Strategic Objectives
• Master the technical criteria for SMR siting in non-traditional locations.
• Navigate the seismic and hydrological requirements of small-footprint plants.
• Unlock the economic potential of repurposing brownfield coal sites.
• Learn how to maintain reliable energy in extreme Arctic and remote conditions.
The Core Challenge
Traditional nuclear power is tethered to massive water sources and stable grids, leaving remote and industrial sites stranded in a carbon-heavy past.
01
The SMR Revolution
02
The Art of Siting
03
Ground Truth
04
Hydrological Constraints
05
The Coal-to-Nuclear Pivot
06
Arctic Energy Frontiers
07
Mining the Atom
08
Microgrids and Autonomy
09
Environmental Impact Assessments
10
Passive Safety Systems
11
Geotechnical Engineering
12
Transportation and Logistics
13
Climatology and Extreme Weather
14
Public Perception and Social License
15
Desalination and Process Heat
16
Radiological Monitoring
17
Decommissioning and Remediation
18
Emergency Planning Zones
19
Regulatory Harmonization
20
Cyber and Physical Security
21
The Future of Versatility
Explore Research Ecosystem
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