What happens to sanitary ware ceramics after their life as a toilet comes to an end? According to new research, these ceramics could be recycled for another useful purpose—as aggregate for concrete.
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Self-healing concrete can be made several ways. Researchers at University of Cambridge developed a method that involves mineral healing agents—delivered via microcapsules.
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Researchers 3D-knitted a formwork structure that would replace traditional formwork with a knitted textile. The technology simplifies the construction process and saves time and money in materials and labor.
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Researchers have developed a method of creating bio-bricks from human urine. The process also offers by-products of nitrogen, phosphorous, and potassium that could be used as components in commercial fertilizers.
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The World Cement Association recently outlined a five-part initiative to reduce carbon emissions in its industry and support the Paris Agreement’s goal of reducing global temperature rise below 2 degrees Celsius above pre-industrial levels.
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A Canadian company has commercialized a process that captures carbon dioxide waste to mix with concrete during production. This proprietary technology is a good first step in reducing cement’s impact on the environment.
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Researchers have developed an architectural construction technology that combines 3-D-printed design with the strength of concrete. Smart Slab weighs less than half of conventional concrete and generates a lower carbon footprint.
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JACerS Awards Symposium will take place on October 17, 2018, at MS&T18 in Columbus, Ohio. The symposium features 13 presentations from invited authors of the best papers published in JACerS in the past two years.
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Architects in Nantes, France have created a 1,022 square-foot 3-D-printed house that a family of five has recently moved into. Watch the video to learn more about the house, which took 54 hours to print.
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Scientists have developed an environmentally-friendly material that could eventually replace conventional Portland cement in concrete. The new composite, consisting mostly of fly ash, was found to be as structurally strong as Portland cement.
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