Plastics flow in Germany 2025: a shrinking value chain and slowing recycling – an analysis of the BKV/Conversio study

Plastics flow in Germany 2025 tells a story that deserves both credit and concern. According to the summary of “Stoffstrombild Kunststoffe in Deutschland 2025”, prepared by Conversio Market & Strategy on behalf of BKV GmbH and published in November 2026, volumes fell at every stage of Europe’s largest plastics market – from production through conversion to waste. The share of recycled material reached a new high, but the momentum behind it has clearly faded.

The biennial survey tracks the entire life cycle of plastics: production, conversion, consumption, waste generation, recovery, and the return of recyclates into manufacturing. For anyone trying to understand where Central European plastics recycling is heading, the German figures are hard to ignore – not only because of the market’s size, but because of a time series that reaches back to 1994.

In short: Plastics flow in Germany 2025 shrank at every stage: conversion fell to 12.22 million tonnes, and plastic waste volumes declined for the first time since the time series began in 1994. The share of post-consumer recyclate in conversion rose to 13.6%, but growth slowed, and almost 60% of plastic waste still goes to energy recovery.

A biennial mirror of the German plastics industry

The study was commissioned by BKV GmbH and supported by fifteen industry associations and the IG BCE trade union – among them Plastics Europe Deutschland, BDE, bvse, IK Industrievereinigung Kunststoffverpackungen, VCI, VDA and VDMA. Data collection for the 2025 reference year rested on three pillars: a full questionnaire survey of around 45 polymer producers; a proportional, mainly online survey of converters and recyclers, in which roughly 305 companies responded to more than 2,000 invitations; and around 50 supplementary expert interviews. These were complemented by production, trade (Destatis, Eurostat) and association statistics, plus GVM market data.

Two methodological details are essential for reading the numbers correctly. The first is the output-based measuring point: since 2021, material recycling has been counted by the volume of recyclate leaving the recycling plant, not the volume entering it. The second is that recovery figures refer to waste generated in Germany, regardless of whether it was processed at home or abroad – so they do not equal the volumes actually handled by German recyclers. The split between production and processing residues also matters: material leaving a site under a waste code counts as post-industrial waste, while material returned to the process without a waste code counts as a by-product.

The summary can be downloaded free of charge from the BKV website; the full study, in German, is available for purchase.

Falling volumes at every stage

Fossil-based polymer production reached 8.64 million tonnes in 2025, down 2.0% on 2023. Polyolefins drove the decline: polyethylene fell from 2.335 to 2.105 million tonnes (–9.9%), polypropylene from 1.92 to 1.795 million tonnes (–6.5%), and other thermoplastics dropped 7.4%. PVC (+6.1%), polyamide (+4.3%) and other plastics (+18.9%) grew – partly on higher exports, partly thanks to completed plant upgrades, according to the study. The report stresses, however, that all three groups remain well below their 2021 levels.

Including recyclates, by-products and bio-based plastics, total study-relevant plastics production came to 11.29 million tonnes. Of this, 2.05 million tonnes were recyclates (1.72 million tonnes post-consumer, 0.33 million tonnes post-industrial), 0.43 million tonnes were reprocessed by-products and 0.16 million tonnes were bio-based plastics.

Converters turned 12.22 million tonnes of plastics into products, 4.9% less than two years earlier. The longer view is starker: in 2017, conversion still stood at 14.37 million tonnes – a 15% drop in eight years. Packaging’s share of conversion rose (31.6%, up from 29.9% in 2023), construction slipped slightly (23.2%), vehicles accounted for 11.0% and electrical and electronics for 6.7%. After imports and exports, domestic plastics consumption came to 10.93 million tonnes (–2.8%).

This is not a simple cyclical dip. The figures reflect a structural weakening of German industry – with direct consequences for the waste side and the recycling sector.

13.6% recycled content – what lies behind the figure?

German converters used 1.658 million tonnes of post-consumer recyclate in 2025, equivalent to 13.6% of total conversion. The share was 12.0% in 2023 and only 5.6% in 2017; the volume used has more than doubled since then. Post-industrial recyclate accounted for 325,000 tonnes (2.7%) and by-products for 508,000 tonnes (4.1%). The overall non-fossil share thus rose to 20.4%, from 18.9% in the previous survey.

It is worth looking at both halves of the fraction, though. Post-consumer recyclate use grew by 118,000 tonnes in two years – compared with 268,000 tonnes in the previous cycle. Over the same period, use of fossil-based material fell by 685,000 tonnes. Had total conversion stayed at its 2023 level, the same volume of recyclate would represent only around 12.9%. A substantial part of the improvement in the share therefore comes from a shrinking denominator, not from a faster loop.

The production side confirms this: output of recyclate from post-consumer waste rose by 5.1% over two years, against 12.3% in the previous period. Use of post-industrial recyclate fell by 67,000 tonnes – a direct imprint of weaker manufacturing activity.

Where does the recyclate go?

Converters used around 2.49 million tonnes of recyclates and by-products in total. Construction (35.5%) and packaging (30.9%) took the largest shares, agriculture, horticulture and forestry 11.6%, while vehicles and electronics together absorbed just 7.1%.

The substitution balance is particularly revealing. According to the study, recyclates and by-products replace a total of 2.51 million tonnes of material, of which:

• 1.81 million tonnes supplement or replace fossil-based plastics (0.98 million tonnes of post-consumer and 0.32 million tonnes of post-industrial recyclate, plus 0.51 million tonnes of by-products) – up from 1.75 million tonnes in 2023;
• 0.68 million tonnes replace other materials such as concrete, wood or steel, almost entirely from post-consumer recyclate – a figure unchanged over two years.

In other words, only around 59% of the post-consumer recyclate used (56% in 2023) actually displaces virgin plastic. The rest lives on as fence posts, pallets, benches, pipes and other thick-walled products. That is a valuable and often economically robust market, but it does not directly reduce demand for virgin polymer. This tension – established “downstream” markets versus recycled-content targets for packaging – was also central to our analysis of flexible mixed polyolefins.

The waste side: the first decline on record

In 2025, Germany collected and recovered 5.80 million tonnes of plastic waste (2023: 5.91 million tonnes). Of this, 5.52 million tonnes were post-consumer and 0.28 million tonnes post-industrial; the latter fell by 17.1%. Including by-products (0.45 million tonnes), the total reached 6.25 million tonnes – compared with 2.80 million tonnes in 1994.

According to the study, plastic waste volumes declined for the first time since the time series began, a development the authors link in part to weaker economic activity. Post-consumer plastic waste amounts to 65 kilograms per person, of which 36 kilograms is packaging.

By sector, the largest change came from vehicles: plastic waste from end-of-life vehicles fell 10.3% to 124,000 tonnes, mainly because fewer cars were deregistered. Electrical and electronic waste, by contrast, grew by 4.3%.

The study also flags two important dynamics. Construction plastics – window profiles, pipes, insulation – can remain in use for 50 to 80 years, so today’s construction waste reflects installations from decades ago rather than current consumption. And a significant share of vehicles and electronic devices is exported as used goods before becoming waste – which is why domestic waste volumes in these sectors fall well short of the volumes originally placed on the market.

The largest item in the plastics flow in Germany 2025: energy recovery

Of the 5.80 million tonnes of total plastic waste in 2025:

• 3.45 million tonnes (59.6%) went to energy recovery – 2.17 million tonnes in waste-to-energy plants and 1.28 million tonnes as refuse-derived fuel (EBS), mainly in cement kilns and industrial power plants;
• 2.29 million tonnes (39.5%) were mechanically recycled;
• around 0.01 million tonnes were chemically recycled and 0.02 million tonnes went to feedstock recovery (as a reducing agent in steelmaking);
• 0.03 million tonnes (0.5%) were landfilled, typically as small plastic fractions mixed into mineral waste.

For post-consumer waste, the material recovery rate stood at 37.5% (around 35.4% in 2023) and energy recovery at 62.0% – 39.2% in incineration and 22.8% as RDF. In total, 99.5% of post-consumer plastic waste was recovered. According to the study, this gives Germany one of the highest recycling rates in Europe, but the pace of improvement slowed from 4.7% to 2.3% a year: domestic mechanical recycling grew by only around 90,000 tonnes in two years, compared with 250,000 tonnes in the previous cycle.

From a waste management practitioner’s perspective, two points stand out. First, landfill has practically disappeared: the study’s time series shows both energy recovery and mechanical recycling surging in the years after landfill restrictions were tightened in the mid-2000s. Second, RDF remains a durable, high-volume outlet in the German system, absorbing around 22% of all plastic waste. The high energy recovery rate is therefore not an alternative to landfill but a consequence of the fact that no more material can be extracted economically, by mechanical means, from mixed and contaminated streams.

Packaging carries recycling on its back

Of post-consumer packaging waste (3.03 million tonnes), 1.62 million tonnes were mechanically recycled – a rate of 53.4%. Packaging accounts for around 79% of all post-consumer mechanical recycling. Industrial and commercial packaging achieves a higher rate (59%), but households supply the larger volume: 986,000 tonnes of 1.96 million tonnes went to mechanical recycling.

Every other area lags far behind. Construction waste contributes around 7% of mechanical recycling and agriculture around 5% – and here the study highlights sector-specific take-back schemes such as Rewindo for PVC windows and ERDE for agricultural films.

The study’s table yields one telling figure: only around 17% of non-packaging post-consumer plastic waste is mechanically recycled (424,000 of 2.49 million tonnes). Construction and electronics sit at around 20%, vehicles at 17%, and household, sports and leisure goods at barely 5%. The next big leap, in other words, will not come from packaging but from durable goods – through design for circularity, dismantling and sector-specific take-back.

Huge differences between collection systems

One of the report’s most informative charts breaks down waste by collection stream, showing how the collection route largely predetermines the fate of the plastic:

• PET bottle deposit return: of 385,000 tonnes, 340,000 tonnes are recycled – around 88%.
• Separate collection of industrial and commercial packaging: of 719,000 tonnes, 623,000 tonnes – around 87%.
• Household lightweight packaging (yellow bag/bin): of 1.30 million tonnes, 668,000 tonnes go to material and 633,000 tonnes to energy recovery – roughly half and half.
• Mixed commercial waste via private collectors: of 1.36 million tonnes, only 191,000 tonnes – around 14%.
• Household residual waste: of 1.07 million tonnes of plastics, just 6,000 tonnes are recycled.

So around a third of household plastic waste ends up in residual waste, from which it can practically only be recovered for energy. The sorting residue of yellow-bag collection – where a large share of PET trays also ends up, as we showed in our article on PET tray recycling – likewise goes largely to incineration or RDF production.

The lesson is simple but unforgiving: where collection is tailored to one material and one actor (deposit return, industrial films), material recovery exceeds 85–90%. Where the stream is mixed, sorting quality and economic incentives decide – and today they mostly favour energy recovery.

Exports, output-based measurement and the real weight of chemical recycling

The report’s material balance also shows where mass “disappears” between collection and recyclate. Post-consumer and post-industrial waste entering mechanical recycling in Germany totals around 2.68 million tonnes; of this, roughly 0.63 million tonnes are lost in processing and sent to energy recovery, leaving 2.05 million tonnes of recyclate – a yield of around 76%. Output-based measurement makes exactly this gap visible, which is why the figures cannot be compared directly with older, input-based data.

Germany is also a major player in waste trade. For plastic waste destined for recycling, there is a net export surplus of 0.21 million tonnes, made up of a 0.30 million tonne post-consumer export surplus and a 0.09 million tonne post-industrial import surplus; 51% of exported volumes went to EU countries. For recyclates, net exports are around 0.07 million tonnes. How cross-border shipments inflate national recycling statistics, and what the EU export ban applying from 21 November 2026 changes, is covered in our analysis of cross-border waste shipments.

Chemical recycling is almost invisible in the 2025 balance: around 8,000 tonnes of plastic waste were converted into plastics feedstock, with a further 20,000 tonnes or so used as a reducing agent. That is less than half a percent of total waste. The regulatory framework is one reason the technology is moving slowly – as the European chemical industry’s call for harmonised end-of-waste criteria for chemical recycling makes clear.

What can Hungarian and Central European waste management learn?

The German data cannot be transplanted one-to-one, but several lessons are directly relevant.

1. Demand, not only collection, is the bottleneck. A shrinking converting industry takes in less raw material – and therefore less recyclate. This pressure affects the whole European sector, as reflected in the bvse and Recycling Europe warnings about the plastics recycling crisis. For a recycler in Hungary, weaker German demand is a direct market risk.

2. The PPWR will put a price on quality. From 2030, the EU Packaging and Packaging Waste Regulation requires mandatory recycled content in plastic packaging (see our piece on the PPWR entry into application). According to the German balance, 41% of post-consumer recyclate today goes into products that replace concrete, wood or steel. Packaging targets require food- and packaging-grade recyclate, which means better sorting, cleaner input and a certifiable chain of custody.

3. The largest reserve lies in mixed streams. In Germany, mixed commercial waste and household residual waste together contain more than 2.4 million tonnes of plastics, most of which is recovered for energy. It is likely that in Hungary, too, these collection routes hold the largest untapped potential for material recovery – the question is the economics of sorting and the market for recovered fractions.

4. Energy recovery is not the enemy of recycling. Germany recovers almost 60% of all plastic waste for energy, yet ranks among Europe’s recycling leaders, and landfill has practically ended. A high-quality RDF route for residues that cannot be recycled mechanically can remain a stable pillar of the Hungarian system too.

5. Statistics are only comparable at the same measuring point. Output-based calculation, the separation of by-products and the inclusion of recycling abroad all shape the final rate. In international comparisons, it is always worth checking where measurement takes place and what is counted – a point also underlined by the gap between reported and actual recycling in the Turkey plastic waste report.

Perhaps the most important message of the Stoffstrombild 2025 is that the circular economy is not a one-way development path. The German system is mature, and the infrastructure for collection and recovery is in place – the slowdown stems from demand, the wider economy and the handling of mixed streams. Hungarian waste management faces exactly the same questions.

FAQ – Plastics flow in Germany 2025

How much plastic was converted into products in Germany in 2025?

Germany converted 12.22 million tonnes of plastics into products in 2025, 4.9% less than in 2023. This comprised 9.73 million tonnes of fossil-based plastics, 1.66 million tonnes of post-consumer and 0.33 million tonnes of post-industrial recyclate, and 0.51 million tonnes of by-products. Conversion volumes have fallen by 15% since 2017.

What is Germany’s plastic waste recycling rate?

In 2025, 37.5% of German post-consumer plastic waste went to material recovery, of which 37% was mechanical recycling. The rate rose from around 35.4% in 2023, but the pace of improvement halved. The figures use an output-based measuring point and include waste generated in Germany but recycled abroad.

Why is energy recovery so high in Germany?

Because no more material can be extracted economically, by mechanical means, from mixed streams. Some 62% of post-consumer plastic waste is recovered for energy: 39.2% in waste-to-energy plants and 22.8% as refuse-derived fuel, mainly in cement kilns. The largest items are plastics in household residual waste, mixed commercial waste and yellow-bag sorting residues.

How much recycled plastic does the German converting industry use?

German converters used 1.66 million tonnes of post-consumer recyclate in 2025, equal to 13.6% of total conversion, up from 5.6% in 2017. Including post-industrial recyclate and by-products, the non-fossil share reaches 20.4%. Around 59% of post-consumer recyclate replaces virgin plastic; the rest substitutes materials such as concrete, wood or steel.

How significant is chemical recycling in Germany?

Chemical recycling was negligible in 2025: around 8,000 tonnes of plastic waste were turned into plastics feedstock, and roughly 20,000 tonnes more were used as a reducing agent in steelmaking. Together that is less than half a percent of the 5.80 million tonnes of plastic waste, so mechanical recycling remains the dominant material recovery route.

What do the German figures mean for Hungary and Central Europe?

They show that collection alone is not enough. From 2030, the PPWR requires mandatory recycled content in plastic packaging, so demand for high-quality recyclate will grow in Central Europe too. The German balance shows that sorting efficiency, the handling of mixed streams and demand from converters decide how much material returns to the loop.

🔗 Official sources and references: 👉

• BKV GmbH: Study: Plastics flow in Germany 2025
• Conversio Market & Strategy GmbH on behalf of BKV GmbH: Kurzfassung “Stoffstrombild Kunststoffe in Deutschland 2025 – Zahlen und Fakten zum Lebensweg von Kunststoffen” (November 2026)

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