TL;DR · 30-second read
The Short Version
Bloom Energy makes fuel cells, machines that turn natural gas into electricity without burning it. It has agreed with oil and gas producer California Resources to explore building a very large amount of this power, about what one large power plant produces.
The catch is that the fuel cells still give off carbon dioxide, the main gas behind climate change. The plan is to capture it and pump it deep underground.
This matters because the computer centers that run artificial intelligence need huge amounts of electricity. How much carbon can be stored may decide how much of this power gets built.
California Resources Corporation (NYSE: CRC) disclosed in its third-quarter 2026 results, furnished with an 8-K filed November 2, that it has signed a memorandum of understanding (MOU) with Bloom Energy (NYSE: BE). Under the MOU, the companies will “jointly evaluate and target the potential development of 1 gigawatt (GW) or more of solid-oxide fuel cell power generation paired with carbon capture and storage.” FourWeekMBA reported that the effort is aimed at data centers and the grid. Investing.com reported that Bloom’s shares rose on the news.
The MOU was one item in a broader quarterly report. CRC also reported a 4% dividend increase, closed its acquisition of Crimson Midstream, and agreed to sell its Utah Uinta Basin assets for about $90 million.
Executive Summary
The announcement pairs two technologies that each face a different hurdle on their own. Bloom’s solid-oxide fuel cells produce electricity from natural gas through an electrochemical reaction rather than combustion. Fuel cells are fast to deploy compared with large central plants, but they still emit carbon dioxide. CRC owns what its release calls California’s first carbon capture and storage (CCS) project, at its Elk Hills Cryogenic Gas Plant. It is now also building out CO₂ transport through the Crimson pipeline acquisition. The combination is an attempt to offer gas-fed power that can be presented to California regulators as decarbonized.
The headline figure, 1 GW or more, is large. It is roughly the output of a big conventional power station. Data center developers are searching for power that can arrive faster than grid interconnection allows, and a gigawatt-scale program in California would be meaningful for them. The figure is also a target within an evaluation. The release describes the effort as an evaluation of “potential development” and discloses no sites, customers, timeline, financing or binding volumes.
The practical significance is where the constraint sits. Bloom can manufacture the fuel cells, so the size of this plan depends less on fuel-cell supply than on how much captured CO₂ CRC can transport, inject and keep permanently underground.
Why Fuel Cells Are Being Paired With Carbon Capture
Natural gas is the most readily available fuel for new on-site power in the United States. In California, however, new gas-fired generation runs into tight emissions policy and permitting scrutiny. Fuel cells avoid the combustion step and the pollutants that come with burning fuel, but they do not avoid carbon dioxide. The carbon in methane has to go somewhere, and in a fuel cell it leaves as CO₂.
Pairing fuel cells with capture has a technical rationale. A solid-oxide fuel cell keeps the fuel stream and the air stream separate. Its CO₂ therefore exits less diluted than the nitrogen-heavy exhaust of a gas turbine, and less dilution generally makes capture simpler. The CRC–Bloom MOU builds on that premise. The release frames the goal as “decarbonized power across California,” which only holds if the captured carbon is actually stored.
For data center operators, this matters because speed and permittability have become as important as price. On-site generation can sidestep long grid connection waits, but only if it can be permitted. A fuel cell fleet whose emissions are captured and stored is a different regulatory proposition from a fleet of unabated gas generators.
The Ceiling Is Set by Storage, Not by Megawatts
The mechanism behind the 1 GW figure is simple. Every megawatt of gas-fed fuel cell capacity running around the clock produces a continuous stream of CO₂. A gigawatt-scale fleet would produce that stream every hour of every day for the life of the assets. To make the power “decarbonized,” each tonne must be captured, compressed, moved to a storage site and injected into rock formations deep underground, then monitored to show it stays there.
That is why CRC is the counterparty and not simply a gas supplier. Its release describes the Elk Hills CCS project as California’s first. It says the Crimson Midstream acquisition expands “options for potential longer-term development of CO₂ transportation across California.” Those are the assets that determine how much of the 1 GW could actually be built. The deliverable capacity of this partnership is bounded by injection capacity, storage permits and pipeline reach. Fuel cell manufacturing is not the binding limit.
Several groups are affected. Data center developers considering California would be buying power whose availability depends on a carbon storage system. Regulators would be assessing a CO₂ storage and transport program as well as a generation program. Bloom’s addressable market in the state becomes partly a function of CRC’s storage build-out. The scaling question for this model is less about generation equipment and more about whether the carbon side of the system can grow at the pace power demand requires.
What CRC Gets: A Use for Its Infrastructure Platform
For CRC, the MOU fits a strategy its chief executive described plainly. “As we look to 2027, CRC is moving from acquisition to optimization,” Francisco Leon said. The focus, he said, is on “putting our midstream, power and carbon opportunities to work.” CRC already operates the Elk Hills power plant. Its third-quarter electricity results beat guidance on higher resource adequacy prices, which are payments for being available to supply power when the grid needs it, and on stronger wholesale sales.
The quarter’s financials give context for CRC’s capacity to pursue new projects. The company reported a net loss of $315 million, which included a non-cash $540 million loss from changes in the value of commodity hedges. It also reported adjusted net income of $104 million, adjusted EBITDAX (a measure of earnings before interest, taxes, depreciation and exploration costs) of $341 million that exceeded guidance, and free cash flow of $147 million. It ended the quarter with $1,315 million of liquidity. Those figures describe a company with financial room to move. They are not a funding commitment to a gigawatt-scale power program, and none was announced.
What an MOU Does and Does Not Establish
An MOU is typically a statement of shared intent rather than a binding contract. The release’s wording is careful: the companies will “jointly evaluate and target the potential development” of 1 GW or more. That language supports the claim that the two firms intend to explore a large program. It does not support claims that capacity has been contracted, that customers have signed, or that construction is scheduled.
Share price reactions to announcements like this tend to price in the possibility, not the outcome. The substantive test will come when the companies attach sites, offtakers (the customers who agree to buy the power), capture rates and storage volumes to the 1 GW figure. Until then, the 1 GW is best read as an indication of the scale both parties believe the model could reach.
Background
Bloom Energy designs and manufactures solid-oxide fuel cell systems that generate electricity on site from natural gas or hydrogen. These systems are marketed to large power users that want supply independent of, or supplementary to, the grid. As demand from AI computing has strained grid capacity and lengthened waits to connect, on-site generation has drawn growing interest from data center developers.
California Resources Corporation, based in Long Beach, is an oil and gas producer focused on California. It has been repositioning around what it calls an energy infrastructure platform that spans production, midstream pipelines, power generation at Elk Hills and carbon management. The Uinta Basin sale and the Crimson Midstream acquisition narrow its focus to California, and the Bloom MOU extends its carbon and power strategy into fuel cell generation. Source: Bloom Energy stock gains on carbon capture partnership with California Resources (Investing.com), coverage of the market reaction to the Bloom–CRC fuel cell and carbon capture MOU. Additional coverage: California Resources Stock Earnings Beat Meets Bloom Energy Partnership (Yahoo Finance) and Bloom Energy Deal Eyes 1 GW for Data Centers and the Grid (FourWeekMBA). Primary sources: California Resources Corp, Form 8-K filed November 2, 2026 (SEC EDGAR); California Resources Corporation Reports Third Quarter 2026 Financial and Operating Results, Exhibit 99.1 to 8-K filed November 2, 2026 (SEC EDGAR).Sources