A Platform for Sustainable Industrial Development
An integrated Wyoming development combining decarbonized power, large-scale water infrastructure and domestic battery mineral supply.
A Tier-1 asset with existing infrastructure.
Scale
14,000+ acres under exclusive project control.
Validation
Built on prior DOE-supported research.
Access
Direct rail, highway, CO2 networks, natural gas pipelines, fiber-optic and power infrastructure.
Economics
Four distinct revenue streams from a single investment.
Wyoming
Strategic Industrial Location
Established Infrastructure
Extensive Resource Base
Wyoming: Ideal Geology,
Unrivaled Support.
To produce water and lithium, you need a lithium-rich brine reservoir. To permanently store carbon, you need porous rock capped by seal-tight geology. Our Wyoming project possesses both, making it the optimal site for Vero3's production from a single subsurface system.
Infrastructure
Established network of road, rail, power lines, fiber optic, natural gas pipelines, CO2 corridors and utility corridors.
Talent Base
Active industrial base with research institutions and skilled labor for the energy transition.
Business Climate
Ranked best U.S. business climate for five consecutive years. Pro-energy policy.
Taxation
Favorable conditions:
no corporate tax and low sales tax.
An Integrated Development Platform
Vero3 is combining complementary energy, water and resource opportunities within a single Wyoming development platform, creating multiple pathways for sustainable industrial growth.
14,000+ Acres Under Control
Strategic land position in Wyoming —the foundation for our integrated development platform.
Proven Resource Base
18 years of DOE validation and $25M+ in federal funding confirm our asset quality—
de-risking the path to market.
Infrastructure Ready
Existing rail, roads, power, fiber optic, and CO2 corridor and nat gas pipelines reduce capital requirements and accelerate time-to-revenue.
Integrated Infrastructure Development
Accessing Brine
Our process begins with drilling wells to access lithium-rich brine deep underground. The geology contains vast reservoirs of brine accumulated over millions of years.
Pressure Extraction
Natural ground pressure forces brine to the surface (artesian flow), significantly reducing upfront energy requirements.
Water Production
We process the extracted brine to produce large volumes of clean water, which concentrates the lithium within the brine. Additionally, this creates storage capacity for carbon and manages the reservoir pressure while generating clean water.
Lithium Concentration
Using IBC Advanced Technologies' Nobel Prize-winning Molecular Recognition TechnologyTM, we selectively extract lithium with a 99% recovery rate for sale at battery-grade purity.
Waste Brine Injection
The remaining brine, now stripped of lithium and clean water, is pumped (re-injected) underground into the original source rocks (formation).
Carbon Storage & Revenue
Carbon is also injected underground either into the same formation or a formation devoid of lithium. This completes the closed-loop system, generating three revenue streams:
carbon storage, lithium, and clean water.
"Power. Water. Critical Minerals.
Three essential inputs for the next generation of American industrial development."
Preliminary economic aSSESSMENT
Roadmap
Resource & project development
Advance resource definition, engineering and development planning.
strategic Partners
Establish commerical and strategic partnerships across power, water and industrial development.
Project Readiness
Advance engineering, permitting and financing toward investment readiness.
Development & operations
Progressively develop revenue-generating infrastructure and resource operations.
CarbonSAFE Accreditation
A DOE CarbonSAFE Phase 3 project exemplifying full U.S. regulatory alignment.
Pre-feasibility
12–18 month initiative completed.
Feasibility
18–24 month initiative completed.
Site Characterization
< 1.5 to 2-year initiative (Current).
Construction
< 2-year initiative (Upcoming).