Ecuadorian Study Confirms Rice Husk Ash Can Replace Fine Aggregate in Concrete: Strength Loss Only 1.6% at 2.5% Replacement
Ecuadorian Study Confirms Rice Husk Ash Can Replace Fine Aggregate in Concrete: Strength Loss Only 1.6% at 2.5% Replacement
2026-04-22
A study conducted by Ecuadorian researchers and published in the journal *Construction and Building Materials* evaluated the performance of concrete using rice husk ash (RHA), crushed PET plastic, and...
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Turkish Team Develops Stacked Machine Learning Framework for High-Precision Prediction of Biochar Cement Strength
Turkish Team Develops Stacked Machine Learning Framework for High-Precision Prediction of Biochar Cement Strength
2026-04-22
A joint research team from Bitlis Eren University and Inonu University in Turkey published a study in the Journal of Cleaner Production, developing an integrated intelligent design framework that co...
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China's Zhejiang University Breakthrough in Hydrothermal Activation Technology Unlocks Magnesium Slag Carbonation Bottleneck, Sequestrating 146.7 kg of CO2 per Ton of Slag
China's Zhejiang University Breakthrough in Hydrothermal Activation Technology Unlocks Magnesium Slag Carbonation Bottleneck, Sequestrating 146.7 kg of CO2 per Ton of Slag
2026-04-22
A research team led by Professor Wang Tao from the State Key Laboratory of Clean Energy Utilization and the Department of Chemistry at Zhejiang University, China, recently published a study in *Chemic...
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China Railway Hi-Tech's Variable-Diameter Pipe Jacking Machine Rolled Offline, to Boost Dubai's Drainage Capacity by 700%
China Railway Hi-Tech's Variable-Diameter Pipe Jacking Machine Rolled Offline, to Boost Dubai's Drainage Capacity by 700%
2026-04-22
On April 20, a variable-diameter circular pipe jacking machine, customized by China Railway Engineering Equipment Group Co., Ltd. for Dubai's rainwater drainage project, rolled offline in Zhengzhou, H...
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Yonsei University Develops Cement-Free Strain-Hardening Slag Composite with 70.2% Reduction in Carbon Emissions
Yonsei University Develops Cement-Free Strain-Hardening Slag Composite with 70.2% Reduction in Carbon Emissions
2026-04-22
A research team led by Professor Doo-Yeol Yoo at Yonsei University in South Korea has published a study in the journal *Cement and Concrete Research*, developing a completely cement-free, ultra-high d...
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