Trusted by Automotive OEMs & Manufacturers
End-of-life automobiles add to the overall amount of waste that needs to be handled. Global PCCS helps automotive manufacturers integrate Reuse, Recycle and Recovery (RRR) considerations into vehicle design, assessment, calculation, reporting, and verification in line with ISO 22628.
Reuse, Recycle and Recovery (RRR) considerations are an important part of road vehicle design. Under ISO 22628, vehicle recyclability and recoverability rates can be calculated by considering material composition, dismantling processes, and proven technologies.
New vehicle designs and material qualities, together with the use of proven technologies, influence recycling and recoverability rates. RRR considerations therefore need to be taken into account during the road vehicle life cycle to support ecologically sound end-of-life treatment.
Global PCCS supports automotive manufacturers with ISO 22628 consulting, RRR calculations, material and component data management, Design for RRR, ELV RRR reporting, training, and verification support.
Talk to an RRR expert →Global PCCS combines ISO 22628 expertise, material and component data analysis, dismantling-process assessment, Design for RRR support, ELV reporting, training, and verification support to help automotive manufacturers improve recyclability and recoverability outcomes.
Align product design and reporting with ISO 22628 requirements for recyclability and recoverability calculations.
Analyze material composition and dismantling processes to calculate Reuse, Recycling, and Recovery rates.
Support the collection, organization, and maintenance of material and component data required for accurate calculations.
Integrate RRR considerations into product design to support easier and more cost-effective end-of-life treatment.
Compile and submit required RRR data and documentation to meet End-of-Life Vehicle directive obligations.
Support verification of RRR calculations with attention to data accuracy and methodology robustness.
Use RRR analysis to understand and improve the material recovery potential of vehicle designs.
Design recommendations from Global PCCS have led to an average 3% increase in overall RRR rates for client vehicle designs.
Integrate RRR considerations during product design alongside safety, emissions, and fuel-economy requirements.
Clients typically save an average of 80–120 hours per vehicle model assessment through Global PCCS's ISO 22628 RRR expertise.
Support compilation and submission of required RRR data and documentation for End-of-Life Vehicle directive obligations.
Precise RRR calculations and reporting contributed to an estimated 95% reduction in compliance risks associated with ELV directives.
ISO 22628 is the international standard for calculating road vehicle recyclability (R) and recoverability (R) rates, based on material composition, dismantling processes, and proven recovery technologies — together with reuse, this makes up the RRR calculation.
Design decisions made early — material choices, joining methods, component accessibility — directly influence how easily a vehicle can be dismantled and recycled at end-of-life, so factoring in RRR during design improves outcomes and lowers cost.
Analysis of material composition and dismantling processes across the vehicle to calculate its Reuse, Recycling, and Recovery rates in line with ISO 22628 methodology.
Yes — we support the gathering, organizing, and maintaining of essential material and component data needed for accurate RRR calculations, including data such as IMDS information.
Yes. We provide Design for RRR (DfRR) consulting to help integrate RRR considerations into product design, optimizing for easier and more cost-effective reuse, recycling, and recovery at end-of-life.
Yes — we assist with compiling and submitting required RRR data for End-of-Life Vehicle directive obligations, and support independent verification of RRR calculations for official declarations.
Partner with Global PCCS for ISO 22628 compliance consulting, RRR calculation and assessment, data management, Design for RRR, ELV RRR reporting, training, and verification support.