Carbon Credits from BioCNG Projects

Carbon credits are generated from Bio-CNG projects through methane capture, fossil fuel displacement, and improved waste management, providing substantial additional revenue streams.

Carbon Credit Buyers

Growing demand from diverse buyer segments creates robust market opportunities for carbon credits.

Corporate BuyersHigh and growing
Preferences: High-quality, co-benefits
Price Range: $10–50 per tCO2e
Examples: Microsoft, Google, Shell, BP
MicrosoftGoogleShellCorporateJPMorgan Chase
Government EntitiesEmerging
Preferences: Local projects, development co-benefits
Price Range: $15–100 per tCO2e
Examples: National governments, municipalities
Uttar PradeshAndhra PradeshJharkhandKeralaTamil Nadu
Financial InstitutionsGrowing
Preferences: Diversified portfolios, verified credits
Price Range: $5–30 per tCO2e
Examples: Banks, pension funds, asset managers
State Bank of IndiaKotak Mahindra BankBankBank
AirlinesVery high
Preferences: CORSIA-eligible, removal credits
Price Range: $20–100 per tCO2e
Examples: Major airlines for CORSIA compliance
Air IndiaSriLankan AirlinesQantasEmirates

How BioCNG Reduces Carbon Emissions

BioCNG projects deliver significant carbon emission reductions through multiple pathways, each contributing to measurable environmental impact. Biomass pellet projects also qualify for carbon credit generation.

Methane Capture

25-30 tCO2e per ton BioCNG

Capturing methane that would otherwise be released into the atmosphere, preventing a potent greenhouse gas from contributing to climate change.

Mechanism: Direct emission reduction through waste-to-energy conversion

Fossil Fuel Displacement

23-25 tCO2e per ton BioCNG

Replacing conventional natural gas and diesel with clean BioCNG, eliminating emissions from fossil fuel combustion.

Mechanism: Avoided emissions from fossil fuel combustion

Waste Management

15-20 tCO2e per ton feedstock

Preventing organic waste decomposition in landfills, which would otherwise release methane and other harmful gases.

Mechanism: Methane emission reduction from improved waste management

Soil Carbon Sequestration

0.3-1.0 tCO2e per ton slurry

Using bio-slurry as organic fertilizer enhances soil carbon content, creating a natural carbon sink.

Mechanism: Carbon sequestration in agro-industrial soils

Carbon Credit Market Growth

Key statistics showcasing the exponential growth and potential of the carbon credit market

$1 Billion
Voluntary carbon market size in 2023
30%
Annual market growth rate
2030
Expected $50 billion market by 2030
25–30
tCO2e per ton BioCNG potential

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