CORIUMNuclear Regulatory Intelligence
Live Data
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X-ENERGY
FOUNDED
2009
HQ
Rockville, MD
TYPE
Private
DOCKET
05200081
NRC LICENSING CIRCUIT
10 PTS
#6 OF 6
STALLING
LICENSING STAGE30 pts
MOMENTUM BONUS
STALL PENALTY--20 pts
SUSPENSION
TOTAL10 pts
HOW WE SCORE →
Also tracked in: FUEL
Signal Indicators
FUNDING STRENGTHMEDIUM
$400M+ raised · DOE ARDP recipient
COMMERCIAL TRACTIONHIGH
Amazon PPA · Dow Chemical · DOE ARDP
REGULATORY MOMENTUMMEDIUM
Design cert application under review
SUPPLY CHAIN READINESSMEDIUM
TRISO supply constrained · BWXT partnership

Signal indicators reflect Corium editorial assessment based on public data. Not investment advice.

GE VERNOVA
LOADING MARKET DATA…
NRC ADVANCED REACTOR CIRCUIT
DESIGN CERTIFICATION UNDER REVIEW
NO RECENT ACTIVITYLast activity: March 1, 2024
Last verified: April 2026 · Source: NRC ADAMS / Press Release · Scoring methodology ℹ
Recent Activity
No recent activity on record
Company Profile

X-energy, headquartered in Rockville, Maryland, is developing the Xe-100 — a pebble bed high temperature gas reactor using TRISO fuel particles that cannot melt down by design. Each unit generates 80 MWe, and plants can be built in four-unit clusters of 320 MWe. X-energy was selected alongside TerraPower for the DOE Advanced Reactor Demonstration Program in 2020, receiving up to $1.2 billion in federal cost-sharing. Amazon has signed a power purchase agreement targeting deployment by 2039. Dow Chemical is partnering with X-energy to deploy the Xe-100 for industrial process heat — the first nuclear plant designed to decarbonize heavy industry. Their design certification application is under active NRC review.

VISIT X-ENERGY
Reactor Specs
REACTOR DESIGN
Xe-100 · High-Temp Gas Reactor

Uses helium gas as coolant instead of water. Operates at higher temperature for greater thermal efficiency.

POWER OUTPUT
80 MWe

Powers ~65,040 average US homes. A standard large nuclear plant produces ~1,000 MWe.

COOLANT
Helium

Inert gas that cannot become radioactive. Allows very high outlet temperatures for industrial heat applications.

FUEL TYPE
TRISO Pebbles

Tristructural isotropic fuel: uranium encased in ceramic layers that cannot melt. Each particle acts as its own micro containment vessel.

TARGET OPERATION
2030

US nuclear projects historically require 7–10 years from construction permit to first power. The 2030 target assumes factory-built modular components and no major regulatory delays.

SITE LOCATION
Dow Chemical, TX

Dow Chemical industrial complex. Reactor heat will directly decarbonize Dow's manufacturing processes — the first nuclear-industrial heat application in the US.

Licensing Milestone Tracker
PRE-APPLICATION
2020
APPLICATION
Dec 2023
UNDER REVIEW
2024
RAI RESOLVED
DESIGN CERTIFIED
CONSTRUCTION PERMIT
Investor Intelligence
Capital Overview
TOTAL RAISED
$400M+
disclosed rounds
LAST ROUND
UNDISCLOSED
Series C · 2023
GOVT GRANTS
Up to $1.2B
DOE ARDP cost-share
VALUATION
PRIVATE
not publicly disclosed
Key Agreements
COUNTERPARTY
TYPE
CAPACITY
STATUS
YEAR
Amazon
PPA
PPA
ACTIVE
2023
Dow Chemical
PPA
PPA
ACTIVE
2022
DOE ARDP
GOVT
GOVT
ACTIVE
2020
Corium Assessment
Independent analysis · Not investment advice
STRENGTH
Industrial heat market is underserved
Dow Chemical partnership targets process heat — a market nuclear has never penetrated. If successful, opens an entirely new demand category beyond electricity generation.
~ WATCH
TRISO fuel supply chain
BWXT is the only commercial TRISO manufacturer in the US. X-energy and Kairos are competing for the same limited supply. Capacity expansion is underway but timeline uncertain.
RISK
No construction permit application yet
Still at design certification stage. TerraPower and Kairos are 2–3 regulatory stages ahead. The 2039 Amazon target assumes significant acceleration.
Corium assessments are independent editorial analysis based on public information. Not investment advice. Data sourced from NRC ADAMS, company filings, and press releases.
NRC Regulatory Journey
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