Calculate Your CO₂ Capture Potential

Enter your emissions data below to estimate annual CO₂ capture, carbon credit savings, and investment returns.

Carbon Capture Calculator
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Start with a typical industry configuration
Cement
Cement / Clinker Kiln
14–33% CO₂
Oil & Gas
FCC Full Combustion
14–17% CO₂
Oil & Gas
FCC Partial Combustion
8–12% CO₂, high CO
Steel
Blast Furnace Gas
20–25% CO₂
Power
CCGT Power Station
3–5% CO₂
Emissions Data
$USDVoluntary
€EUREU ETS
£GBPUK ETS
A$AUDAU ERF
C$CADCA Carbon
m³/hr
hrs
days
$/tonne
Gas Composition & Capture
15%
70%
15%
ppm
ppm
98%
Locked at system design specification — adjustable in feasibility study.
Financial Parameters All fields optional — add what you know to unlock deeper analysis
$M
Enter in millions (e.g. 45 = $45M)
$/t CO₂
None
EOR$30–80/t
Food & Bev$100–200/t
e-Fuels$80–150/t
Mineralisation$20–50/t
$/t CO₂
Revenue per tonne of captured CO₂ sold
0%
% of unabated emissions covered by free credits
8%
Used for 20-year NPV (if CAPEX entered)
Your Results
Estimated Annual Net Value
—
—
CO₂ Captured
—t/yr
Tonnes per year
Total CO₂ in Stream
—t/yr
Before capture
CO₂ Vented
—t/yr
Remaining emissions
Mass Flow Rate
—kg/hr
CO₂ at inlet
CO₂ Capture Breakdown—% captured
Captured
Vented
How our system compares to amine absorption
CO₂ captured is equivalent to…
—
cars taken off the road for a year
—
mature trees absorbing CO₂ for a year
—
homes' annual carbon footprint offset
5-Year Net Value Projection
Price growth: 5%/yr
5-year cumulative net value
—
5-Year Carbon Tax Liability (with price escalation)
Without capture
—
With capture
—
You avoid — in carbon taxes over 5 years
Recommended capture technology
Recommended technology
—
—
    Ready to move forward?
    Get a detailed feasibility study for your specific process — tailored capture system design, refined CAPEX/OPEX modelling, and site-specific ROI analysis based on your actual stream data.
    Assumptions & Notes: CO₂ density 1.87 kg/m³ at 15°C, 1 atm. Equivalencies: 1 tonne CO₂ ≈ 0.217 cars/yr, 46 trees, 0.133 homes. Net annual value = carbon credit savings (after free allowance) + CO₂ utilisation revenue − capture opex. 20-year NPV uses selected discount rate with escalating carbon price. Break-even price = minimum credit price for simple 20-year cost recovery. Results are indicative estimates.