sabine Pass export terminal in Louisiana. This was the culmination of a remarkable turnaround, not only at Sabine Pass, but for the U.S. natural gas market as a whole. Eight years earlier, Sabine Pass had been completed as an import terminal, as it was projected that the U.S. would face significant shortages of natural gas supplies. Shale turned that business model on its head. 

The numbers out of Eddy and Lea counties in southeastern New Mexico are nothing short of staggering. Crude oil production at 2.3 MMb/d, or one-sixth of total U.S. output. Natural gas production north of 9 Bcf/d and rising fast. More than 90 active rigs — again, one-sixth of the U.S. total. Many top E&Ps are stoked about the Northern Delaware Basin because of its stacked benches of high-quality, crude-saturated shale and carbonate formations. But much of the associated gas emerging from wells in Lea County is “off-spec” — tainted by levels of hydrogen sulfide (H₂S) and carbon dioxide (CO₂) that need to be dealt with — and producers and midstreamers have been scrambling to develop the sour-gas-related infrastructure required to support production growth. In today’s RBN blog, we begin a detailed look at the Northern Delaware’s existing and planned infrastructure for handling sour gas, including special gas gathering systems, amine treatment facilities, acid gas injection (AGI) wells, sweet gas pipelines and processing plants.