Why GCC Companies Must Report Emissions Now
The GCC region’s greenhouse gas reporting landscape has shifted dramatically. Qatar Stock Exchange ESG guidance, ADX mandatory ESG reporting, Saudi Aramco supply chain requirements, and emerging ISSB adoption across Gulf regulators are converging to make emissions quantification unavoidable for any company of significant scale.
For companies approaching this obligation for the first time, the terminology alone can be daunting: Scope 1, 2, 3, organisational boundaries, emission factors, base years, verification. This guide cuts through the complexity with a practical, step-by-step approach aligned with ISO 14064-1 and the GHG Protocol Corporate Standard.
Understanding the Three Scopes
Scope 1: Direct Emissions
Emissions from sources owned or controlled by the reporting company. For GCC companies, typical Scope 1 sources include:
- Combustion: Natural gas for power generation, process heating, and steam raising; diesel for backup generators and heavy equipment.
- Fugitive emissions: Refrigerant leaks from HVAC systems (particularly significant given the GCC’s cooling demand), and natural gas leaks from pipeline and process equipment.
- Process emissions: CO2 from cement clinker production, aluminium smelting, petrochemical processes, and fertiliser manufacturing.
- Mobile combustion: Company-owned vehicle fleets, including light vehicles, heavy trucks, and marine vessels.
Scope 2: Indirect Energy Emissions
Emissions from the generation of purchased electricity, heat, or steam consumed by the reporting company. In the GCC context, this is overwhelmingly electricity consumption. Key considerations:
- Grid emission factors: GCC electricity grids are predominantly gas-fired, with grid emission factors typically ranging from 0.4–0.7 kg CO2e/kWh depending on the country and utility mix.
- Cooling loads: Electricity consumption for space cooling is often the largest single contributor to a GCC company’s Scope 2 emissions, sometimes exceeding 60% of total electricity use.
- District cooling: Companies served by district cooling systems should report the emissions associated with their cooling consumption, using the utility provider’s emission factor.
Scope 3: Value Chain Emissions
All other indirect emissions in the company’s value chain. ISO 14064-1:2018 identifies 15 categories of indirect emissions. For GCC first-time reporters, the most material categories are typically:
- Purchased goods and services: Emissions embedded in raw materials, equipment, and services procured.
- Capital goods: Emissions from manufacturing of purchased capital equipment and infrastructure.
- Fuel and energy-related activities: Upstream emissions from fuel extraction, processing, and transmission.
- Business travel: Flights are typically a significant Scope 3 category for GCC companies with international operations.
- Employee commuting: In car-dependent GCC cities, commuting emissions can be substantial.
- Downstream use of sold products: For oil, gas, and petrochemical producers, this is by far the largest emissions category.
Step-by-Step Reporting Process
1. Define Organisational Boundaries
Choose between the equity share approach (emissions proportional to ownership stake) or the control approach (operational or financial control). For most GCC companies, the operational control approach is recommended as it aligns with management accountability and data availability.
2. Identify Emission Sources
Systematically catalogue all emission sources across Scope 1, 2, and material Scope 3 categories. Walk the facility, review utility records, fuel purchase invoices, refrigerant maintenance logs, and procurement data.
3. Collect Activity Data
Activity data is the quantitative measure of activity that generates emissions: litres of diesel burned, kWh of electricity consumed, kg of refrigerant recharged. Data quality is the single biggest determinant of inventory quality. Prioritise metered data over estimates.
4. Apply Emission Factors
Multiply activity data by appropriate emission factors. Use country-specific factors where available (e.g., Qatar’s grid emission factor published by Kahramaa), supplemented by IPCC defaults or GHG Protocol databases for other sources. Always document the source and vintage of emission factors used.
5. Calculate and Report
Sum emissions by scope and gas, convert to CO2 equivalent using IPCC AR5 or AR6 Global Warming Potentials, and present results in the format required by your reporting framework (ISO 14064-1, GRI 305, ISSB, or QSE guidance).
GCC-Specific Challenges
| Challenge | GCC Context | Practical Solution |
|---|---|---|
| Grid emission factors | Not all GCC utilities publish official grid EFs | Use IEA country-specific factors; document assumptions |
| Refrigerant tracking | High cooling demand = high refrigerant use | Maintain refrigerant log by equipment; track recharge quantities |
| Free zone operations | Multiple legal entities across free zones | Apply consistent boundary approach; document exclusions |
| Tenant vs landlord | Shared building utilities common | Sub-metering or floor area allocation; document method |
The first GHG inventory is never perfect—and it does not need to be. Start with Scope 1 and 2 using the best available data, identify your most material Scope 3 categories, and commit to improving data quality each reporting cycle. Progress over perfection.
Preparing for Verification
If your emissions inventory will be verified by an accredited third party (increasingly required for QSE-listed companies and major government contracts), ensure from the outset that all activity data is documented with source references, emission factors are traceable to published sources, and calculation methodologies are transparent and reproducible.