A carbon footprint assessment measures the greenhouse gas emissions generated by a company’s operations and value chain during a defined reporting period. For UAE businesses, the process normally involves setting an organisational boundary, identifying Scope 1, Scope 2 and relevant Scope 3 sources, collecting activity data and applying credible emission factors. The result is expressed in tonnes of carbon dioxide equivalent, or tCO₂e.
A reliable assessment should provide more than one total figure: it should show where emissions arise, explain the methodology and identify practical reduction priorities. UAE companies should also confirm whether emissions reporting requirements apply through federal legislation, their regulator, free-zone authority, financial market or customer contracts.
Companies using the results to establish reduction targets or climate programmes should connect the assessment with a wider Climate Risk & Decarbonization Strategy.
A corporate carbon footprint assessment measures greenhouse gas emissions associated with an organisation over a specified period, commonly one financial year.
It generally covers:
The GHG Protocol Corporate Standard covers seven greenhouse gases, including carbon dioxide, methane, nitrous oxide and several fluorinated gases. These gases are converted into carbon dioxide equivalents so they can be presented through a common measurement unit.
A corporate assessment is different from a product carbon footprint. A corporate footprint covers the organisation and its value chain, while a product footprint measures emissions associated with a particular product or service across its life cycle.
Carbon measurement is becoming more relevant to UAE businesses because of regulatory development, ESG disclosure expectations, international supply chains and growing customer demand for emissions information.
Federal Decree-Law No. 11 of 2024 on the Reduction of Climate Change Effects applies to emissions sources across the UAE, including those operating in free zones. Article 6 requires sources determined by the Ministry of Climate Change and Environment and the relevant competent authority to measure emissions, prepare inventories, submit periodic information and maintain records for five years. The law does not state that every UAE business must follow one identical reporting process; applicability and detailed requirements depend on designation and implementing instructions.
The UAE also launched a National Measurement, Reporting and Verification system in October 2025 to support national emissions monitoring and net-zero implementation.
Beyond formal compliance, a carbon footprint may be requested by:
A carbon assessment can also help identify inefficient equipment, excessive fuel consumption, refrigerant leakage and high-emission procurement categories.
The basic calculation is: Activity data × emission factor = greenhouse gas emissions
Examples include:
The results are then reported as tCO₂e.
Assume a company used 50,000 litres of diesel during the reporting year.
The calculation would be: 50,000 litres × selected diesel emission factor = diesel-related emissions
The actual result depends on the emission factor selected. The company should record the factor’s source, year, unit and geographical relevance rather than using an unexplained online figure.
An emission factor estimates the greenhouse gases released per unit of activity. It may relate to:
Emission factors should be selected from credible regulatory, scientific or internationally recognised sources. Where UAE authorities, utilities or sector regulators prescribe a particular methodology, that requirement should take priority.
Management should first decide why the assessment is being conducted. Possible objectives include:
The objective affects the required level of accuracy, Scope 3 coverage and reporting format.
The organisational boundary determines which entities, facilities and operations are included.
The GHG Protocol allows companies to consolidate emissions using an equity-share, financial-control or operational-control approach. IFRS S2 also refers reporting companies to the GHG Protocol Corporate Standard unless a jurisdiction or stock exchange requires another method.
The boundary assessment should address:
An unclear boundary can cause the same activity to be omitted, duplicated or classified under the wrong emissions scope.
The company should prepare an emissions-source register before collecting data.
| Emissions area | Potential UAE sources |
| Stationary combustion | Generators, boilers, furnaces and industrial equipment |
| Mobile combustion | Owned cars, trucks, vans, forklifts and construction equipment |
| Fugitive emissions | Refrigerants, methane and industrial gas leakage |
| Purchased energy | Grid electricity, district cooling, steam and heating |
| Purchased goods | Cement, steel, chemicals, packaging, food and imported inventory |
| Transportation | Outsourced road freight, shipping, air freight and courier services |
| People-related activities | Business travel, hotel stays and employee commuting |
| Waste | General waste, hazardous waste, wastewater and recycling |
| Downstream activities | Product use, distribution, disposal, franchises and investments |
For industrial operations, remote or targeted detection may support the identification of fugitive methane or refrigerant leaks that are not visible during ordinary inspections.
Detection results can strengthen activity data, but they must still be converted into emissions through an accepted calculation or measurement methodology.
The company should collect physical data wherever possible.
Physical data may include litres of fuel, kilowatt-hours of electricity, kilograms of refrigerant, kilometres travelled or tonnes of waste. When physical information is unavailable, expenditure-based data may be used as an estimation method for selected Scope 3 categories.
Each activity should be matched with an appropriate emission factor. The company should maintain an emission-factor register containing:
A company should avoid mixing factors from different years or sources without documenting why.
The calculation should produce emissions by:
The company should investigate unusual changes, missing months and inconsistencies between sites before approving the footprint.
The largest emissions category is not always the easiest to reduce. Management should consider:
A useful assessment separates measurement results from reduction recommendations so that the baseline remains objective.
| Data category | Typical documents |
| Electricity and cooling | Utility bills, meter readings and district cooling statements |
| Fuels | Petrol cards, diesel invoices, generator logs and fleet reports |
| Refrigerants | Maintenance logs, gas purchase records and equipment registers |
| Travel | Airline reports, travel agency statements, hotel records and mileage claims |
| Procurement | Supplier ledger, purchase orders, material quantities and expenditure reports |
| Freight | Shipment weights, distances, transport modes and carrier reports |
| Waste | Waste-transfer notes, collection reports and recycling certificates |
| Employees | Headcount, commuting surveys and work-location data |
| Assets | Fixed-asset register, leased-asset schedule and capital expenditure |
| Corporate structure | Entity register, ownership records and organisational chart |
Financial systems often contain much of the initial carbon data. A well-maintained Accounting and Bookkeeping process can help trace energy, fuel, freight, travel and procurement information back to invoices and ledger entries.
The footprint should normally follow the company’s financial or ESG reporting year. Using different periods for electricity, fuel and procurement data can distort comparisons.
Consolidated totals may hide inefficient facilities. Request electricity, fuel, cooling and waste data separately for each office, store, warehouse or factory.
Do not rely only on totals entered into a spreadsheet. Keep invoices, utility statements, maintenance logs and supplier reports linked to the relevant calculations.
Litres, kilograms, kilometres and kilowatt-hours usually provide a stronger calculation basis than expenditure because prices can change without a corresponding change in physical consumption.
Scope 3 calculations frequently require estimates. The methodology, assumptions and data limitations should be recorded so they can be reviewed and improved in the next reporting cycle.
Each dataset should have a named owner, reviewer and approval date. This prevents environmental information from becoming dependent on one employee’s undocumented spreadsheet.
A UAE property group may calculate emissions from generators, refrigerants, purchased electricity, district cooling, construction materials, tenant energy use and waste.
The assessment must distinguish between landlord-controlled and tenant-controlled consumption. Lease terms and operational-control arrangements can affect whether emissions are classified as Scope 1, Scope 2 or Scope 3.
A logistics company may include owned-fleet fuel under Scope 1, warehouse electricity under Scope 2 and subcontracted transport under Scope 3.
Shipment weight, transport mode and distance generally produce a more useful outsourced-freight estimate than applying a single percentage to logistics expenditure.
A manufacturer may have direct emissions from furnaces, generators, industrial gases and refrigerants. Its wider footprint may include purchased raw materials, packaging, capital equipment and outbound freight.
The first assessment should identify both high-emission production stages and gaps in supplier information.
A retailer may have Scope 1 refrigerant emissions, Scope 2 electricity and a substantial Scope 3 footprint from imported products, packaging, warehousing and outsourced delivery.
For many retailers, purchased inventory may be more significant than office or store electricity.
The GHG Protocol’s Scope 3 framework covers 15 upstream and downstream categories and is designed to help companies account for value-chain emissions and identify reduction opportunities.
A practical corporate carbon footprint report may follow this structure:
| Report section | Recommended content |
| 1. Executive summary | Total emissions, major sources, key limitations and priority actions |
| 2. Company profile | Activities, locations, ownership and reporting period |
| 3. Assessment objective | Regulatory, ESG, customer or strategic purpose |
| 4. Methodology | Standard used, boundary approach and calculation principles |
| 5. Organisational boundary | Included entities, facilities and exclusions |
| 6. Operational boundary | Scope 1, Scope 2 and Scope 3 sources |
| 7. Results | Emissions by scope, site, source and category |
| 8. Emissions intensity | Relevant ratios such as tCO₂e per employee, revenue, floor area or tonne produced |
| 9. Data quality | Estimates, assumptions, limitations and improvement areas |
| 10. Base year | Selected baseline and recalculation policy |
| 11. Reduction opportunities | Operational, energy, procurement and value-chain actions |
| 12. Appendices | Emission factors, calculation notes and evidence register |
Where emissions results are included in a public sustainability publication, the methodology and boundaries should align with the company’s broader ESG Reporting process.
“The most useful carbon footprint is not necessarily the one containing the largest number of calculations. It is the one that management can trace, explain and repeat. UAE businesses should focus on defensible boundaries, reliable activity data and a clear connection between the emissions baseline and operational decisions. A footprint that cannot guide investment, procurement or reduction planning has limited strategic value.” — Sara Malik, Senior Climate and Decarbonization Consultant at IFRSLAB
IFRSLAB approaches carbon footprint assessment as a structured measurement and decision-support engagement. The work begins with a review of the organisation’s legal structure, operational control, reporting objectives and applicable disclosure requirements. This establishes a defensible boundary before emission sources and datasets are mapped.
The technical assessment covers Scope 1 and Scope 2 measurement, Scope 3 category screening, activity-data validation, emission-factor selection and the preparation of calculation methodologies. IFRSLAB works with finance, operations, procurement, HR, facilities and risk functions to develop an evidence trail that connects each material result with its underlying business record.
The final output presents emissions by scope and source, documents assumptions and data limitations, and identifies priority areas for reduction. Where the assessment supports ESG reporting or IFRS S2 readiness, IFRSLAB aligns the inventory with the company’s reporting period, governance process and disclosure requirements. This provides management with a credible baseline that can be used for regulatory readiness, customer submissions, decarbonization planning and future assurance.
Discuss a corporate carbon footprint assessment for your UAE operations with IFRSLAB.
Sara Malik
Senior Climate and Decarbonization Consultant, IFRSLAB
Sara advises organisations on corporate greenhouse gas measurement, emissions-data controls, climate disclosures and decarbonization planning. Her work focuses on translating operational and financial data into credible emissions baselines and practical reduction strategies for businesses operating in the UAE.
A business carbon footprint is calculated by identifying emissions-producing activities, collecting activity data and multiplying that data by suitable emission factors. The results are converted into tCO₂e and classified as Scope 1, Scope 2 and Scope 3.
The UAE Climate Change Law applies to emissions sources across the country, including free zones. Detailed measurement and reporting obligations under Article 6 apply to sources determined by MOCCAE and the relevant competent authorities. Businesses should confirm whether they are within a designated category rather than assuming that one identical requirement applies to every company.
Typical information includes electricity and district cooling statements, fuel invoices, vehicle records, refrigerant logs, travel reports, purchasing data, freight records, waste documents, employee information and the corporate entity structure.
A straightforward single-entity assessment may be completed within several weeks, while a group with multiple sites, complex Scope 3 categories or incomplete data may require several months. The timeline depends mainly on boundary complexity, data availability and review requirements.
Verification is not universally mandatory for every UAE company. It may be required by a regulator, reporting framework, customer or financing arrangement. Even where formal verification is not required, an independent technical review can improve reliability and identify control weaknesses.
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