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Official PDF TranslationJournal of Environmental Engineering Technology

Preparation of Microemulsion and Its In-Situ Oil Removal Performance on Oily Sludge from Shale Gas Drilling Platforms

Authors: HE Linglin; LIAO Song; ZHAO Ziyu; ZHAO Mengting; GAO Wen; WANG Wei; LIU Shengyu

DOI: 10.13205/j.hjgc.202604015Status: Verified Translated Edition
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Key Findings in This Report

• • SDS-Na2SiO3 composite microemulsion achieved 92.47% oil removal efficiency, outperforming single-surfactant systems (86.33% for SDS, 87.45% for AOS), demonstrating enhanced performance for hazardous waste remediation. • • Optimal single-surfactant formulations were determined: SDS microemulsion (SDS:alcohol:NaCl = 2.72%:13.21%:2.17%) and AOS microemulsion (SDS:alcohol:NaCl = 2.72%:15.41%:2.17%), providing precise formulation guidelines for industrial application. • • The composite microemulsion could be recycled up to 5 times while meeting national secondary utilization standards, indicating significant cost reduction potential for large-scale operations. • • AOS-Na2SiO3 composite exhibited superior salt resistance, whereas SDS-Na2SiO3 showed better alcohol resistance, enabling tailored selection based on specific field conditions (e.g., salinity, cosurfactant availability).