Effect of calcium oxide dosing on TPH content.

<div><p>Petroleum hydrocarbon (TPH) contamination at industrial sites poses severe ecological and health risks to humans. However, conventional persulfate oxidation suffers from low efficiency and high oxidant demand requirements. To address this limitation, we employed citric acid-FeSO₄...

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Hlavní autor:	Yuanyuan Li (18671) (author)
Další autoři:	Jinqiang Yang (18891013) (author), Mingli Wei (14759022) (author), Yaru Song (10492812) (author)
Vydáno:	2025
Témata:	Medicine Microbiology Biotechnology Ecology Science Policy Virology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified sulfate leaching concentrations leaching concentration standard china &# 8217 826 &# 8201 750 &# 8201 4500 &# 8201 3820 &# 8201 16524 &# 8201 soil ph variation restored soil needs causes soil acidification chemically contaminated site sodium persulfate modified modified sodium persulfate petroleum hydrocarbon content div >< p 2 -</ sup employed citric acid soil contamination risk day remediation period oxidant dosage times sodium persulfate contaminated soil petroleum hydrocarbon citric acid soil remediation unmodified persulfate remediation period citric acicd test object systematically investigated significantly improve screening value results demonstrated remediation effect process optimization oxidation strength oxidant dosage one time laboratory tests health risks construction land cao neutralization cao dosage
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Effect of calcium oxide dosing on TPH content.

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