THE CARBON CAPTURE PROMISE REALIZED

GIGA-SCALE CRYOGENIC CARBON CAPTURE

LOWEST COST. FASTEST TO DEPLOY. VALIDATED. STANDARDIZED.

1,000+ HOURS AT DOE NATIONAL CARBON CAPTURE CENTER

TURNKEY CARBON CAPTURE
BUILT FOR SCALE

FrostCarbon’s disruptive, patented FrostCC® cryogenic carbon capture solution leverages a thermomechanical process that’s standardized, modular, low cost, fast-to-deploy and giga-scalable.

From power plants and industrial facilities to pulp & paper mills, FrostCC® installs with minimal customization, low integration cost and consistently high performance across the full range of CO₂ emitters.

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Diagram of a hexagon with labels indicating vertices, sides, and angles in black with blue outline lines.
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A large, complex robotic machine with multiple blue and white components, possibly used for manufacturing or assembly.

 LOWEST COST
FASTEST TO DEPLOY
DESIGN 1. BUILD 1,000

FROSTCC® STANDARDIZED TRAINS

BUILT OFFSITE

MULTI-VENDOR SUPPLY CHAIN

TURNKEY DELIVERY

2–3× FASTER INTEGRATION

6 YEARS AND $30 MILLION R&D INVESTED


HOW IT WORKS

"Compress. Frost. Melt."

Large industrial compressor machine outdoors on a concrete surface with a cloudy sky in the background.

Compress & Cool Flue gas

Industrial facility with large vertical silver pipes and metal framework.

Frost CC® - CO₂ Frosts in our Heat Exchangers

Industrial plant with large metallic pipes and tanks, part of a factory or refinery.

CO₂ Melt to Liquid > Pipeline Ready
(no further compression)

Multiple laptops displaying various technical software interfaces, including graphs, charts, and diagrams, on a white background.

FrostDashboard Fully Integrated Software

FrostCarbon employs a modeling-first framework for FrostCC® design and operation. High-fidelity thermal-fluid models – validated by extensive proprietary test data and continuously updated with live field performance – drive the control logic for each frost/melt cycle.

The FrostDashboard provides a fully integrated software environment that overlays real-time operating data with model predictions for complete system transparency and automated performance optimization.

PERFORMANCE AND VALIDATION

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    VALIDATED
    Over 1,000 hours at DOE’S National Carbon Capture Center

  • A white hexagon with a stylized snowflake design and 'CO2' in the center, representing carbon dioxide.

    EFFECTIVE
    Proven capture rates at up to 99% CO₂ at 99.9% purity

  • A circle with a slash through it over the water droplet icon, inside a hexagon.

    SIMPLE AND CLEAN
    No water, steam, chemicals, or refrigerants

  • Line drawing of a computer server rack with three servers inside a hexagon outline.

    HYPERSCALER
    FrostCarbon partnership with top-tier hyperscaler

  • Line drawing of a factory with smoke coming out of chimney, set inside a hexagon outline.

    PULP & PAPER
    First commercial-scale project with major pulp & paper partner: FID 2026

NATURAL GAS POWER Nth-OF-A-KIND CARBON CAPTURE BENCHMARKING

Diagram illustrating the levelized cost of capture (LCOC) for different carbon capture technologies, including amine, membrane, solid sorbent, and frost carbon, with a performance index from slow to fast and cost from high to low. A gray circle indicates sphere size representing 2030 US TAM gas power retrofit potential.

FrostCC®: Projected lowest cost, fastest deployed carbon capture technology

US TAM size is the potential NGCC retrofits for plants with a vintage >2000, at least 500MW and with proximity to CO2 pipeline/storage.
Based on FrostCarbon’s internal analysis, using public data and engineering models. Results are illustrative and may vary by project and are not intended to represent vendor-specific performance

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WHY NOW – "Market Tailwinds"

$85/t

Tax credit pays $85/t stored/utilized CO₂

24/7

U.S. power demand growing 26% to ~580 GW by 2030, driven largely by AI data centers.

Hyperscalers paying significant premiums for 24/7 carbon-free power

$50 B

Carbon dioxide removal credit demand soaring to $50B by 2030

Request Pre-FEED

DIRECT INQUIRIES TO:

IR@frostcarbon.com