Tyre Recycling Equipment for Germany: Europe’s Largest Processing Market

Updated on: 4th March 2026 By:

Germany’s Tyre Recycling Market: Scale and Sophistication

Tyre recycling equipment for Germany serves the largest tyre recycling market in Europe by volume. With approximately 48 million registered vehicles, the largest car fleet in the EU, a dominant commercial vehicle and logistics sector, and a manufacturing base that generates industrial and OTR tyre waste at scale, Germany produces an estimated 550,000 to 600,000 tonnes of used tyres annually. That volume, nearly 50% larger than France or Italy and more than six times that of smaller EU member states, supports a mature, competitive, and technically sophisticated tyre recycling industry spanning crumb rubber production, civil engineering baling, devulcanisation development, and energy recovery.

Germany’s tyre recycling industry has developed over decades under one of Europe’s most demanding environmental regulatory frameworks. The German Closed Substance Cycle Act (Kreislaufwirtschaftsgesetz, KrWG) has imposed duty of care obligations, waste hierarchy requirements, and extended producer responsibility principles that have driven processing infrastructure well beyond what many other EU markets have achieved. German processors operate under environmental permits that are among the most technically detailed in Europe, and German end markets for crumb rubber and civil engineering bales are among the most developed on the continent.

The geographic heart of German tyre recycling equipment demand sits in the industrial belt of North Rhine-Westphalia, with secondary concentrations in Baden-Württemberg, Bavaria, and the eastern German states. Germany’s federal structure means environmental permitting and enforcement are Länder responsibilities, creating 16 distinct state-level regulatory environments that processors must navigate depending on where their facilities are located.

Gradeall International supplies tyre processing equipment to German operations from its Dungannon, Northern Ireland manufacturing base. The MKII tyre baler, MK3 tyre baler, truck tyre sidewall cutter, OTR tyre sidewall cutter, tyre rim separator, and the full tyre recycling equipment range serve German processors. With nearly 40 years of manufacturing experience and equipment in over 100 countries, Gradeall understands what Germany’s most demanding tyre recycling market requires.

German Regulatory Framework: The KrWG and Länder Implementation

The Kreislaufwirtschaftsgesetz (KrWG). Germany’s Closed Substance Cycle Act (KrWG), most recently revised in 2012 and significantly amended in 2020 to implement the revised EU Waste Framework Directive, is the foundational waste management legislation. The KrWG establishes the five-tier waste hierarchy, duty of care obligations (Grundpflichten der Abfallbewirtschaftung), the extended producer responsibility framework, and the licensing requirements for waste management facilities. Germany’s implementation of the KrWG is generally considered one of the EU’s most complete and effectively enforced transpositions of the waste hierarchy principle.

Extended Producer Responsibility for Tyres. Germany implements tyre EPR through the Product Responsibility provisions of the KrWG, combined with specific voluntary producer commitments organised through the German tyre industry’s BVSE (Bundesverband Sekundärrohstoffe und Entsorgung) and the tyre manufacturers’ own take-back systems. Unlike countries with a single designated eco-organisation (France’s Aliapur, the Netherlands’ RecyBEM), Germany’s EPR system for tyres operates through a more market-based, competitive structure where tyre producers and importers organise collection and recycling through various commercial arrangements, competing through price and service quality rather than through a single monopoly system.

BImSchG permits. Large German waste processing facilities require a permit under the Federal Immission Control Act (Bundes-Immissionsschutzgesetz, BImSchG) for activities listed in the BImSchV (Fourth Ordinance under BImSchG). Tyre shredding and recycling facilities above specified throughput thresholds require BImSchG permits with detailed conditions on air emissions, noise, waste acceptance, and environmental monitoring. The BImSchG permit process, administered by state-level immission control authorities (Gewerbeaufsichtsämter or Landesumweltämter, depending on the Land), is rigorous and can take 12 to 18 months for complex facilities.

Abfallrechtliche Genehmigung. Smaller tyre processing facilities below BImSchG thresholds require an environmental permit (Abfallrechtliche Genehmigung or Zulassung) from the Länder environmental authority. The specific requirements vary by Land; Bavaria, Baden-Württemberg, North Rhine-Westphalia, and other states each have their own procedures and conditions for tyre recycling facility approvals.

Fire protection requirements (Brandschutz). German building regulations and permit conditions impose detailed fire protection requirements on tyre storage facilities. Requirements vary by Land but consistently include fire compartment sizing, separation distances, sprinkler provisions above specified storage volumes, fire brigade access routes, and firefighting water supply. German fire protection requirements for tyre storage are among the most detailed in Europe; compliance requires purpose-designed storage facilities built to the specific technical requirements of the Land.

The German Tyre Stream: Scale and Composition

Passenger car tyres. Germany’s passenger car fleet generates the largest single-country volume of used car tyres in Europe. German motorists replace tyres with some frequency, given the mix of autobahn high-speed driving and urban use; the average German tyre lifespan may be shorter than in countries with predominantly lower-speed road networks. The German car tyre stream feeds crumb rubber production and civil engineering baling across the country’s extensive processing network.

Winter tyre dynamics. Germany’s climate creates a significant seasonal tyre dynamic. While German law does not mandate winter tyres on specific dates, it requires winter or all-season tyres in winter road conditions (Winterreifenpflicht situativ). The practical result is that most German motorists use summer and winter tyre sets that are changed twice yearly at tyre dealers, creating spring and autumn tyre collection peaks that German processors must plan for.

Truck and commercial vehicle tyres. Germany’s dominant road freight sector, including German hauliers operating extensively across Europe and the very heavy transit freight crossing Germany between Eastern and Western Europe, generates the largest truck tyre volume in the EU. The German truck tyre stream feeds both retreading operations and shredding/processing for crumb rubber; sound truck casings are retreaded; worn casings are processed through Gradeall’s truck tyre sidewall cutter and truck tyre rim separator.

Automotive manufacturing OTR tyres. Germany’s automotive manufacturing sector, including the BMW, Mercedes-Benz, Volkswagen, and Porsche manufacturing plants, generates industrial tyre waste from manufacturing logistics equipment, forklifts, and internal transport vehicles. Adjacent to the plants, the automotive supply chain manufacturing operations add to the industrial tyre volume.

Agricultural tyres. Germany’s significant agricultural sector, spread across the North German Plain (Norddeutsche Tiefebene), the Rhine-Main basin, Bavaria, and other farming regions, generates agricultural tyre waste from tractors and farm machinery. Gradeall’s agricultural tyre shear addresses the German agricultural tyre fraction.

Processing Routes in the German Market

Crumb rubber. Crumb rubber production is the dominant processing route by volume in Germany, serving one of Europe’s largest domestic markets. German demand for crumb rubber comes from artificial turf for sports facilities (Germany has one of Europe’s densest networks of artificial turf football pitches), playground safety surfacing, equestrian arenas, rubber-modified asphalt (Gummigranulat-Asphalt), and industrial rubber products. German crumb rubber producers also export to neighbouring markets in Austria, Switzerland, and Central Europe.

Civil engineering baling. Germany has a well-established civil engineering tyre bale market, with applications in Bundesautobahn construction, rail embankments (Deutsche Bahn infrastructure projects), noise barrier foundations, and drainage systems. The German civil engineering bale market is accessed through relationships with German construction engineering consultants (Ingenieurbüros), project managers at DEGES (the motorway development company), and major German construction contractors (STRABAG, HOCHTIEF, Bilfinger). The MKII and MK3 tyre balers produce PAS 108-compliant bales for the German civil engineering market; there is no separate German national tyre bale standard.

Devulcanisation. Germany has been one of Europe’s most active markets for the development of devulcanisation technology, with multiple German companies and Fraunhofer Institute research programmes working on commercial-scale rubber devulcanisation. German chemical company engagement with devulcanised rubber as a feedstock for new rubber compound production is more advanced than in most European markets. German tyre recyclers who establish supply relationships with devulcanisation operations can access higher-value processing routes supported by the German industrial chemistry sector.

Energy recovery. German cement kilns, including Heidelberg Materials (formerly HeidelbergCement), Schwenk, and Dyckerhoff, use tyre-derived fuel in their operations. TDF represents a minority of total German processing volume but provides a disposal route for material that cannot reach material recycling routes.

“Germany is the market that sets the standard for European tyre recycling in terms of volume, processing sophistication, and regulatory rigour,” says Conor Murphy, Director of Gradeall International. Operating successfully as a tyre recycler in Germany requires equipment that consistently meets the technical demands of the German regulatory and commercial environment. Our equipment has served German processors for many years,and we understand exactly what the German market requires.”

Contact Gradeall International for tyre processing equipment for German operations.

FAQs

What BImSchG permit is required for a tyre shredding facility in Germany?

Tyre shredding facilities above specified annual throughput thresholds (typically 10 tonnes per day or 3,000 tonnes per year, though specific thresholds depend on the exact activities and the relevant BImSchV annex classification) require a formal BImSchG permit. Smaller facilities may operate under simplified procedures. Confirm the applicable BImSchG classification for your proposed facility with the relevant Länder immission control authority before applying; the classification determines the permit procedure and conditions.

Does Germany have a national standard for tyre bales used in civil engineering?

Germany does not have a separate national standard for tyre bales equivalent to the UK’s PAS 108. German civil engineering projects using tyre bales reference PAS 108 as the technical standard, alongside relevant German construction standards (DIN norms) and Eurocodes. Engage with the project geotechnical engineer for project-specific requirements.

How does Germany’s federal structure affect environmental permitting for tyre processors?

Environmental permitting for waste processing in Germany is a Länder responsibility; each of the sixteen German states has its own environmental authority and procedural requirements, even when applying the same federal legislation (KrWG, BImSchG). A tyre recycling facility in Bavaria must deal with the Bavarian environmental authority (Bayerisches Landesamt für Umwelt); the same company, if opening a second facility in NRW, must engage with NRW’s environmental authority (Landesamt für Natur, Umwelt und Verbraucherschutz NRW). Plan for state-specific variations in procedures, timelines, and permit conditions.