Hyperion Power Generation is commercializing a small civilian reactor developed by Los Alamos National Laboratory, focusing on a transportable, sealed-core design with enhanced safety features. The project has secured customer commitments for 122 units worth $3.6 billion and aims to generate electricity at costs below $0.10 per kWh worldwide. Key advisors and partners have been established, and the company is progressing towards regulatory licensing with a projected operational outcome of 25 MW electrical output.

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2. • Commercializing small civilian reactor from Los Alamos
National Laboratory
– Technology transfer success
– Exclusive license & CRADA
• Development and design performed by Los Alamos
National Laboratory
– LANL was pioneer and is a leader in nuclear power development
– Experience in Navy reactors, spacecraft, other small power reactors
– Expert in neutronics design, reactor safety, security,
nonproliferation, economics
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3. • Capital funded through commercial launch
– Venture capital & strategic partnerships
• Completing design
• Program office established
• Influential technical and business advisory boards
• Pre-Application discussions continue
– U.S. NRC
– U.K. NII
• Customer commitments for 122 units so far
– US$3.6 Billion
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4. • Advisors
– Lady Barbara Thomas Judge, UKAEA
– Lee Peddicord, Texas A&M
– Tony Rollett, Carnegie Mellon
– Alan Waltar, US Pacific Northwest Lab
– Earl Whiteman, former manager Rocky Flats
– Bill Anderson, former Assist Sec US Air Force
• Partners
– TetraTech
– Chamberlain
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5. Program Office Organization
Establish and maintain Project O ce (for multiple customers)
Project integration and oversight; project standards, document control
Capt. Mark Campagna Life cycle, schedule, and risk management evaluations
COO/CNO Product development
Design & Construction Reviews
Project security requirements
HPM Design Authority Architect Engineers Licensing
Dr. T. J. Trapp TetraTech Hyperion Power
Los Alamos National Lab Chamberlain
HPM Design Conceptual design of systems Licensing lead with the U.S. NRC for DCD and U.K. NII for GDA
Con rmatory Testing Final design of systems & components Oversight of all regulatory documents and commitments
Preliminary Accident Analysis Design calculations Regulatory certi cation holder
Preliminary Probabilistic Procurement speci cations
Risk Assessment (PRA) Design Certi cation preparation
Final accident & safety analysis
Final PRA
Licensing Support
Procurement
Quality Assurance
Detailed design integrator
Detail Designers & Construction Client or Utility
Manufacturers Company Startup & Operations
Detailed sizing calculations Receive equipment Operating license holder
Detailed stress analysis Build plant Operator training
Detailed manufacturing drawings Functional systems testing Simulator procurement
Materials procurement Turn over to Operators Oversee construction
Components manufacturing and delivery Manage ITAAC completion
Manage startup and operation
Waste management (depending on jurisdiction)
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6. 1. Transportable 2. Sealed Core – Safe and Secure
• Unit will measure approximately 1.5 x 2.5 m • Factory sealed
• Must fit into standard transport container • No in-field refueling
• Modular design for easy and safe transport • Closed fuel cycle
3. Safety 4. Operational Simplicity
• System will handle any accident through a
combination of inherent and engineered • Operation limited to reactivity adjustments to
features maintain constant temperature output
• Inherent negative feedback (with respect to
temperature) keeps the reactor stable and
operating at a constant temperature 6. Isolated Power Production
5. Minimal In-core Components • Electric generation components requiring
maintenance in an accessible location
• Operational reliability is greatly enhanced by • Allows existing generation facilities to be
the reduction of moving mechanical parts retrofitted
• Each unit will generate approximately 70MWt and 25MWe – enough to
power 20,000 average American homes.
• Overnight costs at $2,000 - $3,000 per KW capacity
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7. • Community power
• Dedicated power
– hospitals, factories, foundries, government
centers, water treatment, irrigation, universities
• Baseload for other renewable energy
• Mining
• Oil production & refining
• Military facilities
Market Goal: generate electricity for < US$0.10 per kWh anywhere in the world
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8. Reactor Power 70MW thermal
Electrical Output 25MW electric
Lifetime 5 – 15 years
Size (meters) 1.5w x 2.5h
Weight (ton) Less than 50
Structural Material Stainless Steel
Coolant PbBi
Fuel Uranium nitride in HT-9 cladding
Enrichment (% U-235) <20%
Refuel on Site No
Sealed Yes
License Begin March 2010, formal Fall 2010
Passive Shutdown Yes
Active Shutdown Yes
Transportable Yes. As single unit. Sealed core with
fuel.
Factory Fueled Yes
Safety & Control Elements Two redundant shutdown systems &
reactivity control rods.
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9. Radial Reflector
Downcomer & Heat Exchanger
(tube and shell)
Internal Vessel
Intermediate Loop
Downcomer
External Vessel
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10. Reactor vessel
Sub-assembly (24)
Shutdown Control Rod
Operational
Control Rod
Cavity for Reserve
Shutdown Balls
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11. Edge Sub-Assembly
(54 Fuel Pins)
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16. Cavity for Reserve Shutdown
balls (D≈1.5 cm)
Cavity wall
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18. • Hyperion Power has evolved the design to
– Ensure high level of safety and security
– Meet market requirements
– Maximize operational life
– Reduce regulatory risk
– Satisfy enormous global demand
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19. • Mark S. Campagna, PMP
– Mark@HyperionPowerGeneration.com
– Ph: +1 (505) 216-9130
• Deborah A. Deal Blackwell, APR
– Deborah@HyperionPowerGeneration.com
– Ph: +1 (703) 722-2821
November 2009 Copyright 2009, Hyperion Power Generation, Inc. All rights reserved. 19