Carbon Emissions Accounting & Peatland Mitigation
Mathematically computed from VIIRS satellite Fire Radiative Energy (FRE) and Indonesian tropical peat emission factors.
14,130 tCO₂e
12,900.8 MW
VIIRS 375m NRT Sensor
51,273 Tons DM
Wooster (2005) FRE Method
127,209 tCO₂e
Without rapid suppression
12,562 ha
Satellite thermal perimeter
Peatland-Specific Greenhouse Gas Breakdown (IPCC Tier 2)
Peat fires release dense gas cocktails with high Global Warming Potential (GWP) due to incomplete subterranean smoldering combustion:
Emission Factor: 1,703 g CO₂ / kg dry peat (IPCC Tier 2 default for tropical peatland).
Emission Factor: 21.0 g CH₄ / kg. Tropical peat fires emit 5-10x more methane than upland savanna fires.
Emission Factor CO: 210 g/kg, N₂O: 0.15 g/kg (GWP 265).
Verified Fast-Action Simulation
Early intervention (aerial water-bombing & wet canal trenching) before flames penetrate deep subterranean peat domes prevents an average escalation of 785 tCO₂e per cluster.
Equivalent to preserving approximately 117.0 hectares of virgin deep peat canopy.
Potential Verified Carbon Credits:
14,130 VCUs
Eligible for registration in international carbon credit standards and national climate registries via FireChain smart contracts.
Scientific Reference & Mathematical Formulations:
- Wooster et al. (2005) FRE Approach: Biomass consumed is directly proportional to cumulative Fire Radiative Energy: M(biomass) = C_rad x FRP x time, with conversion coefficient C_rad = 0.368 kg/MJ.
- IPCC (2013) Wetlands Supplement: Authoritative international methodology for national greenhouse gas inventories on drained and burned tropical inland organic soils.
- Decentralized MRV (Measurement, Reporting, Verification): Ensures transparency, tamper-proof carbon accounting, and double-counting prevention on EVM blockchain.