Carbon dioxide injections have begun at Carbon TerraVault I, California’s first operational carbon capture and storage project, California Resources Corporation said May 26.
The prospects for Summit Carbon Solutions’ long-planned carbon capture and sequestration (CCS) project dimmed this week when a North Dakota judge revoked Summit’s permit to permanently sequester carbon dioxide (CO2) in underground storage.
The permitting process for carbon-capture projects is, in some ways, like navigating Houston’s notorious rush-hour traffic — if everyone tries to move at once, gridlock can quickly ensue. That’s true at both the federal level, where the EPA has more sequestration wells under review than ever before, and at the state level, where Louisiana just hit the pause button on its reviews. In today’s RBN blog, we look at how increased interest in carbon capture has exacerbated the permitting backlog.
Not long ago, several large-scale carbon-capture projects had plenty of momentum, fueled by a push toward decarbonization and expanded federal tax credits. But while progress on many projects has slowed as they faced a host of problems, Tallgrass’s plan to convert its Trailblazer pipeline from natural gas service to carbon dioxide (CO2) has had a comparatively smooth ride, thanks in large part to an engagement strategy that has allowed it to navigate the trickiest potential complication — local opposition. In today’s RBN blog, we review Trailblazer’s conversion, examine why Tallgrass’s strategy has succeeded where similar projects have failed, and look at what happens next.
The budget reconciliation bill signed into law July 4 by President Trump — known as the One Big Beautiful Bill Act (OBBBA) — dramatically scales back a number of clean-energy tax credits and adds a new layer of complexity for some projects, leading to a lot of doom and gloom around clean-energy initiatives, but the new legislation is a big positive for the carbon-capture industry. In today’s RBN blog, we look at how changes to the 45Q tax credit could help advance carbon-capture efforts while also providing a boost to producers of crude oil and blue hydrogen.
Hydrogen has a well-established, if limited, role in the modern economy. It has been used in refining and ammonia production for decades, but its potential has long been touted in various areas, including decarbonizing hard-to-abate industrial processes such as steelmaking, as well as in larger roles in heavy-duty transportation and energy storage. The last few years have seen a significant push to expand hydrogen’s role — an attempt to capitalize on its versatility and lack of carbon dioxide (CO2) emissions — but a number of formidable obstacles to wider adoption remain, including price, availability and infrastructure, in addition to its tenuous political support. In today’s RBN blog, we look at the challenges that make forecasting the industry’s growth difficult and the emerging consensus around the most practical end uses for hydrogen.
The pace of data center development accelerated in 2024, raising questions about how to power these energy-hungry behemoths. Natural-gas-fired plants are a go-to approach to helping local utilities provide the reliable, around-the-clock electricity that large-scale data centers need. Now, two giant oil and gas companies, ExxonMobil and Chevron, want to do something they’ve never done before: build gas-fired plants and sell power exclusively to data centers. And some utilities are partnering with big-tech companies on power plants of their own. In today’s RBN blog, we’ll discuss data center power needs and the unusual notion of building big gas plants to serve those customers.
