From Rice Waste to Water Cleaner: Porous Silica Ceramics Tackle Dyes and Industrial Coolant
Researchers in Thailand transformed rice husk ash and diatomite into reusable porous ceramic granules that remove up to 97.7% of ...
Researchers in Thailand transformed rice husk ash and diatomite into reusable porous ceramic granules that remove up to 97.7% of ...
Researchers stabilized weak kaolinitic clay with recycled ceramic waste powder and microwave curing, achieving a 60-fold strength increase in just ...
Researchers showed that untreated Bayer red mud, blended with fly ash, can fully replace calcined clay in limestone calcined clay ...
A comparative study of phosphogypsum-derived leachates shows that the activator releasing the most calcium, sodium gluconate, delivered the slowest calcium ...
Adding small doses of nano-silica transforms red mud, one of the world's largest industrial waste streams, into a strength-boosting component ...
A groundbreaking study has unveiled a transformative approach to converting agricultural and industrial waste into advanced porous carbon materials, known ...
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© 2025 Scienmag - Science Magazine