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Sustainability Assessment of MICP for Ground Improvement,ause of its potential to enhance soil properties and reduce the environmental impact of conventional soil stabilization techniques. However, the sustainability of this technique needs to be evaluated in terms of economic, environmental, and social factors. Economically, the cost-effectiveness of MIC

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Investigation of Volume Deformation Behavior of Bentonite with Colemanite Addition in the Presence l properties of bentonite to be used in the buffer zone around nuclear wastes under the influence of high temperatures. In this study, the volume deformation behavior of bentonite clay with colemanite addition was investigated at room temperature and in the presence of high temperature (80 °C). For

性冷淡

Impact of Alternative Daily Cover Materials Derived from Waste on Leachate Quality and Waste Degrad flies, birds, windblown litter, odors, rainwater infiltration, and the spread of diseases, a layer of soil is placed above the waste at the end of each working day. This practice, known as daily cover, is used in landfills to also improve the aesthetic appearance. As the soil becomes scarce, there

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Evaluate the Environmental Impact of Fly Ash and Bio-enzyme Treated Black Cotton Soil to Mitigate ts the suitable utilization of fly ash in stabilization of the black cotton (BC) soil and its leachate characteristics. The proportion of fly ash varied from, 10, 20, and 30%, and bio-enzymes varied from 3, 4, and 5% of the OMC of BC soil. The principal purpose of this investigation is to estimate th

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过份艳丽

Lobotomy

Unveiling Site Contamination: Comprehensive Investigation, Health Risk Assessment, and Management, to tackle this critical issue. It underscores the significance of an integrated approach that encompasses site investigation, health risk assessment, and management strategies. A critical aspect of addressing site contamination involves a thorough site investigation. The paper delves into the compl

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Geoenvironmental Engineering978-981-97-3823-6Series ISSN 2366-2557 Series E-ISSN 2366-2565

Schlemms-Canal