RAVEN-FLINT
Engineering Active

Atomic
Precision.

Pioneering a cleaner, safer, and more cost-effective uranium conversion process through advanced chemical engineering.

Explore Methodology arrow_forward
The Process Architecture

Chemical
Refinement

Our novel synthesis route delivers a ~27% reduction in plant electrical demand by eliminating F₂ electrolysis, redefining the economics of nuclear fuel conversion.

The RF Route

Pioneering a cleaner, safer, and more cost-effective uranium conversion process.

Our novel synthesis route eliminates elemental fluorine entirely, targeting a ~45% reduction in capital cost and ~20% lower annual operating cost. Raven-Flint is building the first new Western greenfield uranium conversion facility in decades.

CAPITAL COST

-45% vs Baseline

ANNUAL OPEX

-20% vs Baseline

SYNTHESIS

Zero-Fluorine (F2)

ELECTRICAL

-27% Plant Load

Technical Specifications arrow_right_alt

Lifecycle Visualization

UF6 Synthesis

A modern uranium conversion methodology emphasizing rigorous engineering discipline and absolute purity.

U3O8 // ASTM C1344
Yellowcake uranium oxide macro texture
STEP 01

Oxide Verification

Raw yellowcake (U3O8) undergoes chemical analysis upon receipt, verified against ASTM C1344 impurity limits. Feed material is characterized for moisture, particle size, and trace contaminants before entering the conversion process.

Feed Spec
ASTM C1344
Feed Material
U3O8
STEP 02

Chemical Conversion

Our novel synthesis route eliminates elemental fluorine entirely — removing the most hazardous and capital-intensive chemical from the conventional process. Engineering analysis projects:

  • • ~45% lower capital cost — no F₂ generation plant required
  • • ~20% lower annual operating cost and ~27% lower electrical demand
  • • Simplified safety profile — no elemental fluorine, reduced hazard classification
  • • Reduced regulatory footprint — fewer hazardous process chemicals
ENGINEERING STATUS: ACTIVE DESIGN
MULTI-STAGE // RF ROUTE
Abstract blue fluid simulation representing chemical reaction inside a reactor
48Y // ANSI N14.1
Industrial 48Y uranium hexafluoride cylinders
STEP 03

UF6 Containment

Product UF₆ is desublimed into solid form inside industry-standard 48Y cylinders, compliant with ANSI N14.1 and DOT 7A Type A packaging requirements for transport to enrichment facilities.

  • verified DESIGNED TO ANSI N14.1
  • verified DOT 7A TYPE A PACKAGING
  • verified 48Y CYLINDER: 12.5 TONNE CAPACITY
Section 3

Siting & Infrastructure

 REGULATORY TRACK NRC 10 CFR Part 40

Torch is expected to be sited in eastern Idaho, with Idaho National Laboratory (INL) as the preferred location. The facility would be licensed under NRC 10 CFR Part 40 for source material processing.

Siting Advantages

Eastern Idaho offers proximity to nuclear infrastructure, an experienced workforce, and established regulatory frameworks for nuclear materials handling.

Engineering HQ

Raven-Flint HQ — in Idaho Falls — is a separate facility housing the Match demonstration unit and core engineering operations.

location_on

Design Basis

Torch Pilot Plant
shield
500 tU
Annual Capacity
science
ASTM C787
Product Specification
show_chart
330 d/yr
Operating Days
bolt
100%
Product Off-Take LOI
precision_manufacturing Infrastructure // Phase 03

Pilot Plant

Raven-Flint has developed a novel synthesis route to produce specification-grade UF₆ that fundamentally differs from the legacy process. Our pathway eliminates elemental fluorine (F₂) from the entire conversion chain — removing the single most hazardous and capital-intensive element of conventional UF₆ production.

Blueprint Active
Factory Floor Blueprint
FACILITY RF-TORCH // PILOT PLANT
SITE: EASTERN IDAHO (PREFERRED)
Project Phase
DESIGN
Process Systems
10
Capacity
500 tU/yr
Off-Take
100% LOI

UF6 Synthesis

MAIN PROCESS LINE

Process schematic
SYSTEMS S1-S10
500 tU/yr

System 1

FEED RECEIPT & INSPECTION

Valve and piping wireframe with surface mesh
Uranium concentrates spec
ASTM C1344
IMPURITY ANALYSIS

Raven-Flint Chemistry

CLEAN, LOW COST, SAFE

Industrial cylinders
Product Form
48Y Cyl
Electrical Service
480V/800A
Full nuclear material accountability and tracking per 10 CFR 74 requirements.
10 Systems

Synthesis Process

rebase_edit
CAPEX Reduction ~45%
Annual OPEX
-20%
Elemental F2
ZERO
verified_user

Safety Protocols

ASME B31.3 PIPING [DESIGNED]
ASME SEC VIII VESSELS [DESIGNED]
HAZOP (PRELIMINARY) [COMPLETE]
Secure Access Point

Investor Relations

The Vault

Get in Touch

location_on

Operational Headquarters

Located in Idaho Falls, our HQ facility houses the Match demonstration unit and core engineering operations. This site is distinct and geographically separate from the planned Torch pilot plant.

Torch pilot plant facility render

Inquiry Routing

hq@ravenflint.com

Press Relations

media@ravenflint.com
info

Raven-Flint Nuclear Corporation is a privately held entity. Access to detailed technical schematics is restricted to authorized regulatory agencies and verified institutional partners under NDA.

ROUTE: RF (ZERO F2) CAPACITY: 500 tU/yr CAPEX_ADV: ~45% OPEX: -20% OFF_TAKE: 100% LOI SITE: EASTERN IDAHO
ROUTE: RF (ZERO F2) CAPACITY: 500 tU/yr CAPEX_ADV: ~45% OPEX: -20% OFF_TAKE: 100% LOI SITE: EASTERN IDAHO