C3
    Carbon3Financing Net Zero

    How Insetting Benefits Numerous Industries

    Explore how inset credits can finance decarbonization, reduce Scope 3 exposure, and unlock tradable financial value across sectors. All scenarios shown are illustrative, based on real project archetypes and modeled market data.

    Illustrative map showing diverse industrial sectors—steel, maritime, aviation, and agriculture—integrated into the Carbon3 inset credit ecosystem

    Maritime Fuels

    Problem

    Split Incentive Risk: Carriers bear the green fuel premium while cargo owners capture Scope 3 value. Freight rates remain fuel-agnostic, preventing cost recovery.

    Carbon3 Solution

    Carbon3 unbundles decarbonization value from freight contracts. Verified maritime insets are sold directly to cargo owners via a book-and-claim market, converting fuel switching into contracted Scope 3 revenue.

    Capital Impact

    2.7 MtCO2eVerified Abatement
    $250/mtInset Value Unlocked
    ~40%Fuel Premium Covered
    Fuel Economics (per metric tonne)Green Fuel Cost Delta: +$600/mtInset Revenue: +$250/mtResidual Premium:Structured via Offtake

    How Trading Changes Outcomes

    Project Owners

    Recover capital earlier by selling or holding inset credits.

    Supply-Chain Partners

    Hedge Scope 3 exposure and fuel-transition costs.

    Market Participants

    Access high-integrity, supply-chain-linked climate exposure.

    Industry Scenarios

    Active market scenarios across sectors. Each represents modeled inset credit economics based on real project archetypes.

    Batch: HRC-ZERO-ALow-Carbon Steel AllocationSpot Price: $800/tGreen Premium: $150/tInset Credit Value: $120/tVerifiedNet Premium Exposure: Reduced

    Steel

    Problem

    Bankability Gap: Low-carbon steel plants require billions in upfront capital, but banks will not finance projects without long-term, contractually guaranteed green-premium revenue.

    Solution

    Forward-sold Inset Credits create bankable revenue streams. Buyers lock in future Scope 3 supply, converting decarbonization into contracted cash flows that unlock project finance.

    Capital Impact

    1.2 MtCO2eForward Insets Contracted
    ~$84MProject Financing Unlocked
    5-YearOfftake Term
    SYSTEM AUDIT: ELECTROLYZER UNIT ALevelized H₂ Cost: $4.50/kgLegacy Thermal Fuel Cost: $8/MMBtuContracted Inset Revenue: $35/MWhResidual CapEx Gap: StructuredLEGACYFOSSILINTAKEGREEN HYDROGEN /ELECTRIFICATION

    Industrial Heat & Electricity

    Problem

    The Thermal Gap: Electrifying high-heat industrial processes requires massive CapEx that exceeds the internal hurdle rates of most manufacturing firms.

    Solution

    Manufacturers pre-sell verified Scope 1 reductions. Contracted inset agreements generate upfront liquidity that bridges electrification CapEx.

    Capital Impact

    450 ktCO2eScope 1 Abated
    ~$31.5MFuture Flow Financing
    < 3 YrsPayback (vs 10y unsubsidised)
    Batch Analysis #402Li-Ion Recovery AllocationFeedstock Cost: ElevatedRecovered Metal Value: Commodity-LinkedProcessing Margin (Pre-Inset): VolatileContracted Inset Value: $180/t EquivalentNet Margin Floor: Established

    Battery Recycling

    Problem

    Commodity Spread Volatility: Recovered mineral value fluctuates with global pricing, compressing recycler margins.

    Solution

    Carbon3 monetizes avoided mining emissions. EV manufacturers purchase inset credits linked to verified recycled content, creating a durable revenue floor that stabilises circular battery supply chains.

    Capital Impact

    900 ktCO2eAvoided Mining Emissions
    ~$63MCircular Liquidity
    95%Critical Metal Yield
    Asset: Winter Wheat / No-Till AllocationSoil Carbon Depth: 30–60 cmVerification: Satellite + Field AuditContracted Inset Value: $40/AcreRevenue Stream: Programmatic

    Agriculture

    Problem

    Scale Fragmentation: Individual farms lack the scale to meet institutional verification and contracting thresholds.

    Solution

    Programmatic aggregation standardises measurement and contracts inset volumes across supply sheds, embedding soil carbon improvements into Scope 3 procurement.

    Capital Impact

    1.5 MtCO2eVerified Insets Issued
    ~$105MAggregated Revenue
    +$40/AcreContracted Income Uplift
    Fuel Input: SAF Blend 50%Cost Delta vs Jet-A: +$1,200/tContracted Corporate Buyer:Investment-GradeNet Premium:Covered via Scope 3 Offtake

    Aviation

    Problem

    SAF Cost Dislocation: Sustainable Aviation Fuel trades at 2–4× conventional Jet-A, exceeding airline margin capacity.

    Solution

    Corporate buyers contract verified SAF insets, distributing cost premiums across Scope 3 value chains while airlines execute physical fuel switching.

    Capital Impact

    1.8 MtCO2eCarbon Abated
    ~$126MCost-Share Contracts
    100%Chain-of-Custody Integrity

    Why These Scenarios Only Work with Carbon3

    FeatureTraditional OffsetsBilateral Scope 3Carbon3 Platform
    Asset TypeExternal (avoidance)Internal (static)Internal (allocatable, tradable)
    LiquidityHighNoneMarket-enabled
    Benefit SharingNoneFixed, often opaqueDynamic, allocation-based
    Issuance Time12-18 monthsVariesTarget: weeks, not months
    SecurityRegistry recordContract recordTamper-evident audit trail
    Timeframes vary by methodology, verification pathway, and project readiness.

    Discuss Your Value Chain and Inset Economics

    Carbon3 works across sectors with verifiable emissions reductions. Let's explore how inset credits could work for your specific supply chain and financial objectives.