Discover how SMR facilities provide reliable electricity while requiring significantly less space compared to traditional power plants.
Compact and Efficient Building
SMRs generate clean energy with a smaller physical footprint.
Rigorous Environmental Studies
Extensive impact assessments ensure safety before construction.
Strong Containment Measures
Reactor structures are built to protect communities and ecosystems.
Water-Conscious Cooling
Advanced cooling systems reduce water consumption, minimizing stress on local supplies.
Inside an SMR Facility:
What to Expect
SMRs seamlessly integrate into communities with minimal disruption. Hover over the image to explore.
Stable Ground Conditions | Ensuring secure infrastructure on low-slope terrain.
Emergency Preparedness | Located near regional emergency response teams.
Minimal Environmental Disruptions | Avoiding sensitive ecosystems.
Power Grid Access | Direct connection to the existing electrical grid.
Low Population Density | Reducing risks to homes and businesses.
Stable Ground Conditions
Ensuring secure infrastructure on low-slope terrain.
Emergency Preparedness
Located near regional emergency response teams.
Minimal Environmental Disruptions
Avoiding sensitive ecosystems.
Power Grid Access
Direct connection to the existing electrical grid.
Low Population Density
Reducing risks to homes and businesses.
Long-Term Environmental Responsibility
SMRs are not only built with safety in mind but also with long-term environmental responsibility.
Land Restoration
Facilities are designed for site reuse after decommissioning.
Safe Dismantling
Advanced procedures ensure minimal environmental impact.
Sustainable Future
Sites can be repurposed for agriculture, industry, or nature.
SMRs: Clean Energy That’s Powerful and Sustainable
