Terra Innovatum targets 25% higher reactor output via Baker Hughes sCO₂ tech
Terra Innovatum Global N.V. is partnering with Baker Hughes to integrate sCO₂ power conversion technology into its SOLO™ Micro Modular Reactor, targeting a ~25% boost in output to ~1.25 MWe. This collaboration aims to reduce system complexity and improve efficiency for multi-megawatt deployments. Terra Innovatum will evaluate various turbomachinery options to optimize the reactor platform for different market scales.

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Terra Innovatum Global N.V. is targeting a ~25% increase in electrical output per reactor through a new collaboration with Baker Hughes to integrate advanced power conversion technology. The initiative aims to optimize the SOLO™ Micro Modular Reactor (MMR) platform, potentially raising net electrical output from ~1 MWe to as much as ~1.25 MWe. This enhancement is designed to reduce the number of units required for multi-megawatt installations, such as achieving 5 MWe with four reactors instead of five, thereby improving cost efficiency for industrial and distributed energy markets.
The collaboration involves the integration of supercritical CO₂ (sCO₂) power conversion technology provided by Baker Hughes. Under a recently signed Memorandum of Understanding, the two companies will work together to accelerate Terra Innovatum's reactor configuration optimization. The sCO₂ systems are expected to support higher cycle efficiency, a smaller physical footprint, and simplified balance-of-plant requirements for future reactor configurations.
Terra Innovatum remains the sole architect and integrator of the overall SOLO™ reactor platform, retaining responsibility for system design, safety, licensing, and deployment. The company is evaluating multiple turbomachinery technologies, including simplified and complex sCO₂ cycles as well as steam cycle alternatives. This analysis will determine optimal power conversion solutions based on project size, customer requirements, and performance criteria across small-, medium-, and large-scale installations.
Key Initiative Highlights
| Feature | Description |
|---|---|
| Reactor efficiency enhancement | Potential increase from ~1 MWe to ~1.25 MWe per SOLO™ reactor. |
| Reduced system complexity | Higher per unit output allows reaching target capacities with fewer reactors. |
| Flexible scaling | Evaluation of sCO₂ and steam cycles for various installation scales. |
| Commercial deployment pathway | Accelerates configuration decisions for near-term market introduction. |
The initiative supports Terra Innovatum's planning for near-term market introduction by advancing configuration decisions. The company will consider the potential use of sCO₂ technology for compact installations, steam cycle equipment for large-scale deployments, and hybrid architectures for specialized applications.
What is the projected timeline for the integration of Baker Hughes' sCO₂ technology into the SOLO™ MMR platform?
How will the licensing process be impacted by the introduction of sCO₂ power conversion systems?
What are the estimated capital cost savings for industrial customers achieving 5 MWe with four reactors instead of five?

























