A Systems Policy Framework for Accelerating the Circular Economy Transition Through Upcycling: Linking Verified Material Flows and Consumption-Tax Incentives
Accelerating the circular economy transition requires policy arrangements that connect recurring resource-conversion activities, economic incentives, and credible verification across production systems. This study develops a systems policy framework for upcycling by linking consumption-tax incentives to verified circular material flows. Upcycling is conceptualized as a multi-actor material-conversion system integrating interdependent material, fiscal, and information-verification flows. The study combines qualitative comparative policy analysis and framework synthesis. Statutes, official policy documents, government guidance, and international-organization reports are analyzed by the policy functions they perform within the circular material-conversion system, including intervention stage, target activity, support basis, timing and refundability, and verification requirements. The analysis identifies a relative functional gap at the recurring acquisition-input-conversion stage: reviewed instruments commonly support specific products, transactions, capital investment, taxable income, or virgin-material disincentives, rather than verified and repeated resource conversion after commercialization. The proposed framework links incentives to verified acquisition, actual production input, and value-enhancing conversion. It establishes activity-based eligibility criteria and incorporates traceability requirements, safeguards against duplicate claims and excessive fiscal exposure, ex post verification, recapture, and periodic review. The resulting principles can be translated into VAT/GST-linked credits or refunds, separate business tax credits, environmental-tax mechanisms, and other fiscal architectures.
Authors
- Seong-Ick Hong
- Kyung-In Lim
Institutions
- Kangnam University (KR)
- Kyungdong University (KR)
Publication Details
- Journal
- Systems
- Published
- 2026-11-06
- DOI
- https://doi.org/10.3390/systems14111417
- Primary Topic
- Sustainable Supply Chain Management
- Type
- article
- Field-Weighted Citation Impact
- 0.00