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Turning Excavated Soil and Coal Waste Into Low-Carbon Flowable Backfill

Summary by BIOENGINEER.ORG
In the coal-rich heart of northern China, where mines, power plants, and cement kilns cluster within a few kilometers of one another, an enormous stream of industrial leftovers piles up every year: heaps of coal gangue, mountains of fly ash, and an endless supply of excavated soil from construction sites. A new study published in […]
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Scienmag: Latest Science and Health NewsScienmag: Latest Science and Health News
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BIOENGINEER.ORGBIOENGINEER.ORG

Turning Excavated Soil and Coal Waste Into Low-Carbon Flowable Backfill

Researchers in China's energy triangle have blended excavated soil, calcined coal gangue, and fly ash into a flowable backfill material that cuts cost by 34.6 percent and carbon emissions by 40.3 percent compared with conventional cement-based fill.

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Scienmag: Latest Science and Health News broke the news on Thursday, October 1, 2026.
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