Smart and Green Materials · 2025 · 11 citations · 1 references
ArchitectureConstruction ManagementMaterials ScienceConstruction MaterialsSustainable ConstructionWaste ManagementCircular Economy In ConstructionConstruction Waste ManagementMaterial PropertiesRecycled MaterialsSustainable MaterialsWaste ReductionConstructionConstruction Material RecyclingConstruction WasteConstruction Waste CharacterizationMaterial Efficiency In ConstructionRecycled Building MaterialsSustainability Of Construction MaterialsWaste-derived Materials
The construction industry faces growing challenges in managing waste materials while striving for sustainability and resource efficiency. Incorporating waste materials into construction processes can mitigate environmental issues, reduce resource consumption, and enhance sustainability. This volume two of the Smart and Green Materials Journal explores the potential of utilizing waste materials in various construction applications, highlighting both the opportunities and obstacles associated with their integration. Key challenges include inconsistent material properties, environmental risks, and the absence of standardized guidelines for safe and effective use. Proposed solutions focus on advanced material characterization, innovative processing technologies, and the establishment of supportive policies and frameworks. By addressing these issues, the adoption of waste materials in construction can lead to reduced environmental impacts, cost savings, and the promotion of circular economy principles in the built environment.
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Development of High Performance in Bituminous Mixtures incorporating Sugarcane Bagasse Ash
Wan Noor Hin Mior Sani, Ungku Hilmy Daniel Ungku Mohd Arif, Abdullahi Ali Mohamed et al. · Smart and Green Materials · 2025 · 12 citations · Full text
Natural Sciences, Materials Engineering, Materials Science +17