Co-Pyrolyzed Rice Husk and Cow Bone in Situ Cd-Remediation for Corn Plant Growth. A Comprehensive Case Study
Water, air and soil pollution/Water, air & soil pollution（2023）
Abstract
The paper aims to evaluate the effectiveness of biochar prepared from the co-pyrolysis of rice husk and cow bone (RHCBC) for in situ remediation and amelioration of Cd-contaminated soil. Effects of RHCBC on Cd bioavailability in soil and Cd uptake in corn growth were investigated through cultivation experiments and pot experiments. The results showed that the addition of RHCBC in the Cd-contaminated soil achieved the increase of soil pH, CEC, and SOM, whereas the soil available Cd content was reduced by 29.08–51.06
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Key words
Co-pyrolyzed biochar,Hydroxyapatite,Cd bioavailability,In situ soil remediation,Soil amendment
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