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RESULTS FOR SUSTAINABILITY OF CONCRETE


Sustainability is generally defined as meeting the needs of the present without compromising the ability of future generations to meet their own needs. The three pillars of sustainability are environment, economy, and society. The carbon footprint of concrete can be lowered by using supplementary cementitious materials (SCMs) such as fly ash, slag cement, and silica fume; by using higher-strength concrete; and through the use of alternative fuels during the cement manufacturing process. A sustainable structure is also a durable and resilient structure—long lasting and able to resist natural forces with little damage, and when damaged, easily restored for use. Use of concrete applications can also provide “green” benefits—for example, pervious concrete results in pavements, sidewalks, and parking areas that drain directly to the subsurface, eliminating the need for drainage structures, underground piping, retention basins (saving materials and lower carbon footprint), and direct discharge into rivers and lakes (an environmental benefit).


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Informational Resources on sustainability of concrete

JOURNAL Articles ON SUSTAINABILITY OF CONCRETE

Incorporating Limestone Powder and Ground Granulated Blast Furnace Slag in Ultra-high Performance Concrete to Enhance Sustainability

Publication: IJCSM
Date: 12/31/2024

Performance of Double-Headed Studs Under Flexure and Shearing (Prepublished)

Publication: Structural Journal
Date: 12/17/2024

Influence of Steel Slag as a Partial Replacement of Aggregate on Performance of Reinforced Concrete Beam

Publication: IJCSM
Date: 11/30/2024

Assessment of Threshold Chloride of RC Structures in Hot Tropical Climate (Prepublished)

Publication: Materials Journal
Date: 11/22/2024

Optimization and Characterization of Cementitious Composites Combining Maximum Amounts of Waste Glass Powder and Treated Glass Aggregates

Publication: IJCSM
Date: 7/31/2024

Glass Fiber-Reinforced Polymer Bars under Sustained Load and Alkaline Conditions

Publication: Structural Journal
Date: 7/1/2024

Use of Metakaolin and Slag Geopolymer Adhesives for Fixing Tiles

Publication: Materials Journal
Date: 5/1/2024

Seawater-Mixed Lightweight Aggregate Concretes with Dune Sand, Waste Glass and Nanosilica: Experimental and Life Cycle Analysis

Publication: IJCSM
Date: 11/30/2023

Recycled Aggregate Mortar Content and Composition Using Handheld X-Ray Fluorescence

Publication: Materials Journal
Date: 9/1/2023

Linking Concrete Rheology to Strength: Sustainability Model Approach

Publication: Materials Journal
Date: 7/1/2023

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Practice oriented papers and articles ON SUSTAINABILITY OF CONCRETE

Future-Proofing Concrete: How to Prolong Your Concrete’s Lifespan

Publication: Concrete International
Date: 1/1/2025

Cement is Changing for Good: Be Part of the Conversation

Publication: Concrete International
Date: 1/1/2025

Winners of the Tenth Annual ACI Excellence in Concrete Construction Awards

Publication: Concrete International
Date: 11/1/2024

Celebrating a Decade of Overall Excellence Winners

Publication: Concrete International
Date: 9/1/2024

Comparative Study of the Mechanical and Durability Performance of Low Carbon Concrete Matrices with Alternative SCMs

Publication: Special Publication
Date: 6/18/2024

Utilization of Waste CO2 Generated Vaterite in Blended Cements

Publication: Special Publication
Date: 6/17/2024

Ternary Cement Mixtures and Marble and Granite Waste in Self-Compacting Concrete: an Evaluation of Fresh and Carbonation Properties

Publication: Special Publication
Date: 6/14/2024

Hydration Properties and Physical Characteristics of Belite Cements

Publication: Special Publication
Date: 6/14/2024

Low-Carbon Concrete Achieved through Rheology Modification

Publication: Special Publication
Date: 6/14/2024

Assessing Fly Ash Beneficiation's Process Effect on Concrete Performance

Publication: Special Publication
Date: 6/11/2024

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