AI

The next four years will reshape the future of North America’s natural gas market. LNG exports are set to surge as new terminals across the U.S., Canada and Mexico come online, causing ripple effects through global energy trade and fueling new demand from Europe and Asia.

The next four years will reshape the future of North America’s natural gas market. LNG exports are set to surge as new terminals across the U.S., Canada and Mexico come online, causing ripple effects through global energy trade and fueling new demand from Europe and Asia.

Given the recent media focus on AI and the surge of data center construction, it comes as no surprise that the electric utility industry’s capital investment has risen to record highs. What isn’t as widely publicized is the enormous strain this historic expansion has placed on utility balance sheets. 

The stock market of 2025 often felt like different movies playing on adjacent screens. On one, the broader market surged. On the other, economically sensitive sectors such as oil and gas stocks slid into the background. Today, we examine the performance of the 35 public E&Ps we cover.

Data center mania is sweeping across the U.S., grabbing headlines and spurring investor interest. It has now reached Louisiana, where Meta is building one of the largest developments in the Western Hemisphere. In today’s RBN blog, we’ll look at two gigantic projects planned for Louisiana, the early challenges the Bayou State faced in luring developers, and why it may now be a strong contender to emerge as a major Southern data center hub after a relatively slow start. 

Data centers are a buzzy topic in the energy industry, and while there is still a lot of fuzziness about what will actually get built and how much natural-gas-fired power will be needed to support these projects, there’s no doubt that major technology companies are well along in planning a number of massive data centers across the country. In today’s RBN blog, we’ll offer a snapshot of the plans announced by tech giants Microsoft, Amazon, Alphabet (Google) and Meta (Facebook). 

Perhaps the most hyped-up topic in energy these days is how much electricity new data centers will need to keep up with the increased use of artificial intelligence (AI). And that’s prompting some big questions, such as where all the power will come from and how much natural gas demand will rise. But another crucial question may be whether these data centers will pull that power from the grid or generate it themselves on-site. In today’s RBN blog, we’ll discuss the benefits and challenges of each approach.

We’ve discussed the qualities of the Uinta Basin’s unusual waxy crude, the challenges inherent in moving it to market, and the use of machine-learning AI to optimize its extraction from two key geologic layers or “benches” deep below the rugged hills of northeastern Utah. Now, in today’s RBN blog, it’s finally time to reveal what all this tells us regarding the prospects for continued Uinta production growth; the need for new takeaway capacity, blending and refining infrastructure to handle it; and — very important — the estimated duration of economically recoverable waxy crude under various price scenarios. 

Growing power demand for data centers has been one of the biggest stories in energy markets over the past year, with natural gas-fired power plants emerging as the primary choice for developers seeking to provide the 24/7 power these massive, energy-intensive sites require. That has led many energy firms to unveil plans to sell power directly to data centers but many tech giants have also announced their own deals. In today’s RBN blog, we’ll dive into recent announcements from firms like Apple, Amazon, Google, Meta and Microsoft, which intend to collectively spend about $300 billion this year alone to boost their AI (artificial intelligence) capabilities.