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This study was performed to determine whether biomineralization microbes were actively present underneath landfill cover soil producing biocalcification. From this, various types of microbes were observed. Among them, two species were dominantly found; Bacillus megaterium and Alkaliphilus metalliredigens that were known as biominerlization bacteria. With those microbes, CO2 was more highly consumed than without bacteria. In response, the calcium carbonate mineral was produced at 30% (wt) greater than that of the control. At the same time, TG-DTA was successfully used for quantification of CO2 consumed forming calcium carbonate minerals resulting from biocalcification. It was decided that the presence of solidified sewage sludge cake utilized as a cover soil in the landfill could efficiently contribute to possible media adaptably and naturally sequestering CO2 producing from the landfill.

Characterization of CO2Biomineralization Microorganisms and Its Mineralization Capability in Solidified Sludge Cover Soil in Landfill

Characterization of CO₂Biomineralization Microorganisms and Its Mineralization Capability in Solidified Sludge Cover Soil in Landfill