Journal of Industrial Ecology · 2010 · 25 citations · 51 references
ManagementEnvironmental EngineeringEnvironmental ManagementLife Cycle AssessmentSolid Waste ManagementWaste ManagementLandfill ManagementMunicipal Solid Waste ManagementRecyclingWaste DisposalWaste IncinerationWaste Management SystemsAsh RecoveryBottom Ash ManagementBottom Ash UtilizationDisposalGlaze ProcessingLandfill DisposalMunicipal Solid Waste IncinerationWaste Recycling
The study investigates the technical feasibility and environmental performance of converting municipal solid waste incineration bottom ash into glaze frit, comparing landfill disposal with recovery via life‑cycle assessment. Bottom ash undergoes industrial pretreatment to render it suitable for glaze frit production and recover aluminum and iron, and a life‑cycle assessment evaluates the environmental impacts of landfill versus recovery scenarios. Laboratory tests, industrial simulations, and LCA results show that recycling bottom ash into glaze frit offers environmental advantages over landfill disposal.
Summary This article presents the results of an experimental activity aimed at investigating the technical feasibility and the environmental performance of using municipal solid waste incineration bottom ash to produce glass frit for ceramic glaze (glaze frit). The process includes an industrial pretreatment of bottom ash that renders the material suitable for use in glaze frit production and allows recovery of aluminum and iron. The environmental performance of this treatment option is assessed with the life cycle assessment (LCA) methodology. The goal of the LCA study is to assess and compare the environmental impacts of two scenarios of end of life of bottom ash from municipal solid waste incineration (MSWI): landfill disposal (conventional scenario) and bottom ash recovery for glaze frit production (innovative scenario). The main results of the laboratory tests, industrial simulations, and LCA study are presented and discussed, and the environmental advantages of recycling versus landfill disposal are highlighted.
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Handbook on Life Cycle Assessment: Operational Guide to the ISO Standards
JA de Bruijn, Guinée, Marieke Gorrée et al. · 2002 · 582 citations