An Integrated Feasibility Study on Designing Remediation Systems for Petroleum-Contaminated Sites

Authors: Liu, L.¹; Hao, R.X.²; Cheng, S.Y.³; Guo, H.C.³

Source: Water, Air, and Soil Pollution, Volume 156, Numbers 1-4, July 2004 , pp. 83-95(13)

Publisher: Springer

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Abstract:

This paper presents an integrated feasibility study on designing systems for remediating petroleum-contaminated sites. Its consists of components of site-condition investigation, multiphase multicomponent transport modeling, remediation technology screening, and remediation-system design. These components are incorporated within a general framework to effectively address the system complexities. Application of the developed method to a petroleum-contaminated site in western Canada indicates that reasonable results have been generated. A comprehensive remediation plan that contains landfarming, soil vapor extraction, and in-situ bioremediation was recommended. The developed system could help petroleum industries to reduce costs at consulting, planning, design, and operation stages of their remediation practices.

Keywords: contamination; groundwater; petroleum; remediation; simulation; subsurface; technique

Document Type: Research article

DOI: 10.1023/B:WATE.0000036796.15998.0f

Affiliations: 1: Department of Civil Engineering, 011011011011011011011011Dalhousie University, Halifax, 011011011011011011011011011NS B3J 1Z1, 011011011011011011011011011Canada, Email: Lei.Liu@Dal.Ca 2: College of Architecture & Civil Engineering, 011011011011011011011011Beijing University of Technology, Beijing, 011011011011011011011011011100022, 011011011011011011011011011China, 3: College of Environment & Energy Engineering, 011011011011011011011011Beijing University of Technology, Beijing, 011011011011011011011011011100022, 011011011011011011011011011China,