Babcock & Wilcox Enterprises (BW)

Babcock & Wilcox Enterprises (NYSE: BW) is an industrial technology company with a rare pedigree. Founded in 1867 when George Babcock and Stephen Wilcox patented a water-tube boiler designed to replace dangerous high-pressure steam systems, the company became foundational to the electricity age itself — both Thomas Edison’s Pearl Street Station in New York City and Philadelphia’s Brush Electric Light Company, landmarks of American industrial history, operated on B&W boilers. Today, after a painful restructuring in the early 2000s and a strategic spin-off in 2015, the company sells power generation and emissions control equipment to electrical utilities, industrial manufacturers, municipalities, and, increasingly, large data centers serving artificial intelligence infrastructure.

The business sits at the intersection of three long-term trends: the grid’s need for reliable baseload generation as renewable capacity grows, the push to decarbonize industrial energy, and the explosive power appetite of AI data centers. None of these guarantees growth — the company is cyclical, capital-intensive, and operates in markets shaped by regulatory and technology transitions. But the market has rewarded B&W’s strategic shift toward these trends, and the backlog and near-term order pipeline suggest the bet is working.

A long history, badly stumbled

B&W’s story before the 2015 spin-off is one of success followed by decades of struggle. The company’s boiler technology was so dominant in the steam age that it became almost invisible — central power stations, ships, mills, and factories worldwide depended on B&W equipment. Innovations in supercritical boilers in the 1950s and flue-gas desulfurization (scrubbers that remove sulfur dioxide from power plant exhaust) in the 1970s kept the company at the leading edge as environmental regulation tightened. But the company’s fortunes turned in the late 20th century.

The asbestos crisis — B&W had used asbestos in insulation and other components throughout much of its history — triggered massive litigation and liabilities that haunted the balance sheet for decades. Deregulation of electricity markets and the shift toward natural gas reduced demand for the massive coal-fired boilers that were B&W’s core product. By 2000, the company filed for Chapter 11 bankruptcy. It emerged in 2006, but operated in a state of financial constraint and strategic confusion, pulled between the legacy boiler business and a growing but unprofitable focus on environmental equipment.

In 2015, The Babcock & Wilcox Company (the parent, which owned other unrelated industrial businesses) spun off Babcock & Wilcox Enterprises, a pure-play power and environmental technology provider. That spin allowed the new company to focus entirely on its core markets and to pursue a strategic pivot away from legacy coal infrastructure toward cleaner energy and decarbonization technologies. The move proved transformative.

Three segments, one mission

B&W Enterprises operates through three segments: Babcock & Wilcox Thermal, Babcock & Wilcox Renewable, and Babcock & Wilcox Environmental.

Thermal is the largest and most profitable, providing steam boilers and related equipment for power generation, petroleum refining, chemical manufacturing, and other industrial heat applications. It is also the most mature segment — the technology is well-established, the competitive landscape is crowded, and growth depends on customers making major capital expenditures, which happen infrequently. But Thermal generates cash and provides a steady foundation.

Renewable focuses on biomass boilers, waste-to-energy systems, and other thermal power solutions that burn renewable or waste fuels instead of coal or natural gas. It includes advanced hydrogen generation (via B&W’s proprietary BrightLoop technology) and carbon capture systems — technologies meant to play a role in a decarbonized energy system. This segment is much smaller in revenue but faster-growing, and it reflects B&W’s bet that industrial customers and utilities will need to shift away from fossil fuels, and that B&W’s engineering expertise can help them do it profitably.

Environmental sells air-pollution control equipment, primarily scrubbers and other systems that remove sulfur dioxide, nitrogen oxides, and particulates from power plant exhaust. This segment is countercyclical in a way: as coal-fired power plants age and face stricter regulation, operators often retrofit them with advanced scrubbers to extend their useful life rather than retire them outright. This extends the installed base of coal capacity, which is a complicated picture — it delays decarbonization but generates revenue for B&W and extends the economic life of generators that might otherwise shut down.

The data center moment

For much of the past decade, B&W’s strategy was sound but incremental. The company was slowly exiting legacy coal, building out renewable and carbon-capture capabilities, and maintaining a stable if modest base of industrial and utility customers. But the explosive growth of AI data centers changed the calculus.

Large language models and other AI workloads are extremely power-hungry. Tech giants and hyperscalers are building new data centers at a pace not seen in decades, and they need massive, reliable power supplies that can run 24/7. Solar and wind alone cannot meet that demand — they are intermittent. Grid capacity in many regions is constrained. The result is a rush to build on-site power generation, often using natural gas turbines paired with heat-recovery boilers to maximize efficiency. B&W’s equipment is ideally suited to this use case.

In 2026, this became visible in the backlog. First-quarter bookings soared to $2.5 billion, a year-on-year increase of roughly 1,970%, and total backlog swelled to $2.7 billion, up 483% from a year prior. That backlog is not pure profit — executing it requires capital, manufacturing capacity, and supply-chain management. But it signals that customers with real capital budgets are placing orders, and that B&W has positioned itself at the center of a major infrastructure build.

The most visible sign of this shift was the January 2026 announcement of a partnership with Siemens Energy to supply steam turbine-generator sets for an Applied Digital data center power project valued at over $1.5 billion. B&W would supply the boiler, Siemens the turbine; together they would provide one gigawatt of power, with initial delivery planned for the end of 2028. This is a very large contract for a company of B&W’s size, and it signals that major players in the energy industry see B&W as credible on both technology and execution.

How the money works

B&W’s revenue model is project-based. Customers order equipment, the company manufactures and ships it (sometimes over months or years for very large systems), and revenue is recognized according to the project contract — often as milestones are met. For large custom builds, this can mean lumpy revenue in any given quarter, but smooth cash generation over the life of a backlog. Gross margins vary by segment: Thermal, the least commodified, typically runs in the mid-40% range; Renewable and Environmental are lower, in the 25-35% range, depending on mix and volume.

The company has been guiding for core business adjusted EBITDA of $80 to $100 million in 2026. This is not huge — it implies an operating margin of low-to-mid single digits relative to revenue — but it shows a path to profitability from a base that was negative or minimal just a few years ago. The data center orders should support higher margins and faster growth in coming years, but that depends on execution: bringing those projects to completion on time, without major cost overruns, and without supply-chain disruptions that force delays or rework.

Competitive position and risks

B&W competes in fragmented markets. In industrial boilers, the top five players — GE, Siemens, B&W, Mitsubishi Hitachi Power Systems, and Doosan — collectively control roughly 30-40% of global market share. No single company dominates. GE and Siemens are vastly larger, with deeper pockets for R&D and capital, and broader product portfolios. But they are also generalist industrial companies; B&W, by contrast, is specialist in boilers and power-plant systems. That specialization can be an advantage in a deep technical sale, and it can also be a liability if the broader industrial cycle weakens.

The company faces several material risks. First, execution risk on the data center backlog. Large projects routinely face scope creep, supply-chain delays, labor shortages, and cost inflation. B&W has struggled with project execution in the past; delivering the current backlog on time and on budget is essential to validating the current thesis and winning future orders. Second, technology risk. B&W’s hydrogen generation and carbon-capture technologies are relatively new and unproven at scale. If they do not work reliably, or if better alternatives emerge, the Renewable segment could struggle. Third, cyclicality. The industrial economy is cyclical. A recession, a correction in capital spending by utilities or data centers, or a shift in technology (e.g., a breakthrough in small modular reactors, or a shift away from on-site generation) could collapse the backlog. Fourth, regulatory risk. Environmental regulations, nuclear power policy, and grid operators’ stance on natural gas generation all shape the demand for B&W’s products.

How to research B&W

B&W files annual 10-K reports with the SEC (CIK 1630805) that break down revenue by segment, describe backlog in detail, and outline risk factors. The quarterly earnings reports and investor presentations are where management discusses the data center opportunity and updates the backlog. Watch the gross margin trend by segment — if Environmental or Renewable margins are declining, it signals pricing pressure or product mix shift. Monitor backlog conversion: is the company actually converting orders into revenue on schedule? And track any commentary on supply-chain constraints or project delays, which are early warning signs.

For context on the broader industry, look at public disclosures from GE’s power division and Siemens Energy, which compete in similar markets. Industry research firms track boiler shipments and power-generation equipment orders, and that data can contextualize whether B&W’s backlog growth is an outlier or part of a broader surge.

B&W’s story is ultimately a bet on industrial decarbonization and the power demands of AI. The backlog and recent partnerships suggest that bet is resonating with customers. But the company remains cyclical, capital-intensive, and dependent on large project execution — it is not a defensive business. For investors, understanding whether B&W can deliver on its backlog, and whether the data-center-driven demand surge is a multi-year cycle or a temporary spike, is the core question.