Vehicle Recoverability Rate

1. Definition and Core Concepts

Vehicle recoverability rate refers to the percentage of the mass of parts and materials in end-of-life vehicles (ELVs) that can be recovered (including material recycling and energy recovery) relative to the vehicle's kerb weight. Its primary function is to quantify the resource regeneration potential of a vehicle at the end of its life cycle, serving as a key benchmark for evaluating eco-design standards and circular economy capabilities in automotive manufacturing.

The concept encompasses two closely related yet distinct sub-indicators:

Recyclability rate: The percentage of a new vehicle's mass that can be recycled (material reprocessing) and/or reused (direct component reuse).
Recoverability rate: The percentage of a new vehicle's mass that can be recovered (including material recycling and energy recovery) and/or reused, representing a broader scope than the recyclability rate.

2. Calculation Methods and Technical Standards

China first gazetted in 2004 the "Road vehicles — Recyclability and recoverability — Calculation method" (GB/T 19515-2004), which adopted the ISO 22628:2002 standard identically to establish a harmonised calculation framework for the industry.

The prevailing standard is GB/T 19515-2023, gazetted on 27 November 2023 and enforced from 1 March 2024, superseding GB/T 19515-2015. The updated standard explicitly defines its scope to cover newly produced Category M1 and N1 vehicles (passenger cars and light commercial vehicles), with other vehicle classes referencing its provisions.

The calculation methodology is structured around a four-stage ELV processing model: the pre-treatment stage (draining fluids, removing batteries and tyres, etc.), the dismantling stage (extracting reusable components), the metal separation stage, and the non-metallic residue treatment stage. The aggregate recoverable mass across all stages is divided by the vehicle's kerb weight to yield the final rate.

3. Policy Targets and Evolution Roadmap

The "Technical Policy for Automotive Product Recovery" introduced in 2006 outlined clear phased targets:

Phase	Implementation Timeline	Recoverability Target	Material Recyclability Target	Applicable Vehicle Types
Phase 1	From 2010	≥80%	≥75%	Category M1 / N1
Phase 2	From 2012	≥90%	≥80%	All motor vehicles
Phase 3	From 2017	≥95%	≥85%	All motor vehicles

In 2015, the Ministry of Industry and Information Technology (MIIT) introduced the "Management Requirements for Automotive Hazardous Substances and Recoverability Rate", establishing a "Corporate Declaration + Compliance Verification + Public Notice" regulatory framework that mandated Category M1 vehicles to achieve a recoverability rate of ≥95%.

4. Outcomes of China's EPR Pilot Programme

Following the rollout of the Extended Producer Responsibility (EPR) automotive pilot in 2021 by MIIT alongside three other ministries, 11 pilot car manufacturers teamed up with 62 supply chain enterprises to attain their set milestones by 2025: boosting vehicle recoverability rates to 95%, hitting a comprehensive resource utilisation rate of 75%, and achieving a 5% recycled raw material integration rate.

5. International Regulations and Export Compliance

Since the European Union enforced the ELV Directive in 2000, vehicle recoverability rates have routinely exceeded 95%. In September 2025, the European Parliament endorsed a revised draft of the ELV Regulation, stipulating that all new models must achieve: a reusability and recyclability rate of at least 85%, or a reusability and recoverability rate of at least 95%. Spanning passenger cars, light commercial vehicles, heavy-duty commercial vehicles, and motorcycles, this updated framework introduces more stringent compliance hurdles for Chinese automakers exporting to the EU.

6. Industry Trends

Continuous standard refinement: GB/T 19515-2023 now integrates both mandatory requirements and calculation guidelines, transitioning from a voluntary recommendation into an enforceable market-entry threshold.
Wider regulatory scope: Expanding coverage beyond Category M1 and N1 to broader commercial vehicle segments, aligning with the comprehensive inclusion of motor vehicles under the "Ecological Environment Code".
Recycled content mandates: With new EU regulations setting a phased 25% recycled plastic requirement in new vehicles, metrics are shifting from gross mass-based percentages towards specific material circularity targets.
Digitalised traceability: Solutions like Digital Product Passports (DPP) are enabling end-to-end digitisation of data collection, verification, and auditing for recoverability rates, significantly boosting regulatory transparency.