Transforming Almond Shell Waste Into High-Value Activators for Low-Carbon Concrete: Life Cycle Assessment and Technoeconomic Analysis
Brief: Mitigating CO2 Emissions from California’s Concrete Infrastructure
Policy Mechanisms to Decarbonize Cement Production: Through the Lens of California
Rice Straw Ash as Supplementary Cementitious Materials for Concrete: Optimizing Water Soaking Duration of Rice Straw to Remove Alkalis
A Framework for Considering Resource Availability, Experimental Performance, and Environmental Impacts to Advance Alternative Mineral Admixtures
Lab2Slab2StandardPractice: Framework for a Faster Pace of Implementation of Low-Carbon Concrete
Uncertainty in Determining Carbon Dioxide Removal Potential of Biochar
Disproportionate Impacts of Building Materials Production Facilities on Neighboring Communities
Varying Aggregate Sizes, Plasticizers, and Supplementary Cementitious Materials to Efficiently Use Portland Clinker in Concrete
Compressive Strength and Regional Supply Implications of Rice Straw and Rice Hull Ashes Used as Supplementary Cementitious Materials
The Unaccounted-for Climate Costs of Materials
Combined Cement and Steel Recycling Could Cut CO2 Emissions
Resources, Conservation and Recycling
Cement and Alternatives in the Anthropocene
Environmental and Economic Impacts of Processing Rice Straw With Water for Energy and Coproducts
Parameters Driving Concrete Carbonation at its End-of-Life for Direct Air Capture in Transportation Projects
The Climate Benefits From Cement Carbonation Are Being Overestimated
Technical, Economic, and Environmental Feasibility of Rice Hull Ash From Electricity Generation as a Mineral Additive to Concrete
Near-Term Pathways for Decarbonizing Global Concrete Production
Environmental Impacts and Environmental Justice Implications of Supplementary Cementitious Materials for Use in Concrete