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Level 2 · Comparison·UAE FDL 11 / 2024 · Disclosure guides

GHG Protocol vs ISO 14064 for UAE Climate Law Compliance

How to compare organisational boundaries, inventory design, documentation and verification while local or authority-specific criteria are still being confirmed

Who this is for A 12-minute read for reporting teams working through Building the greenhouse gas inventory, and for reviewers testing whether the evidence behind it holds.

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Current as at 10 August 2026
RK Reviewed by Dr Ross KurinkoLinkedIn Strategic ESG Advisor · IFRS S1 & S2 / GRI / ESRS expert GRI Certified Global Trainer · PhD, University of Cambridge · ESG-AI expert 15+ years on FTSE 100 & Fortune Global 500 disclosures Canary Wharf, London LRA educational guidance · Not issued or endorsed by MOCCAE

Edition written against

Federal Decree-Law No. (11) of 2024 establishes UAE MRV duties for determined Sources but does not, …

Published

10 Aug 2026

Knowledge Hub guide

Last reviewed

10 Aug 2026

Short answer

The answer, before the reasoning

Use the authority's accepted criteria first. Where those criteria are not yet clear, either GHG Protocol or ISO 14064-1 can support a robust provisional inventory, provided the method choice, boundary, factors, estimates, evidence and gaps are documented.

GHG Protocol is especially useful for equity-share or control consolidation and the Scope 1, 2 and 3 architecture. ISO 14064-1 provides organisation-level requirements for designing, managing, reporting and preparing an inventory for verification, while ISO 14064-3 addresses verification and validation of GHG statements. Build a crosswalk so the inventory can be adjusted when the competent authority confirms the legal method. A recognised methodology is implementation support. It becomes the legal reporting criterion only when the applicable UAE authority, programme or instrument accepts or prescribes it for the output.

Educational practitioner guidance. Not legal advice. Verify current official requirements and entity-specific regulator correspondence before acting.

Quick orientation

Quick orientation

Applies to
UAE entities and facilities preparing an inventory before or after Article 6 designation, and organisations assessing the separate National Register for Carbon Credits regime.
Primary decision
Which method will structure the provisional inventory, which elements must remain configurable, and what evidence is needed for authority and verifier review.
Key sources
Federal Decree-Law No. (11) of 2024; applicable competent-authority instructions; Cabinet Resolution No. (67) of 2024 where relevant; GHG Protocol Corporate and Scope guidance; ISO 14064-1 and ISO 14064-3.
Common confusion
Treating a GHG Protocol-aligned workbook or ISO 14064-based verification as automatic proof of compliance with every UAE legal or regulatory output.

The criteria hierarchy comes before the method comparison

The first question is not which standard is more recognised. It is which criteria govern the intended statement. An Article 6 filing, a Resolution 67 registry report, an emirate programme, a free-zone instruction, an IFRS S2 disclosure and a voluntary carbon inventory can use related source data while applying different criteria.

Figure 1. Method selection pending local rules. Start with the authority instruction, use recognised methods as controlled support, and release only after the applicable criteria are confirmed.

Rule

CRITERIA HIERARCHY

<p>1. Applicable UAE law, designation or programme instruction. 2. Competent-authority form, method, factor, boundary and verifier requirements. 3. Referenced or accepted inventory standard. 4. Entity methodology and controls. 5. Output-specific disclosure or claim rules. Document conflicts and seek written confirmation rather than selecting the most convenient standard.</p>

GHG Protocol and ISO 14064-1 side by side

Figure 2. GHG Protocol and ISO 14064-1 can both support a strong inventory, but neither replaces the UAE authority's accepted criterion.

In practice

Dimension GHG Protocol Corporate Standard ISO 14064-1:2018 — UAE implementation question
Primary role Corporate GHG accounting and reporting framework, supported by Scope 2 and Scope 3 standards and guidance. Organisation-level principles and requirements for quantification and reporting of emissions and removals, including inventory design, management, reporting and verification readiness. — Which document is prescribed, referenced or accepted for the named output?
Organisational boundary Equity share, financial control or operational control approaches are central to consolidation. Requires the organisation and reporting boundaries to be established and documented under the standard and applicable programme. — Does the authority define Source, entity, facility, ownership, control or aggregation differently?
Operational / reporting architecture Makes Scope 1, Scope 2 and Scope 3 explicit; separate standards provide detailed purchased-energy and value-chain treatment. Covers direct and indirect emissions and removals within its organisation-level quantification and reporting architecture. — What gases, sources, categories and removals are required in the legal form?
Purchased energy Scope 2 covers acquired and consumed electricity, steam, heat and cooling; the Scope 2 Guidance addresses location- and market-based information and contractual instruments. Imported energy emissions are addressed within the organisation inventory, subject to the selected programme and reporting criteria. — Which factor, contractual instrument, cooling treatment and output view does the authority accept?
Value chain The Scope 3 Standard provides 15 categories and category-specific guidance. Indirect-emission categories can be included under the organisation's reporting boundary and programme requirements. — Is Scope 3 required, requested, screened or outside the current legal submission?
Sources and removals Corporate inventories focus on emissions; removals and related reporting require careful method and output treatment. Explicitly covers quantification and reporting of emissions and removals at organisation level. — Does the authority require removals, and how must they be separated from gross emissions and credits?
Base year and recalculation Provides base-year and recalculation concepts to maintain consistent performance tracking. Includes base-year and inventory-management requirements within the organisation-level system. — What base year, structural-change threshold and restatement method are accepted?
Uncertainty and data quality Uses accounting principles, data-quality controls, calculation documentation and transparent estimates. Places formal emphasis on inventory design, data and information management, uncertainty and reporting controls. — What estimation, uncertainty and materiality thresholds will the verifier or authority apply?
Verification Designed to support credible reporting and independent verification, but it is not itself a verification-engagement standard. ISO 14064-1 is inventory criteria; ISO 14064-3 separately sets principles and requirements for verification and validation of GHG statements. — Which criteria, level, materiality, provider approval and report format are required?
Programme relationship Can be adopted or referenced by laws, frameworks and company programmes. Programme-neutral; applicable programme requirements are additional. — What UAE programme additions override, narrow or extend the underlying standard?
Change status Corporate, Scope 2 and Scope 3 standards are subject to active revision programmes; current final editions remain controlled until replaced. ISO 14064-1:2018 remained current at the cut-off and was under revision through a working-draft project. — Which edition is legally accepted for the reporting period?

Organisational boundary: preserve options until the legal perimeter is clear

GHG Protocol requires an organisation to select and apply a consolidation approach. That makes it useful for groups with subsidiaries, joint operations, leases and contractors. A UAE legal instruction may nevertheless name a facility or Source that cuts across the chosen corporate boundary. ISO 14064-1 can also support a documented organisation and reporting boundary, but the programme criteria remain additional.

In practice

Boundary record Why keep it configurable Evidence
Legal entity and branch The legal Source may be an entity, branch, facility or other specified perimeter. Licences, corporate register, authority correspondence and group chart.
Facility and asset A facility report can differ from a corporate inventory. Permits, asset register, coordinates, meters and equipment register.
Ownership and control Equity, financial control and operational control can lead to different consolidated totals. Shareholding, shareholder agreements, operating rights and policies.
Lease / operator Landlord, tenant, operator and management-company responsibilities can split data and control. Lease, management agreement, facilities contract and utility accounts.
Joint venture Legal ownership and operating control may not align. JV agreement, decision rights and production or energy allocation.
Reporting output Authority, registry, IFRS, ESRS, GRI or CDP views can require different aggregation. Output register, source mapping and approved transformation rules.

Inventory design: build a common source ledger, not a fixed final table

The most resilient architecture stores the activity and evidence once, then classifies it under the chosen method and legal output. Every source record should keep the equipment or activity, gas, ownership/control facts, unit, period, method candidate, factor version, estimate flag, evidence and reviewer. Final Scope or ISO category labels should be generated through controlled rules rather than entered as irreversible text.

In practice

Source-ledger field Example Control purpose
Source ID and type Boiler, generator, fleet vehicle, process vent, chiller, purchased electricity or district cooling. Prevents omission and supports facility/source aggregation.
Ownership / control facts Owner, operator, decision rights, lease and financial interest. Supports GHG Protocol consolidation and legal-boundary bridge.
Activity data Fuel volume, kWh, cooling unit, refrigerant refill, production or distance. Preserves the measured fact independently of classification.
Gas and conversion Gas, emission factor, GWP, oxidation or conversion and unit. Supports recalculation when authority or standard values change.
Method classification GHG Protocol Scope/category, ISO category or legal form line. Allows multiple output views without duplicating the source record.
Estimate / uncertainty Estimate method, proxy, uncertainty range or data-quality score. Makes limitations visible to preparer, verifier and authority.
Evidence and version Invoice, meter export, maintenance log, factor source, workbook version and review. Creates a reproducible audit trail.
Inclusion status Required, included, excluded, pending, not applicable or separately reported. Separates a judgement from a missing datapoint.

Documentation differences matter more than labels

A well-labelled workbook is not necessarily verification-ready. The inventory should contain a methodology memorandum, boundary register, source register, factor and GWP register, calculation files, estimate log, base-year and recalculation policy, quality controls, evidence register, change log, management representations and release record. The exact package should be tailored to the authority and verifier criteria.

Minimum method-selection memorandum

In practice

Field Controlled content Review question
Intended output Article 6 report, local MRV form, Resolution 67 report, voluntary inventory or other disclosure. What exact GHG statement will be issued?
Criteria hierarchy Law, authority instruction, accepted standard, internal method and disclosure rules. Which source prevails if requirements conflict?
Chosen provisional basis GHG Protocol, ISO 14064-1 or a controlled combination. Why is the choice suitable and configurable?
Boundary Entity, facility, ownership/control, sources, gases, Scopes/categories and removals. Does it match the intended legal and reporting perimeter?
Measurement Activity data, factors, GWPs, estimates, uncertainty and data quality. Can every calculation be reproduced and changed?
Verification plan Criteria, subject matter, level, materiality, verifier qualification and timetable. What will the verifier actually conclude on?
Known gaps Missing authority factor, unclear lease, unmetered cooling, incomplete refrigerants or Scope 3. Who will resolve each gap and by when?
Confirmation request Questions sent to competent authority or programme administrator. Is written evidence retained before final claim or filing?

Verification: inventory criteria and engagement criteria are separate

The inventory standard explains what the GHG statement contains and how it was prepared. The verification criteria govern how an independent party plans, tests and concludes on that statement. ISO 14064-3 is designed for verification and validation of organisation, project and product GHG statements. A verifier may also need accreditation, programme approval, sector competence, independence and a defined scope under UAE requirements.

Rule

CLAIM CONTROL

<p>Do not write &#x27;ISO certified&#x27;, &#x27;GHG Protocol verified&#x27; or &#x27;UAE compliant&#x27; unless the statement accurately describes the standard, subject matter, engagement, provider, level, conclusion and legal output. An inventory can be prepared using ISO 14064-1 without being certified; a verification can cover only a defined statement and period.</p>

How to proceed before local criteria are complete

1. Create a legal and authority source register: instrument, designation, Source, reporting period, required form, method, factors, verifier and retention.

2. Choose a provisional inventory architecture that preserves source-level facts and can map to both GHG Protocol and ISO 14064-1 concepts.

3. Document the organisational and facility boundary with alternative views where the legal perimeter remains uncertain.

4. Build complete Scope 1 and purchased-energy source registers; screen Scope 3 and removals without assuming they are required in the current legal output.

5. Version factors, GWPs, methods, estimates, base-year rules and recalculations so they can be changed without destroying source lineage.

6. Run a verification-readiness review against the likely criteria and identify evidence, independence and competence gaps.

7. Send a focused confirmation request to the competent authority or programme administrator, attaching the proposed method and boundary questions.

8. Freeze and approve the filing view only after the accepted criteria are confirmed; retain the provisional-to-final bridge.

Hypothetical example: a multi-facility services group

The group does not call the provisional inventory legally compliant. Its method memorandum identifies pending questions on facility aggregation, district-cooling factors, refrigerant treatment and verifier approval. Once the authority answers, the group updates the output rules, records the version change and retains the original parent-reporting view.

Hypothetical scenario

ILLUSTRATIVE SCENARIO

<p>A fictional UAE services group operates offices, warehouses, generators, vehicles and cooling equipment. It has no final Article 6 method notice. The group builds a GHG Protocol-based source ledger because it also reports to its parent. It maps every source to ISO 14064-1 inventory fields and designs the evidence pack for possible ISO 14064-3 verification. When the authority later prescribes a facility form and factor set, the group generates a legal output view and reconciles the changes.</p>

Illustrative only. It shows how the decision is made, not wording that can be copied or relied on.

In practice

Weak versus stronger method governance

Weak approach Why it fails Stronger approach
Vendor says the platform is 'ISO and GHG Protocol compliant'. No legal output, edition, boundary or verification criterion is defined. Criteria register plus field-level method and legal mapping.
Choose operational control because it is easiest. The legal Source or authority perimeter may differ. Document alternatives, rationale and authority confirmation.
Enter only final tCO2e totals. Factors, gases, activity data and evidence cannot be recalculated. Source-level ledger with versioned transformations.
Use an ISO verifier without defining the statement. Competence, accreditation, subject matter and programme approval may not match. Engagement scope and provider criteria approved before work begins.
Adopt a working draft as current ISO requirements. Drafts can change and are not the current final standard. Use current ISO 14064-1:2018 and monitor the revision as an update trigger.

Common mistakes

Selecting a standard before identifying the legal statement and authority criteria.

Treating GHG Protocol Scopes as automatically identical to every ISO or UAE category.

Using a corporate control boundary when a facility-specific legal perimeter is required.

Failing to store raw activity data because the calculation tool produces a total.

Using market claims, offsets or removals to reduce gross inventory figures without accepted rules.

Omitting estimate, uncertainty and factor-version records.

Confusing ISO 14064-1 inventory preparation with ISO 14064-3 verification or with accreditation.

Naming a draft revision as the current standard or failing to monitor GHG Protocol revisions.

Making a compliance claim before the authority accepts the method and filing scope.

Myth

“ISO 14064 is the compliance method, while GHG Protocol is only voluntary.”

Reality

Both are widely used technical foundations. The applicable UAE law, authority or programme determines the legal criteria. ISO 14064 is programme-neutral and programme requirements are additional; GHG Protocol can also be referenced or accepted. The organisation must confirm the named method, edition, factors and verifier requirements for its output.

Readiness

Method and verification readiness checklist

  • Intended GHG statement, legal trigger and competent authority are identified.
  • Authority method, factor, form and verifier requirements have been requested and recorded.
  • Current GHG Protocol and ISO editions are version-controlled; drafts are not treated as final.
  • Legal entity, facility, ownership, control, lease and JV boundaries are documented.
  • Source, gas, unit, activity, factor, GWP, estimate and evidence fields are retained.
  • Scope/category mappings are configurable and reconciled.
  • Base-year, recalculation, uncertainty and data-quality policies are approved.
  • Gross emissions, removals, credits and avoided-emission claims remain separate.
  • Verification criteria, subject matter, level, provider competence and independence are defined.
  • Final filing and claim are released only after authority criteria and management approval.

Self-check

  1. Can the team name the exact criteria governing the intended GHG statement?
  2. Can every final total be recalculated from source activity data and versioned factors?
  3. Can the inventory produce both a corporate and facility view without overwriting source facts?
  4. Does the verification statement describe only the subject matter and criteria actually tested?

Take it with you

The checklists as a working spreadsheet

Every checklist and table on this page, with empty status, owner and evidence columns for your team to fill in and keep.

Download .xlsx

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