Calculate GHG Emissions
with Precision
5 IPCC sectoral modules with built-in scenario development and mitigation planning. Tier 1/2/3 precision levels, GWP AR4–AR6 flexibility and Excel/PDF reporting — on a single platform.
Calculation Tools
Independent calculation modules for each IPCC sector. Tiered accuracy from Tier 1 to Tier 3.
Energy
Fully aligned with the IPCC 2006 Guidelines, Volume 2 — Energy. A comprehensive calculation tool designed for preparing internationally recognised GHG inventories. Analyses all energy-sector emission sources — stationary combustion, mobile combustion, fugitive emissions, reference approach and carbon capture & storage (CCS) — on a single platform.
| Module | Scope |
|---|---|
| Stationary Combustion | CO₂, CH₄ and N₂O emissions from burning coal, natural gas, fuel oil, LPG, biomass and other fuels in fixed installations — with sectoral and fuel-specific breakdowns |
| Mobile Combustion | Emissions from road, rail, maritime and aviation fuel consumption — detailed by vehicle type and fuel category |
| Fugitive Emissions | CH₄ emissions from natural-gas transmission/distribution networks, coal mining and oil & gas production processes |
| Reference Approach | Consistency check and cross-validation of sectoral calculations against national energy balance data |
| CCS | Emission correction calculations for carbon capture, transport and geological storage facilities |
Who Can Use This
- ·Power plants, cogeneration facilities and independent energy producers
- ·Industrial facilities, refineries, petrochemical and mining operations
- ·Natural-gas transmission/distribution companies and energy infrastructure operators
- ·Environmental ministries and public agencies preparing national GHG inventories
- ·Universities, research centres and postgraduate students
- ·Climate consultancies, verification bodies and project specialists
- ·Any country or organisation conducting IPCC-methodology-based inventory work
Emissions Calculated
- ✓CO₂, CH₄, N₂O — stationary combustion emissions for all fuel types (by sector and technology)
- ✓CO₂, CH₄, N₂O — road, maritime, aviation and rail mobile combustion emissions
- ✓CH₄ — natural-gas network fugitive leaks, coal mining and oil & gas operations
- ✓CO₂ — macro energy balance verification using the reference approach
- ✓CO₂ — captured and stored carbon correction for CCS facilities
Why This Tool?
- Full IPCC 2006 compliance — reliable and auditable inventory using internationally recognised methodology
- Tier 1 / 2 / 3 accuracy levels and GWP AR4 / AR5 / AR6 options meet all reporting standards
- The energy sector is the largest component of global GHG inventories — accurate calculation is critical for NDC commitments and climate regulation compliance
- Multi-year trend analysis, sectoral comparison and scenario modelling capability
Scenario Modelling
Project your stationary, mobile and fugitive emissions with a BAU projection or reduction scenario. Choose from 29 mitigation options (solar PV, wind, EV, coal phase-out, etc.) to build a bottom-up roadmap. Compare against IPCC 1.5°C / 2°C / EU ETS templates.
5 interpolations · BAU / IPCC 1.5°C / 2°C / EU ETS templates · AR4–AR6 GWP · Excel / PNG / SVG / JSON export
Plan Coverage
IPPU — Industrial Processes
Fully aligned with the IPCC 2006 Guidelines, Volume 3 — Industrial Processes and Product Use (IPPU). Covers non-fuel-related emissions arising directly from manufacturing processes and product use. Analyses all mineral, chemical, metal and product-use categories on a single platform.
| Module | Scope |
|---|---|
| 2A — Mineral Industry | Cement, Lime, Glass, Ceramics, Other Carbonates |
| 2B — Chemical Industry | Ammonia, Nitric Acid, Adipic Acid, Caprolactam, Carbide, TiO₂, Soda Ash, Petrochemicals, Fluorochemicals |
| 2C — Metal Industry | Iron & Steel, Ferroalloys, Aluminium, Magnesium, Lead, Zinc |
| 2D / 2E — Product Use | Lubricants, Paraffin Wax, Asphalt, Solvents, Electronics Industry Gases |
Who Can Use This
- ·Cement, lime, glass, ceramics and carbonate mineral producers
- ·Chemical industry plants (ammonia, nitric/adipic acid, caprolactam, TiO₂, soda ash, petrochemicals, fluorochemicals)
- ·Iron & steel, ferroalloy, aluminium, magnesium, lead and zinc producers
- ·Industrial product users (lubricants, paraffin, asphalt, solvents, electronics gases)
- ·Environmental ministries and public agencies preparing national GHG inventories
- ·Universities, research centres and postgraduate students
- ·Exporters and supply-chain managers subject to CBAM obligations
- ·Climate consultancies, verification bodies and project specialists
Emissions Calculated
- ✓Mineral (2A): Cement clinker CO₂, lime calcination CO₂, glass / ceramics / other carbonate process CO₂
- ✓Chemical (2B): Ammonia N₂O / CO₂, nitric acid N₂O, adipic acid N₂O, caprolactam N₂O, carbide / TiO₂ / soda ash / petrochemical CO₂, fluorochemical HFC / PFC
- ✓Metal (2C): Iron & steel CO₂ / CH₄, ferroalloys CO₂ / CH₄, aluminium CO₂ / PFC, magnesium SF₆, lead / zinc CO₂
- ✓Product Use (2D / 2E): Lubricant / paraffin / asphalt CO₂, solvent NMVOC, electronics SF₆ / NF₃ / HFC
Why This Tool?
- Full IPCC 2006 compliance — process emissions are not energy-related; separate and accurate accounting is an international reporting obligation
- All IPCC 2A–2E sub-categories in a single tool — integrated inventory for minerals, chemicals, metals and product use
- Mandatory process-emission breakdown for the iron & steel, aluminium, cement and chemical sectors under CBAM (Carbon Border Adjustment Mechanism)
- Tier 1 / 2 / 3 accuracy levels for flexible calculation using facility-specific or default emission factors
Scenario Modelling
Build scenarios for process emissions from cement, metals, chemicals and product use. Create a production-based reduction plan with 17 mitigation options (clinker ratio, EAF steel, HFC substitution, etc.). Get results integrated with CBAM cost impact analysis.
5 interpolations · BAU / IPCC 1.5°C / 2°C / EU ETS templates · AR4–AR6 GWP · Excel / PNG / SVG / JSON export
Plan Coverage
Agriculture
Fully aligned with the IPCC 2006 Guidelines, Volume 4 — Agriculture. Analyses all agricultural CH₄ and N₂O emission sources — enteric fermentation, manure management, rice cultivation, agricultural soils and biomass burning — to internationally recognised standards.
| Module | Scope |
|---|---|
| Enteric Fermentation | CH₄ emissions from the digestive processes of cattle, sheep, goats, buffalo, camels and poultry — detailed by climate zone and animal category |
| Manure Management | CH₄ and N₂O emissions from lagoon, pasture storage, composting, anaerobic digestion and other manure management systems |
| Rice Cultivation | Paddy-field CH₄ emissions based on water management regime, organic amendments and soil type |
| Agricultural Soils | Direct and indirect N₂O emissions from synthetic and organic nitrogen inputs, crop residues and runoff/leaching |
| Biomass Burning | CO₂, CH₄ and N₂O emissions from open-field burning of agricultural residues |
Who Can Use This
- ·Cattle, small-ruminant and poultry livestock operations (all scales)
- ·Rice producers, agricultural cooperatives and food companies
- ·Ministries of agriculture, regional directorates and public agencies
- ·Agro-industrial companies preparing sustainability and ESG reports
- ·Universities, research centres and postgraduate students
- ·Climate consultancies, verification bodies and project specialists
- ·Any country or organisation preparing agricultural emission inventories using IPCC methodology
Emissions Calculated
- ✓Enteric fermentation CH₄ — by animal species, age group and climate zone
- ✓Manure management system CH₄ and N₂O — by management type and climate conditions
- ✓Rice cultivation CH₄ — by water management regime and organic amendment application
- ✓Agricultural soil direct and indirect N₂O — nitrogen inputs, residue management and runoff/leaching
- ✓Biomass burning CO₂, CH₄ and N₂O — by combustion efficiency and biomass type
Why This Tool?
- Full IPCC 2006 compliance — auditable agricultural emission inventory using internationally accepted methodology
- CH₄ (GWP₁₀₀ = 28) and N₂O (GWP₁₀₀ = 265) have high global warming potential — even small activity changes produce large CO₂-equivalent differences
- Essential data source for NDC tracking, food-sector ESG reporting and supply-chain carbon transparency
- Tier 1 / 2 / 3 accuracy levels for flexible calculation using country-specific or IPCC default parameters
Scenario Modelling
Project CH₄/N₂O emissions from livestock, manure, rice and soils. Build a sustainable farming scenario with 19 mitigation options (precision fertiliser, methane inhibitors, biogas, etc.). Small changes in high-GWP gases create large CO₂e differences.
5 interpolations · BAU / IPCC 1.5°C / 2°C / EU ETS templates · AR4–AR6 GWP · Excel / PNG / SVG / JSON export
Plan Coverage
LULUCF
Fully aligned with the IPCC 2006 Guidelines, Volume 4 — Land Use, Land-Use Change and Forestry (LULUCF). Analyses carbon stock changes, sink capacity and emissions across all land categories — forest land, cropland, grassland, wetlands, settlements and harvested wood products — to internationally recognised standards.
| Module | Scope |
|---|---|
| Forest Land | Stock changes in living biomass, dead organic matter and soil organic carbon pools in forested areas — including afforestation, deforestation and natural regeneration |
| Cropland | Carbon stock changes in land converted to or remaining as cropland — tillage, land management and crop rotation effects |
| Grassland | Biomass and soil carbon changes in pasture and rangeland areas — grazing intensity and land degradation scenarios |
| Wetlands | Carbon emission and sequestration calculations from wetland conversions and peat extraction |
| Settlements | Carbon stock changes from conversion to urban and rural settlement areas — including urban green-space accounting |
| Harvested Wood Products (HWP) | Carbon pool changes in harvested wood products — lifetime carbon accounting for paper, sawn wood and wood-based panels |
Who Can Use This
- ·Forestry directorates, forest management agencies and conservation organisations
- ·Cropland managers, farm owners and land-use planners
- ·Urban planners, municipalities and infrastructure development agencies
- ·Carbon offset project developers and voluntary carbon market participants
- ·Environmental ministries and public agencies preparing national GHG inventories
- ·Universities, research centres and postgraduate students
- ·Climate consultancies, verification bodies and project specialists
- ·Any country or organisation preparing LULUCF inventories using IPCC methodology
Emissions Calculated
- ✓Carbon stock changes — living biomass, dead organic matter and soil organic carbon pools
- ✓Land transition emission/sequestration balance — all transitions between forest ↔ cropland ↔ grassland ↔ wetland ↔ settlement
- ✓Harvested Wood Products (HWP) — carbon pool changes by product category
- ✓Sink / source net balance — total carbon budget analysis across land-category transitions
Why This Tool?
- Full IPCC 2006 compliance — auditable LULUCF inventory using internationally accepted methodology
- The LULUCF sector holds the largest carbon-sink potential for many countries — accurate accounting is essential to complete national inventories and meet NDC commitments
- Verifiable data for deforestation monitoring, rehabilitation project validation and carbon offset certification
- Tier 1 / 2 / 3 accuracy levels for flexible calculation using country-specific or IPCC default parameters
Plan Coverage
Waste
Fully aligned with the IPCC 2006 Guidelines, Volume 5 — Waste. Analyses CH₄, CO₂ and N₂O emissions from solid waste disposal, biological treatment, waste incineration and wastewater treatment to internationally recognised standards. Covers all IPCC waste methodologies, including the FOD (First Order Decay) model.
| Module | Scope |
|---|---|
| Solid Waste Disposal | Year-by-year retrospective and forward-looking landfill CH₄ calculation using the FOD (First Order Decay) methodology — by waste composition, climate conditions and site management type |
| Biological Treatment | CH₄ and N₂O emissions from composting and anaerobic digestion facilities — by processing capacity and technology type |
| Waste Incineration | CO₂, CH₄ and N₂O emissions based on waste composition, carbon content and combustion efficiency — with fossil/biogenic carbon separation |
| Wastewater Treatment | CH₄ from industrial and domestic wastewater treatment systems (aerobic/anaerobic) and N₂O based on protein intake |
Who Can Use This
- ·Municipalities, waste management companies and environmental service providers
- ·Landfill site (SWDS) operators and site rehabilitation projects
- ·Industrial and municipal wastewater treatment plants
- ·Waste incineration, energy recovery and biological disposal facilities
- ·Environmental ministries and public agencies preparing national GHG inventories
- ·Universities, research centres and postgraduate students
- ·Climate consultancies, verification bodies and project specialists
- ·Any country or organisation preparing waste-sector inventories using IPCC methodology
Emissions Calculated
- ✓Landfill CH₄ — year-by-year retrospective and forward projection using the FOD model (by waste composition and climate parameters)
- ✓Wastewater treatment CH₄ and N₂O — by aerobic/anaerobic system type, organic load and protein intake
- ✓Waste incineration CO₂, CH₄ and N₂O — by waste composition, carbon content and combustion efficiency (fossil/biogenic separation)
- ✓Biological treatment CH₄ and N₂O — composting and anaerobic digestion facilities
Why This Tool?
- Full IPCC 2006 compliance — auditable waste-sector inventory using internationally accepted methodology including the FOD model
- Landfill CH₄ emissions can be estimated decades retroactively — legacy site accounting and post-closure monitoring are fully supported
- Critical data for landfill gas energy recovery optimisation, environmental permit compliance and municipal climate action plans
- Waste-sector emissions are trending upward globally — proactive inventory preparation provides strategic advantage for NDC commitments and climate legislation compliance
- Tier 1 / 2 / 3 accuracy levels for flexible calculation using country-specific or IPCC default parameters
Scenario Modelling
Project solid waste, biological treatment, incineration and wastewater emissions using the FOD model. Build a reduction plan aligned with municipal/corporate climate targets using 16 mitigation options (landfill gas capture, anaerobic digestion, MBT, etc.).
5 interpolations · BAU / IPCC 1.5°C / 2°C / EU ETS templates · AR4–AR6 GWP · Excel / PNG / SVG / JSON export
Plan Coverage
Carbon Footprint Tool
Full GHG Protocol Corporate Standard compliance; structured in alignment with ISO 14064-1:2018. An integrated corporate carbon footprint calculation tool covering Scope 1, 2 and 3 emissions on a single platform. Offers dual reporting (location-based + market-based) for Scope 2 and produces organisation-specific inventories independent of IPCC sectoral tools.
| Feature | Description |
|---|---|
| Scope 1 · 2 · 3 | Integrated calculation of direct, energy-indirect and value-chain emissions on a single platform — all 15 Scope 3 categories included |
| GHG Protocol / ISO 14064 | Full GHG Protocol Corporate Standard compliance; structured in alignment with ISO 14064-1:2018 — outputs ready for independent audit and verification |
| PCAF — Cat. 15 Investments | PCAF methodology for financed emissions (attribution factor = loan/equity ÷ enterprise value) — critical for financial institutions and real-estate companies |
| Dual Reporting | Parallel location-based (grid factor) and market-based (certificate/contract) calculation for Scope 2 |
| CBAM Readiness | Data generation and reporting infrastructure aligned with EU Carbon Border Adjustment Mechanism requirements |
| Sectoral Benchmarking | NACE-code-based carbon intensity comparison to assess your organisation’s sectoral positioning |
Who Can Use This
- ·Corporations, holding companies and multinational groups (all sectors and sizes)
- ·Businesses preparing disclosures under ESG, GRI, CDP, TCFD and ISSB reporting frameworks
- ·Organisations seeking or renewing ISO 14064-1:2018 certification
- ·Exporters subject to CBAM obligations and companies requiring supply-chain carbon transparency
- ·Universities, research centres and postgraduate students
- ·Climate consultancies, verification bodies and sustainability specialists
- ·Any organisation in any country seeking to calculate its corporate carbon footprint
Scopes Calculated
- ✓Scope 1 — stationary combustion, mobile combustion, process and fugitive emissions (refrigerants, SF₆, CH₄)
- ✓Scope 2 — location-based AND market-based dual reporting; purchased steam, heat and cooling
- ✓Scope 3 — all 15 categories: supply chain (Cat. 1–2), WTT+T&D losses (Cat. 3), transport (Cat. 4, 9), operational waste (Cat. 5), travel (Cat. 6–7), leased assets (Cat. 8, 13), product use & end-of-life (Cat. 11–12), franchises (Cat. 14), investments/PCAF (Cat. 15)
- ✓NACE-code-based sectoral carbon intensity benchmarking for reduction strategy prioritisation
Why the Carbon Footprint Tool?
- Full GHG Protocol Corporate Standard compliance; structured in alignment with ISO 14064-1:2018 — reliable corporate inventory ready for international audit and verification
- Meet supplier, customer and investor carbon transparency demands; strengthen your ESG rating and corporate reputation
- Proactive alignment with CBAM, EU Taxonomy and mandatory climate disclosure regulations (CSRD, SEC Climate Rule)
- All scope calculations on a single platform — corporate reporting independent of IPCC sectoral tools, tailored to your organisation
- NACE-code-based sectoral carbon intensity benchmarking for reduction strategy prioritisation
Scope Details
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 (TEIUAiO), 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 (TEIUAiO, IEA, EPA eGRID, DEFRA, AIB).
Which plan is right for you?
Compare Free, Pro Single Sector and Pro National Inventory options.
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Basic Tier 1 calculations are completely free. No credit card required to register.