Portable Nuclear Microreactors

EEIO develops portable nuclear microreactors — factory-built, truck-transportable units delivering reliable, carbon-free power. Each module generates 2.2 MW of continuous electricity and operates autonomously for 10–15 years without refueling.

2.2 MW

Per module output

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10–15 Years

Without refueling

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Zero Carbon

Clean energy generation

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Passive Safety

No operator intervention needed

Technology & Features

Factory Manufacturing

Completely factory-manufactured in controlled environments for quality control. Standardized design enables mass production, ensuring repeatability and lower costs.

Transportable Design

Fits within standard shipping container dimensions. Deliverable by truck, rail, barge, or aircraft with minimal site preparation required.

Inherent Safety

Passive safety systems require no external power or operator action. The reactor automatically shuts down safely under any condition — inherently safe by design.

Grid Flexibility

Operates in grid-independent or grid-integrated modes. Provides 24/7 reliable baseload power with long-life fuel and no on-site fuel handling complexity.

Scalability Architecture

Modules mesh together functioning as a unified small modular reactor without requiring traditional large-scale plant construction.

Single Module

2.2 MW

For remote sites or small communities

SMR Equivalent (6–8 Modules)

13–18 MW

Functioning as a unified plant

Large Scale (20+ Modules)

44+ MW

For cities or industrial zones

Applications

Mining & Resource Extraction

Replaces diesel generators at remote mining operations, reducing fuel logistics and carbon footprint.

Remote Communities

Serves off-grid locations currently dependent on fuel shipments, providing reliable and affordable energy.

Defense & Military

Provides energy security for forward operating bases and critical military installations.

Industrial Facilities

Powers manufacturing plants, data centers, and desalination systems with uninterrupted clean energy.

Disaster Response

Rapid emergency power deployment after infrastructure damage, restoring critical services quickly.

Extreme Environments

Functions reliably in arctic, desert, and high-altitude conditions where conventional power is impractical.

Key Advantages

Factory-controlled manufacturing ensuring repeatability and lower costs
Rapid deployment measured in weeks rather than years
No on-site fuel supply chain requirements
Complete carbon-free electricity generation
Mass-deployable through standardized design
Operates in grid-dependent or independent modes

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