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Terra Innovatum Launches Initiative to Enhance SOLO™ Reactor Output and Efficiency

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Terra Innovatum (NASDAQ:NKLR) launched an initiative to raise SOLO™ Micro Modular Reactor efficiency and output using advanced power conversion and Baker Hughes sCO2 turbomachinery.

Preliminary work targets an increase in net electrical output per reactor from ~1 MWe to ~1.25 MWe, enabling fewer units for multi-megawatt clean energy installations and supporting planning for near-term commercial deployment.

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Positive

  • Preliminary target to raise SOLO™ reactor output from ~1 MWe to ~1.25 MWe
  • Higher per-reactor output may cut units needed, e.g., 5 MWe with four reactors
  • MoU with Baker Hughes to evaluate advanced sCO2 power conversion solutions
  • Supports configuration decisions and planning for near-term commercial deployment

Negative

  • Efficiency gains are based on early engineering and preliminary studies, not yet demonstrated in operation
  • Current Baker Hughes collaboration is under a Memorandum of Understanding, not a finalized commercial contract

News Market Reaction – NKLR

+0.60%
1 alert
+0.60% Session close to close
$353.61M Market Cap
1.33K Volume

In the Jun 17 session, NKLR gained 0.60%, reflecting a mild positive market reaction.

Data tracked by StockTitan Argus on the day of publication.

Market Context

This announcement highlights a technical push to raise SOLO™ reactor output from ~1 MWe to as much a...
Analysis

This announcement highlights a technical push to raise SOLO™ reactor output from ~1 MWe to as much as ~1.25 MWe using Baker Hughes sCO2 turbomachinery, potentially cutting reactor counts for a given capacity. In the context of recent FOAK, cooling, and AI partnerships, it underscores Terra Innovatum’s effort to mature its platform before planned commercialization. Investors may watch for validated performance data, configuration decisions, and how these choices feed into licensing and deployment timelines.

Key Figures

Targeted output increase: ~25% higher electrical output per reactor Current SOLO output: ~1 MWe per reactor Optimized SOLO output: Up to ~1.25 MWe per reactor +1 more
4 metrics
Targeted output increase ~25% higher electrical output per reactor SOLO™ reactor optimization initiative
Current SOLO output ~1 MWe per reactor Preliminary studies baseline for SOLO™ reactor
Optimized SOLO output Up to ~1.25 MWe per reactor Preliminary studies of enhanced SOLO™ design
Example plant capacity 5 MWe with four reactors Target capacity illustration for multi‑reactor setup

Historical Context

5 past events · Latest: Jun 15 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Jun 15 Earnings and 10-K Positive -2.1% Reported strong cash, no debt, and progress toward FOAK SOLO deployment.
May 22 Nasdaq delinquency notice Negative -3.1% Nasdaq notice for delayed 10-K and 10-Q filings and compliance timeline.
May 18 Cooling supply agreement Positive -7.9% Water‑independent cooling deal for FOAK SOLO deployment with SPG Dry Cooling.
May 11 AI operations partnership Positive +4.8% AI and autonomy collaboration with Sant’Anna University for SOLO reactors.
May 04 U.S. HQ expansion Positive -3.0% Pittsburgh HQ launch and new U.S. leadership to advance licensing and FOAK.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Stock often sold off on positive operational news, with only one recent partnership drawing a positive reaction.

Recent Company History

Over the last six weeks, Terra Innovatum has reported its 2025 Form 10‑K with $102.9 million cash and no debt, progressed FOAK site selection, and highlighted up to 100 SOLO units under non‑binding MOUs and potential capacity of 400 reactors/year by 2028. Operational updates such as U.S. HQ expansion, cooling and AI partnerships, and reporting delays have mostly seen negative price reactions. Today’s efficiency‑focused SOLO™ reactor initiative extends this pattern of development‑stage execution news against a volatile trading backdrop.

Key Terms

sco2, turbomachinery, supercritical co2, balance-of-plant, +3 more
7 terms
sco2 technical
"advanced power conversion and sCO2 turbomachinery solutions from Baker Hughes"
sCO2 stands for supercritical carbon dioxide, a state where carbon dioxide is heated and pressurized until it behaves like both a gas and a liquid. Engineers use sCO2 in power cycles and industrial systems because it can transfer heat more efficiently and allow smaller, cheaper equipment—like swapping a bulky radiator for a compact high-efficiency one—so it can lower operating costs and reduce emissions, making projects potentially more profitable and attractive to investors.
turbomachinery technical
"advanced power conversion and sCO2 turbomachinery solutions from Baker Hughes"
Turbomachinery are machines with spinning parts that move or extract energy from fluids like air, steam, or water — examples include turbines, compressors, pumps and fans. Investors care because these machines are central to power plants, aircraft engines, industrial plants and oil and gas facilities; their efficiency, reliability and maintenance needs directly affect operating costs, revenue potential and capital spending, much like the engine in a car determines fuel use and repair bills.
supercritical co2 technical
"advanced turbomachinery solutions, including supercritical CO2 (sCO2) power conversion technology"
A state of carbon dioxide created by heating and compressing it so it behaves like both a gas and a liquid at once, able to flow like air but dissolve materials like a liquid. Investors care because supercritical CO2 is used as a cleaner, energy-efficient solvent and industrial process fluid (for extraction, cleaning, and power cycles), so its use can lower operating costs, reduce regulatory or environmental risk, and affect capital and product margins.
balance-of-plant technical
"a smaller footprint, and simplified balance-of-plant requirements for Terra Innovatum’s future reactor"
All the supporting equipment, systems and infrastructure at a power-generating facility that are not the main energy-producing units — for example wiring, pumps, transformers, cooling systems, control rooms and on-site buildings. Like the supporting cast behind a movie star, these parts don’t produce the power themselves but are essential for the plant to operate safely and reliably; they matter to investors because their cost, durability and maintenance needs affect project budgets, timelines, operating costs and overall risk.
memorandum of understanding regulatory
"Under a recently signed Memorandum of Understanding, the two companies will collaborate"
A memorandum of understanding (MOU) is a formal agreement between two or more parties that outlines their shared intentions and plans to work together. It acts like a handshake in writing, clarifying each side’s roles and expectations before any official contract is signed. For investors, an MOU signals that parties are serious about collaboration, which can influence future business opportunities and potential growth.
steam cycle technical
"as well as steam cycle alternatives, for use across small-, medium-, and large-scale installations"
A steam cycle is the closed loop inside a power plant or industrial system where water is heated into steam to spin turbines, then cooled back into water and returned to be reheated. Think of it like a car’s engine cycle: how smoothly and efficiently the loop runs determines fuel and maintenance costs, electricity output, emissions and equipment lifespan, all of which directly affect an operator’s revenue and investment risk.
hybrid architectures technical
"and hybrid architectures for specialized applications"
Hybrid architectures are systems that combine two or more different technology approaches—such as cloud-based services and local servers, or traditional software and newer machine-learning components—so they operate together as one solution. Like a hybrid car using gas and electric power to balance efficiency and performance, these designs matter to investors because they can lower costs, reduce operational risk, meet regulatory or data-location needs, and speed up product delivery, all of which affect profitability and growth potential.

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Targets ~25% higher electrical output per reactor through advanced power conversion and sCO2 turbomachinery solutions from Baker Hughes

NEW YORK, June 17, 2026 (GLOBE NEWSWIRE) -- Terra Innovatum Global N.V. (NASDAQ: NKLR), the developer of the SOLO™ Micro Modular Reactor (MMR), today announced a major initiative to scale its next generation reactor platform and unlock higher efficiency for larger, more cost effective clean energy installations.

As part of this initiative, Terra Innovatum is advancing an optimized power conversion architecture designed to increase net electrical output per reactor and reduce the number of units required for multi-megawatt installations. Early engineering assessments indicate a significant improvement per-reactor in electrical output, enabling more efficient deployment across industrial, distributed energy, and off grid markets.

This initiative includes the integration of advanced turbomachinery solutions, including supercritical CO2 (sCO2) power conversion technology provided by Baker Hughes, an energy technology company that provides solutions to energy and industrial customers worldwide. These systems may support higher cycle efficiency, a smaller footprint, and simplified balance-of-plant requirements for Terra Innovatum’s future reactor configurations. Under a recently signed Memorandum of Understanding, the two companies will collaborate to accelerate Terra Innovatum’s reactor configuration optimization, including evaluation of Baker Hughes’ sCO2 power conversion solutions.

Key highlights of the initiative include:

  • Reactor efficiency enhancement: Preliminary studies indicate a potential increase from ~1 MWe to as much as ~1.25 MWe per SOLO™ reactor.
  • Reduced system complexity: Higher per unit output may allow customers to reach target capacities with fewer reactors—for example, achieving 5 MWe with four reactors instead of five.
  • Flexible scaling: Terra Innovatum is evaluating multiple turbomachinery technologies, including both simplified and more complex sCO2 cycles, as well as steam cycle alternatives, for use across small-, medium-, and large-scale installations.
  • Pathway toward future commercial deployment: The initiative accelerates Terra Innovatum’s configuration decisions and supports its planning for near-term market introduction.

Terra Innovatum remains the sole architect and integrator of the overall SOLO™ reactor platform, responsible for system design, safety, licensing, and deployment.

Terra Innovatum’s analysis will determine optimal power conversion solutions based on project size, customer requirements, and performance criteria. This includes the potential use of sCO2 technology for compact installations, steam cycle equipment for large-scale deployments, and hybrid architectures for specialized applications.

“This initiative represents a critical step in our mission to deliver high-efficiency, scalable clean energy solutions,” said Alessandro Petruzzi, Co-Founder and CEO of Terra Innovatum. “Leveraging Baker Hughes’s technical know-how and advanced turbomachinery equipment allows us to accelerate performance optimization and support the broad range of applications our customers require.”

This effort reinforces Terra Innovatum’s commitment to bringing compact, safe, and commercially viable nuclear energy solutions to global markets at a pace that meets rapidly growing demand.

ABOUT TERRA INNOVATUM & SOLO™

Terra Innovatum's mission is to make nuclear power accessible. We deliver simple and safe micro-reactor solutions that are scalable, affordable and deployable anywhere 1 MWe at a time.

Terra Innovatum is a pioneering force in the energy sector, dedicated to delivering innovative and sustainable power solutions. Terra Innovatum plans to leverage cutting-edge nuclear technology through the SOLO™ Micro-Modular Reactor (SMR™) to provide efficient, safe, and environmentally conscious energy. With a mission to address global energy shortages, Terra Innovatum combines extensive expertise in nuclear industry design, manufacturing, and installation licensing to offer disruptive energy solutions. Committed to propelling technological advancements, Terra Innovatum and SOLO™ are dedicated to fostering prosperity and sustainability for humankind.

It is anticipated that SOLO™ will be available globally within the next three years. Conceptualized in 2018 and engineered over six years by experts in nuclear safety, licensing, innovation, and R&D, SOLO™ addresses pressing global energy demands with a market-ready solution. Built from readily available commercial off-the-shelf components, the proven licensing path for SOLO™ enables rapid deployment and minimizes supply chain risks, ensuring final cost predictability. Designed to adapt with evolving fuel options, SOLO™ supports both LEU+ and HALEU, offering a platform ready to transition to future fuel supplies.

SOLO™ will offer a wide range of versatile applications, providing CO2-free, behind-the-meter, and off-grid power solutions for data centers, mini-grids serving remote towns and villages, and large-scale industrial operations in hard-to-abate sectors like cement production, oil and gas, steel manufacturing, and mining. It also has the ability to supply heat for industrial applications and other specialized processes, including water treatment, desalination and co-generation. Thanks to its modular design, SOLO™ can easily scale to deliver up to 1GW or more of CO2-free power with a minimal footprint, making it an ideal solution for rapidly replacing fossil fuel-based thermal plants. Beyond electricity and heat generation, SOLO™ can also contribute to critical applications in the medical sector by producing radioisotopes essential for oncology research and cancer treatment.

To learn more, visit: https://investors.terrainnovatum.com/. Follow us on X: https://x.com/TerraInnovatum and LinkedIn: https://www.linkedin.com/company/terra-innovatum-solo/.

FORWARD LOOKING STATEMENTS

This press release includes “forward-looking statements” within the meaning of the federal securities laws, including, but not limited to, opinions and projections prepared by Terra Innovatum’s management. Forward-looking statements generally relate to future events or future financial or operating performance, including pro forma and estimated financial information, and other “forward-looking statements” (as such term is defined in the Private Securities Litigation Reform Act of 1995). The recipient can identify forward-looking statements because they typically contain words such as “outlook,” “believes,” “expects,” “ will,” “projected,” “continue,” “increase,” “may,” “should,” “could,” “seeks,” “predicts,” “intends,” “trends,” “plans,” “estimates,” “anticipates” or the negatives or variations of these words or other comparable words and/or similar expressions (but the absence of these words and/or similar expressions does not mean that a statement is not forward-looking). These forward-looking statements specifically include, but are not limited to, statements regarding estimates and forecasts of financial and performance metrics, projections of market opportunity and market share, expected timing for regulatory approvals and commercialization and the potential success of Terra Innovatum’s strategy and expectations. Forward-looking statements, opinions and projections are neither historical facts nor assurances of future performance. Instead, they are based only on current beliefs, expectations and assumptions regarding the future of Terra Innovatum’s business, future plans and strategies, projections, anticipated events and trends, the economy and other future conditions. Because forward-looking statements relate to the future, they are subject to inherent uncertainties, risks and changes in circumstances that are difficult to predict and many of which are outside of Terra Innovatum’s control. These uncertainties and risks may be known or unknown. Factors that may cause actual results to differ materially from current expectations include, but are not limited to: changes in domestic and foreign business, market, financial, political and legal conditions; failure to realize the anticipated benefits of the proposed business combination; risks relating to the uncertainty of the projected financial information with respect to Terra Innovatum; future global, regional or local economic and market conditions; the development, effects and enforcement of laws and regulations; Terra Innovatum’s ability to manage future growth; Terra Innovatum’s ability to develop new products and services, bring them to market in a timely manner, and make enhancements to its platform; the effects of competition on Terra Innovatum’s future business; and the outcome of any potential litigation, government and regulatory proceedings, investigations and inquiries and other risks and uncertainties described under the heading “Risk Factors” in documents Terra Innovatum files from time to time with the Securities and Exchange Commission. If any of these risks materialize or the Terra Innovatum’s assumptions prove incorrect, actual results could differ materially from the results implied by the forward-looking statements contained herein. In addition, forward-looking statements reflect Terra Innovatum’s expectations and views as of the date of this presentation. Terra Innovatum anticipates that subsequent events and developments will cause its assessments to change. However, while Terra Innovatum may elect to update these forward-looking statements in the future, each of them specifically disclaims any obligation to do so. Accordingly, you should not place undue reliance on the forward-looking statements, which speak only as of the date they are made.

CONTACTS

Giordano Morichi
Founding Partner, Chief Business Development Officer & Investor Relations
Terra Innovatum Global N.V.
E: g.morichi@terrainnovatum.com
W: www.terrainnovatum.com

Investor Relations
Simon Willcocks, Alliance Advisors IR
E: TerraIR@allianceadvisors.com

Media Relations
Alliance Advisors IR
E: TerraIR@allianceadvisors.com


FAQ

What is Terra Innovatum (NASDAQ:NKLR) doing to enhance SOLO™ reactor output in June 2026?

Terra Innovatum announced an initiative to optimize power conversion for its SOLO™ reactors, targeting higher electrical output per unit. According to Terra Innovatum, this includes advanced turbomachinery, sCO2 power conversion, and configuration work to support larger, more cost-effective clean energy installations.

How much could SOLO™ reactor electrical output increase for Terra Innovatum (NKLR)?

Preliminary studies indicate SOLO™ reactor output could rise from about 1 MWe to roughly 1.25 MWe. According to Terra Innovatum, this ~25% potential increase is based on early engineering assessments and depends on optimized power conversion architectures and turbomachinery selection.

How will the NKLR initiative reduce the number of SOLO™ reactors needed per installation?

Higher per-reactor output may let customers reach target capacity with fewer SOLO™ units. According to Terra Innovatum, a 5 MWe installation could potentially use four reactors instead of five, simplifying system design and potentially lowering complexity for multi-megawatt projects.

What role does Baker Hughes play in Terra Innovatum’s SOLO™ reactor efficiency program?

Baker Hughes will provide advanced turbomachinery, including sCO2 power conversion technology, under a new Memorandum of Understanding. According to Terra Innovatum, the companies will collaborate to evaluate these solutions and accelerate optimization of future SOLO™ reactor configurations for varied installation sizes.

How does the NKLR initiative support future commercial deployment of SOLO™ reactors?

The initiative is intended to speed configuration decisions and planning for near-term market introduction of SOLO™ reactors. According to Terra Innovatum, it evaluates sCO2, steam, and hybrid cycles to match project size, customer requirements, performance criteria, and different deployment scales.

What power conversion options is Terra Innovatum (NASDAQ:NKLR) evaluating for SOLO™ reactors?

Terra Innovatum is assessing multiple turbomachinery technologies, including simple and complex sCO2 cycles and steam alternatives. According to Terra Innovatum, these options could serve small, medium, and large installations, including compact, large-scale, and specialized hybrid applications across industrial and off-grid markets.