Rethinking packaging production and consumption vis-à-vis circular economy: A case study of compostable cassava starch-based material. Casarejos, F., Bastos, C. R., Rufin, C., & Frota, M. N. Journal of Cleaner Production, 201:1019–1028, November, 2018. Paper doi abstract bibtex In the dominant industrial economy, packaging waste represents a significant share of urban solid waste generation (∼20.0% by volume in Europe and United States), with wide-ranging negative impacts on interconnected human-Earth systems. The transition from the dominant linear economy to a model grounded in circularity by intention and design can build a new essential foundation for the market economy and packaging utilization. This work examines packaging production and consumption vis-à-vis circular economy. In pursuing this goal, it comprises (i) a life cycle inventory analysis of rigid packaging products, discussing yield of raw materials and products, water and energy use, and GHG emissions; (ii) a case study of cassava starch-based material, and (iii) a comparative analysis between petroleum-based and cassava starch-based packaging. The results clearly indicate that compostable packaging of cassava starch has far better societal and environmental outcomes than petroleum-based packaging. The transition from the linear (take-make-use-dispose) to the circular (grow-make-use-restore) pattern creates new opportunities for innovation beyond technology, as it inevitably redefines the significance of waste, products, services, markets, natural capital, and growth. Addressing the GHG emissions from the petroleum-based packaging industry, the societal adoption of bio-based packaging of cassava starch is an effective and promising Climate Change mitigation strategy.
@article{casarejos_rethinking_2018,
title = {Rethinking packaging production and consumption vis-à-vis circular economy: {A} case study of compostable cassava starch-based material},
volume = {201},
issn = {0959-6526},
shorttitle = {Rethinking packaging production and consumption vis-à-vis circular economy},
url = {http://www.sciencedirect.com/science/article/pii/S0959652618324569},
doi = {10.1016/j.jclepro.2018.08.114},
abstract = {In the dominant industrial economy, packaging waste represents a significant share of urban solid waste generation (∼20.0\% by volume in Europe and United States), with wide-ranging negative impacts on interconnected human-Earth systems. The transition from the dominant linear economy to a model grounded in circularity by intention and design can build a new essential foundation for the market economy and packaging utilization. This work examines packaging production and consumption vis-à-vis circular economy. In pursuing this goal, it comprises (i) a life cycle inventory analysis of rigid packaging products, discussing yield of raw materials and products, water and energy use, and GHG emissions; (ii) a case study of cassava starch-based material, and (iii) a comparative analysis between petroleum-based and cassava starch-based packaging. The results clearly indicate that compostable packaging of cassava starch has far better societal and environmental outcomes than petroleum-based packaging. The transition from the linear (take-make-use-dispose) to the circular (grow-make-use-restore) pattern creates new opportunities for innovation beyond technology, as it inevitably redefines the significance of waste, products, services, markets, natural capital, and growth. Addressing the GHG emissions from the petroleum-based packaging industry, the societal adoption of bio-based packaging of cassava starch is an effective and promising Climate Change mitigation strategy.},
language = {en},
urldate = {2018-08-26},
journal = {Journal of Cleaner Production},
author = {Casarejos, Fabricio and Bastos, Claudio R. and Rufin, Carlos and Frota, Mauricio N.},
month = nov,
year = {2018},
pages = {1019--1028}
}
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The transition from the dominant linear economy to a model grounded in circularity by intention and design can build a new essential foundation for the market economy and packaging utilization. This work examines packaging production and consumption vis-à-vis circular economy. In pursuing this goal, it comprises (i) a life cycle inventory analysis of rigid packaging products, discussing yield of raw materials and products, water and energy use, and GHG emissions; (ii) a case study of cassava starch-based material, and (iii) a comparative analysis between petroleum-based and cassava starch-based packaging. The results clearly indicate that compostable packaging of cassava starch has far better societal and environmental outcomes than petroleum-based packaging. 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