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Carbonation Boosts Durability of Recycled Concrete

Carbonation in recycled aggregates improves concrete durability, reducing environmental impact and supporting the shift towards circular construction models.

By Nidhi Dhull 29 Aug 2025

Industrial Waste Materials Could Add Decades to Concrete Lifespan

This study presents an advanced model for predicting concrete durability, showing that silica fume and slag can drastically boost concrete durability.

By Nidhi Dhull 28 Aug 2025

Water Immersion Identified as Key Pre-Treatment for Enhancing Recycled Concrete Performance

Investigating pretreatment techniques, this research reveals how microstructural improvements can enhance the performance of recycled aggregate concrete.

By Nidhi Dhull 27 Aug 2025

Study Backs Geopolymers as Viable Replacement for Cement-Based Panels

Modular panels made from geopolymer materials present a high-performance, eco-friendly solution for construction, enhancing durability and design flexibility.

By Nidhi Dhull 26 Aug 2025

A City at Risk: Earthquake Assessment Reveals Lack of Structural Integrity via Rapid Visual Screening

Assessing seismic vulnerability in Dir City, this study uses a modified RVS approach to identify risks and propose strategies for improving building resilience.

By Nidhi Dhull 22 Aug 2025

Seismic Risks Tied to Wall Type in Buildings Near Mines, Researchers Say

This study reveals how load-bearing wall materials affect building responses to mining vibrations, impacting safety and occupant comfort in seismic regions.

By Nidhi Dhull 21 Aug 2025

New Concrete Mix Boosts Strength and Durability with Bentonite, Silica Fume, and Fibers

Investigating the effects of bentonite, silica fume, and polypropylene fibers, this study highlights their role in enhancing concrete's mechanical properties.

By Nidhi Dhull 20 Aug 2025

Eco-Friendly Cement Alternative Developed Using Bamboo Byproducts

The integration of bamboo stem ash and fibers in mortar enhances performance, presenting a viable solution for lightweight and sustainable building materials.

By Nidhi Dhull 19 Aug 2025

Reduce Errors and Increase Carbon Credits in Cement Plants With Accurate Biogenic Co₂ Data Reporting

Cement plants could miss out on carbon credit revenue due to inaccurate biogenic CO2 data.

18 Aug 2025

Breakthrough AI Model Accurately Predicts Strength of Recycled Concrete Mixes

The BO-GBRT model accurately predicts compressive strength in self-compacting concrete with recycled aggregates, improving upon traditional testing methods.

By Nidhi Dhull 15 Aug 2025

Modeling Bacterial Viability in Fire-Resistant Bio-Concrete

A novel heat transfer model reveals critical factors affecting bacterial survival in self-healing concrete, advancing fire-resistant infrastructure solutions.

By Nidhi Dhull 14 Aug 2025

New Review Finds Cement Could Go Low-Carbon — If We Get the Chemistry Right

The review highlights HVBSCs' potential in decarbonizing construction, addressing technical challenges and microstructural changes for improved performance.

By Nidhi Dhull 13 Aug 2025

Is Ancient Roman Concrete as Green as We Think? New Study Says it’s Complicated

Research shows Roman concrete's advantages are not inherent; sustainability is linked to energy sources used in its production compared to modern methods.

By Nidhi Dhull 12 Aug 2025

Scientists Find Waste Foundry Sand Can Boost Concrete Strength, Lower Costs, and Support Sustainability

Integrating waste foundry sand with SCMs like metakaolin and silica fume significantly boosts concrete strength and durability while lowering production costs.

By Nidhi Dhull 8 Aug 2025

MIT Researchers Use Machine Learning to Identify Sustainable Alternatives to Cement Production

This study reveals a machine learning approach to find lower-carbon cement substitutes, offering a scalable solution to reduce construction-related emissions.

By Nidhi Dhull 7 Aug 2025