Greenhouse gas inventories, on one platform
IPCC sectoral tools, corporate carbon footprinting and scenario modelling — one calculation engine.
The platform provides dedicated calculation modules for each of the five IPCC sectors — Energy, IPPU, Agriculture, LULUCF and Waste — together with scenario modelling and mitigation planning components. Tier 1, Tier 2 and Tier 3 accuracy levels may be selected for each calculation, and Global Warming Potential (GWP) values may be applied on the basis of the IPCC AR4, AR5 or AR6 Assessment Reports. Calculation outputs are exportable in Excel and PDF formats.
Calculation Tools
Independent calculation modules for each IPCC sector plus a corporate carbon footprint tool.
Energy
Sector 1Free tier availableCalculate, verify and report greenhouse gas emissions from every energy-sector source — stationary combustion, mobile combustion, fugitive emissions, reference approach and CCS — on a single platform built for international standards. Fully aligned with IPCC 2006 Guidelines Volume 2 — Energy.
Modules
| Module | Scope |
|---|---|
| Stationary Combustion | Emissions from coal, natural gas, fuel oil, LPG, biomass and other fuels burned in boilers, furnaces, turbines and generators — broken down by IPCC sector and fuel type |
| Mobile Combustion | Road, rail, maritime, aviation and off-road fuel consumption — detailed by vehicle category and fuel |
| Fugitive Emissions | Methane from natural-gas transmission/distribution, coal mining (underground, surface, abandoned) and oil & gas production — plus refrigerant and SF₆ leaks |
| Reference Approach | Top-down energy balance cross-check — validates sectoral calculations against national supply data (production + imports − exports − bunkers ± stock change) |
| CCS | Carbon capture, transport and geological storage corrections — ensures captured CO₂ is properly deducted from the inventory |
Who Can Use This
- ·Power plants, cogeneration facilities and independent energy producers — Scope 1 emissions from thermal generation, cogeneration and independent power production
- ·Industrial facilities, refineries, petrochemical and mining operations — combustion and process emissions
- ·Gas transmission & distribution companies — quantify fugitive methane leaks across pipeline networks and compression stations
- ·Government agencies and ministries — national GHG inventories, UNFCCC submissions and NDC progress reports
- ·Universities, research centres and postgraduate students — academic research, thesis work and teaching with IPCC-standard methodology
- ·Consultancies and verification bodies — client inventories, third-party verification and carbon project assessments
- ·Any country or organisation conducting IPCC-methodology-based GHG inventory work
Emissions Calculated
- ✓CO₂, CH₄, N₂O — stationary combustion emissions for all fuel types (by sector and technology)
- ✓CO₂, CH₄, N₂O — road, maritime, aviation, rail and off-road mobile combustion emissions
- ✓CH₄ — natural-gas network fugitive leaks, coal mine methane and oil & gas operations
- ✓CO₂ — national energy balance verification using the reference approach
- ✓CO₂ — corrections for carbon capture and geological storage (CCS)
- ✓SF₆ — electrical switchgear and HFC / PFC refrigerant leaks
- ✓Biomass CO₂ — reported as IPCC memo item (excluded from totals per guidelines)
Plan Coverage
Scenario Modelling
29 sector-specific mitigation options: solar PV, wind, EV adoption, coal phase-out, energy efficiency and more — data-driven bottom-up reduction roadmap.
Scenario Modelling
Project your stationary, mobile and fugitive emissions forward with a BAU baseline or reduction scenario. Choose from 29 sector-specific mitigation options — solar PV, wind, EV adoption, coal phase-out, energy efficiency and more — to build a data-driven bottom-up roadmap. Compare your custom pathway against BAU, IPCC 1.5°C (AR6-aligned rapid decarbonisation), IPCC 2°C (Paris Agreement compatible) and EU ETS Fit-for-55.
5 interpolations · BAU / IPCC 1.5°C / 2°C / EU ETS templates · AR4–AR6 GWP · Excel / PNG / SVG / JSON export
Why This Tool?
- One-project tool. Open with monthly subscription, complete your annual inventory in 1–5 days, close it. No forced recurring payments.
- IPCC 2006 compliant. Every calculation is reported audit-ready.
- Tier 1 → 3 progression — start with IPCC defaults, upgrade to country-specific and plant-level data as reporting matures
- GWP AR4 / AR5 / AR6 — choose the assessment report required by your reporting framework
- The energy sector accounts for ~73% of global GHG emissions — accurate energy-sector calculations are the foundation of every credible national inventory and NDC commitment
- Multi-year trend analysis — track emission trajectories across reporting periods
- Sectoral comparison — benchmark energy industries, manufacturing, transport, residential and agriculture
- Scenario modelling — evaluate mitigation pathways against BAU and international templates
- Excel, PNG, SVG, JSON. Export what you want; your outputs stay yours even after subscription closes.
Platform Capabilities
Tools built to meet international standard-setting requirements.
IPCC 2006 Compliant
All calculations are based on the IPCC 2006 Guidelines methodology. Up-to-date emission factors and international data sets are included for every source category. Your reports are ready for independent international audit.
Country-Specific Emission Factors
Country-specific Tier 2 grid emission factors for 10 countries/regions (Turkey, EU-27, USA, UK, Germany, France, China, Japan, India and more). IPCC 2006 Tier 1 defaults for all other sectors; users can supply their own Tier 2/3 values.
Tier 1 / 2 / 3 Levels
Flexible calculation from default factors to facility-specific advanced precision. Each module allows tier selection based on available data; inventory accuracy increases as you progress.
Excel & PDF Output
All calculation details are exported in report-ready Excel and PDF formats. Source-category breakdown tables, year-on-year comparisons and summary sheets are generated automatically.
Multi-Year Analysis
Multi-year trend analysis and scenario comparison are built in for the energy sector. For other sectors and corporate inventories, annual calculations can be run separately and compared.
GWP AR4 / AR5 / AR6
Switch between IPCC AR4 (2007), AR5 (2014) and AR6 (2021) assessment report GWP values with a single click. Full flexibility according to your reporting standard; all gases are converted automatically.
Scenario Modelling & Mitigation Planning
Emission projections with BAU, IPCC 1.5°C, IPCC 2°C and EU ETS Fit-for-55 built-in templates. Develop NDC-aligned mitigation strategies using a 81-measure sectoral catalogue and custom scenarios (S-curve, polynomial, exponential).
CBAM Cost Simulation
Embedded carbon calculation under the EU Carbon Border Adjustment Mechanism, annual free-allowance phase-in rates and net CBAM certificate cost against the EU ETS price. Third-country carbon prices paid can be deducted.
Built-in Emission Factor Database
40+ IPCC 2006 fuel records (NCV, carbon content), 15+ vehicle/fuel combinations, grid emission factors for Turkey (TEIAS), EU-27, USA (EPA eGRID), UK (DEFRA), Germany (UBA), France (RTE), China (NDRC), Japan (MoE), India (CEA) and more, plus 14 EEIO sector coefficients — all up-to-date and referenced inside the platform.
Dual Reporting — Scope 2
Parallel location-based (country/regional grid factor) and market-based (REC, PPA, residual mix) calculation per GHG Protocol Scope 2 Guidance. Report the difference between both methods in a single output.
Multi-Country Grid Support
Location-based Scope 2 grid emission factors for 10+ countries/regions. Market-based residual mix values for EU, Germany, UK, USA and more. All factors sourced from national TSOs and official registries (TEIAS, IEA, EPA eGRID, DEFRA, AIB).
Which plan is right for you?
Compare Free, Pro Single Sector and Pro National Inventory options.
Start Your Inventory Project
The free plan unlocks Tier 1 calculations for one sub-sector in each sector, so you can try the tool. One month of Pro subscription gets your inventory or project done. Cancel when finished — reopen whenever you need it again.