Scholarlink

<p>Using biocement represents an innovative approach for controlling permeability. However, achieving the desired effects in coarse sand necessitates multiple treatment cycles. This study aims to enhance the efficiency of permeability reduction by introducing kitchen waste-derived powdered shellfish and modifying precipitation patterns. Experimental findings indicate that the control group, devoid of powdered shellfish, achieved a reduction of approximately 44%, whereas the experimental groups, supplemented with powdered shellfish, experienced reductions of over 91% within the same treatment period. The significance of biocement’s precipitation patterns in ameliorating permeability was substantiated through a series of experiments. These discoveries provide novel insights into optimizing biocement technology, with significant implications for potential applications, including hydraulic barrier pollution remediation schemes.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Efficient reduction of coarse sand permeability by waste shellfish powder-assisted enzyme-induced carbonate precipitation

  • 期刊论文

  • 发表日期：

    2025年9月2日

查看全文
  • Zhen Yan,
  • Kazunori Nakashima,
  • Chikara Takano,
  • Satoru Kawasaki

摘要

Using biocement represents an innovative approach for controlling permeability. However, achieving the desired effects in coarse sand necessitates multiple treatment cycles. This study aims to enhance the efficiency of permeability reduction by introducing kitchen waste-derived powdered shellfish and modifying precipitation patterns. Experimental findings indicate that the control group, devoid of powdered shellfish, achieved a reduction of approximately 44%, whereas the experimental groups, supplemented with powdered shellfish, experienced reductions of over 91% within the same treatment period. The significance of biocement’s precipitation patterns in ameliorating permeability was substantiated through a series of experiments. These discoveries provide novel insights into optimizing biocement technology, with significant implications for potential applications, including hydraulic barrier pollution remediation schemes.