Climate Policy Communication & Public Engagement
Jack Jardine
Supporting clear communication, participation, and public understanding in climate transition and sustainability policy.
Published analysis on vehicle plastics and end-of-life recycling systems in American Recycler
Structural Issue Identified
Increasing material complexity in vehicle manufacturing is outpacing recycling infrastructure capacity and regulatory alignment.
What problem this work relates to
Modern vehicle design incorporates complex composite plastics and mixed materials that challenge existing end-of-life processing systems. When industrial design, regulatory frameworks, and recycling infrastructure evolve at different speeds, lifecycle environmental impact increases and circularity objectives become harder to achieve.
Embedding recoverability into early-stage design and aligning regulatory responsibility across supply chains is essential for a functioning circular automotive system.
Structural Adjustment & Implementation
Contributed analysis examining how material design choices, regulatory environments, and recycling infrastructure interact within wider environmental systems. Highlighted the need for design-for-disassembly principles, clearer producer responsibility frameworks, and infrastructure readiness to support circular automotive manufacturing.
Positioned lifecycle thinking as a governance issue rather than solely a technical waste-management problem.
Observable Effect
Strengthened cross-sector dialogue around circular automotive design and regulatory accountability. Contributed to industry-level awareness of systemic barriers affecting end-of-life recovery pathways.
Related Work:
Relevant Institutions and Policy Frameworks
This American Recycler article explains how the increasing use of complex plastics and composites in modern cars makes recycling more difficult and expensive compared to traditional metal-heavy vehicles.
Article published in American Recycler analysing vehicle plastics and end-of-life recycling challenges.