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Safeguarding urban infrastructure from subsidence and liquefaction risks

During an earthquake, soil can weaken through subsidence and liquefaction. These processes can cause buildings to collapse as the soil becomes unable to support their weight. Researchers have now developed a model that predicts soil-bearing strength and thickness to identify stable construction sites and reduce structural risks. Additionally, the model can also predict other soil conditions in real-time and function as an early-warning system to identify potential hazards.

Safeguarding urban infrastructure from subsidence and liquefaction risks in Tokyo

Researchers have developed a system to address risks caused by liquefaction and subsidence, two soil deformation events triggered by earthquakes that cause buildings to tilt and sink. The team includes Professor Shinya Inazumi .

New Reactor Design Minimizes Emissions by Converting CO2 to Methane

Boilers contribute significantly to greenhouse gas emissions. In recent research published in the Journal of CO2 Utilization, researchers from Japan and Poland introduced a novel approach to address this issue.

Reactor system converts carbon dioxide into usable fuel

Reducing carbon emissions from small-scale combustion systems, such as boilers and other industrial equipment, is a key step towards building a more

Combating carbon footprint: Novel reactor system converts carbon dioxide into usable fuel

Reducing carbon emissions from small-scale combustion systems, such as boilers and other industrial equipment, is a key step towards building a more sustainable, carbon-neutral future. Boilers are widely used across various .

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