Circular economy hits a scaling wall: geography matters more than tech
A new study reveals that circular economy systems lose efficiency as they expand geographically, due to regulatory mismatches, logistics bottlenecks, and inconsistent practices. The finding challenges the assumption that circular manufacturing is primarily a technical problem—and suggests companies need institutional coordination, not just better recycling technology, to scale sustainably.
Originaltitel: When circular systems scale
Abstract Circular economy systems are often designed with a focus on material flows and technological substitution, but their ecological performance is also shaped by geography. As a circular economy expands geographically, it encounters rising institutional diversity, logistical constraints, and behavioral divergence. This paper introduces a framework, based on lessons from the plastics industry, that models how spatial frictions—defined across regulatory, logistical, behavioral, economic, and coordination dimensions—accumulate with scale and undermine system performance. Costs escalate, and reliability deteriorates as circular systems become more spatially dispersed. These dynamics can result in delayed material recovery, inconsistent quality, and increased ecological inefficiency, even when technical feasibility exists. By placing geography at the center of analysis, the paper highlights the need for institutional harmonization, coordination buffers, and spatially adaptive system architectures to sustain circular transitions at scale.