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Toxicants, entanglement, and mitigation in New England’s emerging circular economy for food waste

Journal of Environmental Studies and Sciences 2022 6 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 30 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Travis Blackmer, Cindy Isenhour, Travis Blackmer, Michael A. Haedicke, Brieanne Berry, Brieanne Berry, Michael A. Haedicke, Cindy Isenhour, Jean D. MacRae, Travis Blackmer, Jean D. MacRae, Travis Blackmer, Skyler Horton, Jean D. MacRae, Skyler Horton

Summary

This paper explores tensions in circular economy approaches to food waste recycling, finding that composting and anaerobic digestion can inadvertently concentrate and spread microplastics through the food waste supply chain. Plastic contamination of compost feedstocks undermines the environmental goals of these waste reduction programs.

Abstract Drawing on research with food waste recycling facilities in New England, this paper explores a fundamental tension between the eco-modernist logics of the circular economy and the reality of contemporary waste streams. Composting and digestion are promoted as key solutions to food waste, due to their ability to return nutrients to agricultural soils. However, our work suggests that food waste processors increasingly find themselves responsible for policing boundaries between distinct “material” and “biological” systems as imagined by the architects of the circular economy—boundaries penetrable by toxicants. This responsibility creates significant problems for processors due to the regulatory, educational, and structural barriers documented in this research. This paper contributes to scholarship which suggests the need to rethink the modernist logics of the circular economy and to recognize the realities of entangled material and biological systems. More specifically, we argue that if circularity is the goal, policy needs to recognize the barriers food waste processors face and concentrate circularity efforts further upstream to ensure fair, just, and safe circular food systems.

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