By August 2026, waste-to-energy operators across Europe are working from five different regulatory pictures at once, not one. The European Commission's feasibility report on including municipal waste incineration in the EU Emissions Trading System landed at the end of July 2026, backing a 2028 start date with an opt-out available to individual member states until 2030. A proposal is not a directive, though, and the national pictures underneath it are moving at different speeds and, in Germany's case, in a different direction entirely. This is a snapshot of where the EU ETS waste incineration 2028 question stands today, not a forecast of where it will land.
A note before the detail: this is general information as at August 2026, not legal advice. The EU-wide picture in particular is a proposal under review, not settled law, and national transposition varies by country. Operators should confirm their own facility's position with their competent authority before making compliance decisions based on any of what follows.
The stakes of getting this wrong are asymmetric. Treat a proposal as a confirmed deadline and a plant risks overspending on compliance infrastructure it does not yet need, possibly the wrong infrastructure once final mechanics publish. Wait for a final directive text and a plant risks its first mandatory reporting period with no baseline data and no defensible trend to show a verifier. Multi-country operators face this twice over: a plant in Lower Saxony, one in the North of England, and one near Milan are, as of this snapshot, on three different legal footings for the same underlying question, what share of what they burn is fossil carbon.
EU ETS and waste incineration in 2028: the country-by-country snapshot
EU-wide: a proposal on the table, not yet adopted law
The European Commission's feasibility report, due by 31 July 2026 under the review clause built into the current EU ETS Directive, assesses whether and how municipal waste incineration should enter the EU ETS. The report backs a 2028 start date for bringing incineration installations into the scheme, with member states able to opt out until as late as 2030 (EUWID Recycling's coverage of the proposal; see also the European Parliamentary Research Service briefing).
That is the extent of what is fixed. A feasibility report is a Commission recommendation, not an adopted legislative act. Turning a 2028 start date and a 2030 opt-out into binding law still requires the EU's ordinary legislative procedure: Council and Parliament agreement on the specific mechanics, including scope thresholds, allocation rules, and how the opt-out is administered. None of that detail is settled as of this snapshot. Operators reading "2028" as a confirmed compliance deadline are reading ahead of where the legislation actually stands.
The opt-out to 2030 changes what "the EU picture" means in practice. If the mechanism survives the legislative process as proposed, some member states will have municipal waste incineration inside the EU ETS from 2028 and others will not, for up to two further years. That is not a single EU-wide compliance date; it is a corridor, and which end applies to a given plant depends on a national government decision that, as of August 2026, most member states have not yet made public. Operators planning capital projects, financing, or long-term waste supply contracts around a single fixed 2028 date are planning around a certainty that does not yet exist.
Germany: TEHG amendment keeps waste incineration out of early entry
Germany has already made its own move, and it runs against the early-inclusion current. The Bundestag passed an amendment to the Treibhausgas-Emissionshandelsgesetz (TEHG), Germany's EU ETS transposition law, that explicitly excludes waste incineration plants from early entry into the EU ETS (EUWID Recycling). German waste incineration plants keep operating under the existing dual regime instead: the national carbon price under the Brennstoffemissionshandelsgesetz (BEHG) and its implementing Emissionsberichterstattungsverordnung (EBeV), alongside the plant-level air emissions requirements that already apply to incineration and co-incineration of waste under the 17. BImSchV. That third piece is not a carbon-pricing instrument. It sets air emission limits for the plant itself and continues to apply regardless of how the ETS question resolves. Air emissions control and carbon pricing are separate obligations, and operators sometimes conflate them.
For a German plant, the practical read as of August 2026 is: no early EU ETS obligation, BEHG/EBeV carbon costs continue as they are, and the open question is whether and how the German position changes once the EU-wide 2028 proposal moves through the legislative process. That is unresolved, deliberately.
It is worth being precise here because the two German instruments are easy to blur under time pressure. BEHG and EBeV are Germany's own national carbon-pricing framework, sitting entirely outside the EU ETS; TEHG is the domestic law that transposes the EU ETS into German law, and it is TEHG that the recent amendment touched, specifically to keep waste incineration out of early entry. The 17. BImSchV is a third, separate instrument again: it governs air emission limits for incineration and co-incineration plants and has nothing to do with carbon pricing at all. A compliance manager tracking "German ETS exposure" who conflates these three ends up either double-counting a cost that only applies once, or missing an obligation that applies under a different law than the one they were watching.
UK: voluntary MRV now, mandatory from 2028
The UK's timeline is the most concrete on this list, and it has already been covered in detail elsewhere on this site: how continuous AI-driven monitoring already satisfies MRV requirements. In brief, UK ETS runs a voluntary monitoring, reporting and verification period for energy-from-waste and waste incineration installations across 2026 and 2027, moving to mandatory allowance surrender from 2028 for installations combusting 3 tonnes per hour or more of non-hazardous waste (UK government guidance; Jones Day analysis). Operators above that threshold should already be building MRV muscle memory during the voluntary window rather than waiting for the mandatory one; that is precisely the subject of the linked article, so it is not repeated here.
Italy: Utilitalia's cost warning
Italy has no incineration-specific ETS legislation yet. What exists is an industry cost estimate reacting to the EU-wide proposal. Utilitalia, the Italian utilities association, put a figure on what EU ETS inclusion would cost the sector: up to 350 million euro per year, equivalent to roughly 45 euro per tonne of waste treated, for a sector Utilitalia says accounts for under 2% of Italy's national emissions (Canale Energia). Those are Utilitalia's own projections, made as an argument against inclusion, not a government cost assessment or an adopted tariff. Read them as a signal of how the Italian sector expects to be affected if and when the EU-wide proposal is adopted, not as a number to build into 2028 budgets today.
The "under 2% of national emissions" framing is the more durable part of Utilitalia's argument, independent of whichever euro figure eventually turns out to be right: it is a proportionality case that full EU ETS inclusion burdens the sector more than its actual emissions footprint warrants. Whether that shapes the final EU-level mechanics, for instance a phased allocation or a different free-allowance treatment than power generation gets, is exactly the detail the legislative procedure still has to settle. Italian operators should treat Utilitalia's figure as a lobbying data point worth monitoring, not a cost line to reserve against.
France: measurement is already mandatory, ETS status still pending
France is furthest along operationally while remaining formally undecided on ETS inclusion itself. Around 80 French waste-to-energy installations have been under mandatory fossil-CO2 measurement obligations since 2024, with formal reporting in place from 2025, ahead of and independent of any EU ETS decision (Amorce). That measurement and reporting infrastructure is exactly the kind of groundwork the EU-wide review clause, due 31 July 2026, is meant to draw on. Whether France's roughly 80 installations end up inside the EU ETS from 2028 depends on how that review clause resolves at EU level. The measurement obligation already in force is not itself an ETS obligation, but it produces the same data plants would need if and when one arrives.
That sequencing, measurement first and ETS status decided later, is arguably the most defensible posture on this list. French operators were not waiting for legal certainty to start producing fossil-fraction data; the obligation began in 2024, two years before the EU-wide feasibility report was even due. Whatever the review clause decides, France's roughly 80 installations will not be starting their measurement programme from zero.
What "measure now, comply later" actually requires operationally
Every jurisdiction above lands on the same operational demand even where the legal status differs: fossil-fraction data at the level of what actually enters the plant. UK ETS MRV, France's fossil-CO2 measurement mandate, and the EU-wide proposal all turn on the same underlying question, namely what share of the waste burned is fossil-derived versus biogenic, because only the fossil share is liable under any of these carbon-pricing schemes.
That number cannot be produced retroactively with any confidence. A radiocarbon test taken in March tells you about March's waste stream, not August's, and periodic manual sorting campaigns are snapshots that go stale the moment the next truck arrives. Composition drifts by supplier, by season, by contract. A plant that only starts building a defensible fossil-fraction record once a scheme becomes mandatory walks into its first reporting period with no baseline, no trend, and no way to explain variance to a verifier.
The practical implication is to decouple "measure" from "comply." A plant does not need a finalized legal obligation to start building continuous composition and calorific value records tied to individual deliveries. It needs that regardless of which of the five pictures above ends up applying to it, because whichever one does, per-delivery data is the input every one of them is built on.
In practical terms, "measure now" means building three things before a scheme becomes mandatory, not after. First, a continuous data stream, not a periodic campaign, so a plant has months of trend rather than one snapshot when a regulator or verifier asks how representative that snapshot is. Second, traceability back to individual deliveries and suppliers, because fossil-fraction variance is rarely random; it tracks specific waste streams, specific contracts, and specific seasons, and a plant that can point to the source of a spike can act on it and explain it, while a plant with only an aggregate figure can do neither. Third, a record format that a verifier can actually audit without the plant's own staff reconstructing it from memory or from paper logs, because the value of continuous data collapses if nobody can retrieve and interpret it months later during a formal review.
How per-delivery composition and calorific value data reduces MRV risk
The specific risk MRV processes are designed to catch is a gap between what a plant reports and what a verifier can independently confirm happened. Aggregate, end-of-period fossil-fraction estimates are hard to defend against that kind of scrutiny, because there is no trail underneath the number.
Continuous, delivery-level monitoring changes what that trail looks like. Wasteer's platform performs per-delivery calorific value analysis and composition assessment on the intake side of the plant, image-anchored to individual tipping events and tied to supplier and contract. That does not make a plant EU ETS or UK ETS compliant on its own; compliance is a legal and procedural determination the operator and its verifier make. What the data supplies is the fossil-fraction evidence that compliance reporting depends on: a record of what was delivered, when, by whom, and what its estimated composition was, available at the delivery level rather than reconstructed after the fact.
That same record also becomes the digital waste control report generating this audit trail, which is the artifact a verifier actually reviews. A plant that can hand a verifier a continuous, delivery-linked record spends less time reconstructing what happened and more time on the parts of MRV that genuinely require judgment. Wasteer is already deployed across 28 facilities in 7 European countries, across exactly this range of regulatory positions, from UK ETS's voluntary MRV period to Germany's dual BEHG/EBeV regime.
Action checklist before 2028
Confirm your facility's throughput against the UK threshold. If you operate in the UK and combust 3 tonnes per hour or more of non-hazardous waste, the voluntary MRV window closes at the end of 2027. Treat 2026-2027 as the runway, not a grace period.
Separate air-emissions compliance from carbon-pricing compliance in Germany. The 17. BImSchV obligations continue unchanged, BEHG/EBeV carbon costs are a distinct line item, and early EU ETS entry does not currently apply. Track the three separately so a change to one does not get conflated with the others.
Do not budget against Utilitalia's cost estimate as fact. It is a sector argument against inclusion, useful for understanding exposure, not a confirmed levy. Revisit it once, and if, the EU-wide proposal is formally adopted.
Build the fossil-fraction record now if you are one of France's roughly 80 covered installations. The measurement obligation already applies. Use the period ahead to make the record continuous and delivery-linked rather than campaign-based, regardless of how the EU review clause resolves.
Track the EU legislative process, not just the feasibility report. The 2028 date and 2030 opt-out are proposals. The binding version, when it exists, will specify scope thresholds and allocation mechanics that are not yet public. Revisit this article's EU-wide section once co-legislators have acted, not before.
Start delivery-level composition and calorific value monitoring irrespective of which scheme applies. Every regulatory path above converges on the same evidentiary need. Building the record before it is mandatory is the only way to have a defensible trend line when a verifier asks for one.
FAQ
Is municipal waste incineration definitely entering the EU ETS from 2028? Not yet, as of August 2026. The Commission's feasibility report backs a 2028 start date with a member-state opt-out to 2030, but this is a proposal, not adopted legislation. It still needs to go through the EU's ordinary legislative procedure before it becomes binding.
Does the TEHG amendment mean German plants are exempt from EU ETS permanently? No. It means they were not brought in early. The amendment addresses early entry specifically; it does not pre-empt whatever the EU-wide legislative process eventually decides for 2028 and beyond.
Are UK ETS and EU ETS the same scheme for waste incineration? No, they are separate schemes on separate timelines. The UK runs its own voluntary MRV period through 2026-2027, with mandatory allowance surrender from 2028 for qualifying installations. See our detailed UK ETS coverage for the mechanics.
What should a plant that is not yet covered by any of these schemes do now? Start building continuous, delivery-level composition and calorific value records. Every scheme above, wherever it lands, is built on fossil-fraction data that cannot be reconstructed retroactively with confidence.
Where can I find the actual legal text, not a summary? The EPRS briefing and the EUWID coverage linked in the EU-wide section above are the closest to primary-source tracking currently available for the proposal's status. For anything binding on your specific facility, confirm with your national competent authority; regulatory summaries, including this one, are not a substitute for that confirmation.
Does Wasteer's software make a plant EU ETS or UK ETS compliant? No, and it should not be sold to you on that basis by anyone. Compliance is a legal and procedural determination made by the operator and its verifier under the specific scheme that applies to that plant. What continuous, per-delivery composition and calorific value data supplies is the underlying fossil-fraction evidence that compliance reporting depends on, not the compliance status itself.
How is calorific value data connected to fossil-fraction reporting? Calorific value and material composition are measured together at the point of delivery, because the two are related: fossil-derived materials such as plastics behave differently in the furnace and contribute differently to a load's calorific value than biogenic materials such as paper, wood, and food waste do. A per-delivery record that captures both gives a plant a much richer basis for estimating and explaining its fossil fraction over time than either figure captured on its own, or captured only periodically.