The stabilization effect of peat soil using an effective microorganism reviewed from CBR Value

Muhammad Rizqi Ramadhani, Rusdiansyah
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Abstract

The behavior of peat soil's physical characteristics and the mechanism are extremely influenced by the decomposition degree. This study aims to know a physique range alteration and mechanism of the peat soil fibrous reviewed from the enhanced value of California Bearing Ratio (CBR) after it is stabilized using Effective Microorganism (EM). The volume of EM inserted and combined are 20% and 40% that ripened for 14 and 21 days. Then the peat soil and EM are mixed with water content close to original peat soil volume. The results showed that the most significant change in peat soil's physical characteristics and the mechanism is 40% EM solution with maximum decomposition rate occurs at the 14-days ripening period. The fiber content is reduced from 60% to 52%, and decomposition rate 0% fiber/day to 0.57% fiber/day, and the increased value of unsoaked CBR 3.28% to 7.47% and 3.01% to 6.11% in wet conditions.
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从CBR值看有效微生物对泥炭土的稳定作用
泥炭土的物理特性及其机理受分解程度的影响很大。本研究旨在从有效微生物(EM)稳定泥炭土后的加州承载比(CBR)增强值出发,了解泥炭土纤维的体质范围变化及其机理。EM的插入量和组合量分别为20%和40%,成熟时间分别为14天和21天。然后将泥炭土与EM混合,含水率接近原始泥炭土体积。结果表明:泥炭土物理特性变化最显著,机制为40% EM溶液在14 d成熟期分解速率最大;湿条件下,纤维含量由60%降至52%,纤维分解率由0%降至0.57%,未浸泡CBR分别提高3.28%至7.47%和3.01%至6.11%。
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