We help companies prepare for Emissions Trading Systems (ETS), including Turkey's emerging carbon market, EU ETS, and compliance management.
In Türkiye, a carbon price is no longer a forecast. It is an obligation with a calendar. The Türkiye Emissions Trading System (TR ETS), established by Climate Law No. 7552, became operational with the regulation that entered into force on 27 August 2026. The Carbon Market Board's KPK/2026/1 decisions and the Procedures and Principles published on 1 October 2026 then fixed the scope and dates of the pilot period.
For an installation in pilot scope, the coming months are busy: a Monitoring Methodology Plan by 27 January 2027, a verified emission report and Activity Level Report by 30 April 2027, and the first allowance surrender in November 2028 for 2027 emissions. Alalëa's Turkish ETS consulting helps you build each of these documents on the right data foundation and see your allowance balance before it becomes a cost.
This page is for operators in Türkiye and those overseeing them from abroad: group teams of multinationals with Turkish plants, foreign investors in Turkish heavy industry, and EU customers assessing the carbon cost their Turkish suppliers now face.
The Regulation sorts installations carrying out the activities in its Annex 1 into three categories, based on annual emissions calculated conservatively from installed capacity. Biomass CO₂ is excluded from this calculation; transferred CO₂ is included.
| Category | Annual emissions | Position in the ETS |
|---|---|---|
| A | 50,000 tCO₂e or less | Outside the ETS; monitoring, reporting and verification continue |
| B | Above 50,000 and up to 500,000 tCO₂e | In the ETS |
| C | Above 500,000 tCO₂e | In the ETS |
The pilot period covers only category B and C installations in five sectors: electricity generation, cement, iron and steel, aluminium and fertilisers. Under the Procedures and Principles, the covered activities in these sectors are:
An installation whose main activity lies outside these sectors stays outside the pilot period even if it generates electricity. Being out of scope does not remove the MRV obligation, and the Board keeps the power to change the scope and duration of the pilot period.
Compliance revolves around four documents:
| Document | What it describes | Who checks it |
|---|---|---|
| Monitoring plan | How the installation's total emissions are monitored: source streams, methods, measuring instruments | Approved by the Presidency |
| Monitoring Methodology Plan (MMP) | Sub-installations, their boundaries, activity levels and the method for attributing emissions to them | Submitted electronically to the Presidency |
| Emission report | Verified total emissions for the previous year | Verifier accredited by TÜRKAK, assigned through MEDAS |
| Activity Level Report (ALR) | Activity levels and attributed emissions by sub-installation | Submitted in verified form |
One rule shapes everything: total emissions in the ALR must equal the total in the verified emission report for the same year. In practice, two teams cannot prepare them in separate spreadsheets.
| Date | Obligation | Legal basis |
|---|---|---|
| 27 January 2027 | Electronic submission of first MMPs (extended deadline) | Presidency announcement, 14 October 2026 |
| 30 April 2027 | Verified 2026 emission report and verified ALR | Regulation art. 29; Procedures and Principles art. 13 |
| 30 June 2027 | 2023, 2024 and 2025 ALRs for installations with an electricity sub-installation | Procedures and Principles art. 13 |
| 30 April 2028 | Verified 2027 emission report and verified ALR | Regulation art. 29; Procedures and Principles art. 13 |
| Last business day of November 2028 | Allowance surrender for 2027 emissions | Procedures and Principles art. 6 |
Under provisional article 3 of the Regulation, the MMP deadline was originally two months from entry into force, and the Presidency may extend it by up to six months. On 14 October 2026 the Presidency moved the deadline to 27 January 2027. The extension covers only the MMP; all other dates are unchanged.
The general deadline for the emission report is 30 April each year, and the Presidency may extend it by no more than one month. Records must be kept for at least 10 years.
2026 is a reporting year only. Apart from the voluntary complementary allowance price mechanism, no surrender obligation arises for it. For 2027, the free allocation rate is 100% under the benchmark method, and allocation is calculated per sub-installation as:
Free allocation (t) = Benchmark (tCO₂e/unit) × Free allocation rate × Sectoral activity coefficient × Activity level (units)
A 100% rate does not mean every installation's emissions are fully covered. Outside electricity, the benchmark is the weighted average of emission intensities for the relevant year. An installation above the average runs a shortfall and buys the difference in the market; one below it ends up with surplus allowances. For electricity generation, the benchmark is set per plant from the weighted average intensity of the last five years and balanced with a sectoral correction factor. Benchmarks will be announced in the National Allocation Plan after the verified reports are in, and free allocation applications are due within 30 days of the plan's publication.
Under the Regulation, carbon credits from projects within Türkiye may be used for surrender up to a ratio to be set by the Board. As of October 2026 we had not found a decision setting that ratio. For the credit side, see our carbon markets advisory.
Penalty amounts are set in the Law and the Regulation, tiered by installation category; for current amounts, refer to the text in the Official Gazette. The structure is:
The reduction lowers the fine but not the account block or the carry-over of a shortfall, so the pilot period is no "penalty-free trial".
We update the conservative capacity-based emissions estimate, confirm your category and check your main activity against the pilot list. Where several activities run, deciding which one is decisive is the first and most important call.
The Regulation requires activities to be split, in order of priority, into product benchmark, heat benchmark, district heating, in-installation heating, fuel benchmark and production process sub-installations. Total emissions in the approved monitoring plan must be attributed to these sub-installations completely and without double counting. On site, we trace energy and material flows to draw sub-installation boundaries and decide which meter, weighbridge or production record supplies each activity level.
The MMP sets out the sub-installation structure, data sources, calculation methods, conservative estimates for data gaps and control procedures. 27 January 2027 may look comfortable, but sub-installation data for all of 2026 must be recoverable retrospectively; finding a missing meter or an unsplittable energy flow now buys time to fix it.
We produce the 2026 emission report and ALR from one data set, checking that totals match at every stage. Where there is an electricity sub-installation, rebuilding the 2023, 2024 and 2025 ALRs from archives is a separate workstream, so we check early whether that data was archived verifiably.
We prepare the verifier's evidence file: consistency with the monitoring plan and MMP, instrument calibration records, accredited laboratory analyses, data flow diagram, calculation sheets, internal control and change logs, and stay with you until findings are closed. Our list of the top 10 things checked in emissions verification is a useful primer.
We calculate your emission intensity per sub-installation and estimate your likely position against the sector average. With benchmarks not yet announced this is a scenario analysis, but it lets budgets and procurement reflect a likely 2027 shortfall or surplus early. We connect this analysis to internal carbon pricing and decarbonization strategy work.
How long this takes depends on the number of installations and sub-installations, the maturity of the monitoring plan, metering, historical data archives and verifier scheduling.
Turkish ETS compliance is a permanent process inside the installation, not a one-off deliverable, and the pilot period is the moment to set it up.
Data systems. Emissions data is usually spread across production, energy, procurement and laboratory systems. We recommend a single "source of truth" for each source stream and sub-installation, written rules on who collects data and how often, fewer manual transfers and a log of every change. The same data model can serve CBAM and the corporate inventory.
Roles. At a minimum, these responsibilities need a clear owner:
| Role | Responsibility |
|---|---|
| ETS lead | Calendar, contact with the Presidency and the verifier, integrity of the documents |
| Data owners | Timely, accurate production, energy, laboratory and procurement data |
| Internal control | Second-pair-of-eyes review of calculations, logs of deviations and data gaps |
| Finance and procurement | Reflecting allowance shortfall or surplus in budgets and market transactions |
| Senior management | Allocating resources, building carbon cost into investment decisions |
Control environment. Verifiers examine how a result was reached, not just the result; written procedures, a calibration schedule, data gap management and change logs directly affect the number of findings.
Given how the rules are built, these carry the most risk:
The TR ETS architecture uses the same concepts as EU ETS free allocation. In the EU, Delegated Regulation (EU) 2019/331 defines product benchmark, heat benchmark, fuel benchmark and process emissions sub-installations, and ties allocation applications to a verified baseline data report and a monitoring methodology plan approved by the competent authority. The Turkish MMP and sub-installation approach follow the same logic.
Years of EU ETS experience with sub-installation splits, heat flow attribution and data gap management therefore transfer directly to installations in Türkiye, and multinational groups with plants in both systems can reuse much of their internal know-how. Exporters to the EU, knowing that the CBAM free allocation adjustment uses EU ETS benchmarks, can plan both systems' data needs together. The differences matter too: TR ETS pilot benchmarks are not EU benchmarks but the weighted average of installations in Türkiye, and verifier accreditation runs through TÜRKAK.
The five pilot sectors overlap heavily with the CBAM product groups. An installation in these sectors that exports to the EU will generate installation- and sub-installation-level data for the Turkish ETS and product-level data for CBAM in the same period. The deadline for the 2026 TR ETS emission report and ALR is 30 April 2027, and CBAM verifications are expected to peak in early 2027. Because the two verifications have different accreditation requirements, the calendars need to be planned together. See our CBAM readiness service for the EU side.
In practice, one measurement and data infrastructure should produce three outputs: installation totals and sub-installation split for the Turkish ETS, embedded emissions per product for CBAM, and a Scope 1 and 2 inventory for corporate reporting. Boundaries differ, so calculations cannot replace one another, but the raw data is the same. Collecting fuel use, raw material inputs, production volumes and laboratory analyses once, in one place and traceably, reduces verification effort and the risk of inconsistent reports.
As of October 2026 we had not found official decisions on: pilot period benchmarks and the National Allocation Plan, EPDK procedures for the complementary allowance price auction, the ratio of credits usable for offsetting, the primary market auction calendar, and the years of the first implementation period. These gaps are a reason to build flexible data infrastructure, not to wait.
To discuss your installation's scope, MMP preparation or your 2027 allowance balance, contact Alalëa through our contact page.
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