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University of Alabama Chemical Engineering Tuscaloosa, Alabama

 

Introduction
Remediation of oil-contaminated soils has been studied by the researchers in the Department of Chemical Engineering at The University of Alabama since 1991.  Their objective is to design and develop an economically effective system for cleaning crude oil-contaminated soil.  Artificially contaminated beach sand, silty loam, Sucarnoochee soil and field samples of contaminated soil have been successfully batch-cleaned in the laboratory by floatation-agglomeration.  The process is being scaled-up and converted to a continuous process to increase capacity and to reduce costs.

Research

Problem Statement
Objective
methodology
Photos

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Project

Soil Remediation with Small Diameter Hydrocyclones
Soil Sampling in South Alabama Oil Field
Chunchula Reservoir Fluid Characterization
Solvent Cleaning with Fine Coal
Atomization Testing of Four Coal-Water Fuel

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Publication

Soil Remediation by Agglomeration with Blue Greek Coal
Recovery of Waste Find Coal by Oil Agglomeration
Production of Stable High Solids Coal-Water Fuel in a Tumbling Wet Ball Mill
Remediation of Sucarnoochee Soil by agglomeration with Fine Coal

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Proposal

Proposal 1
Proposal 2
Proposal 3
Proposal 4

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Others

Sponsor Information
Related Soil Remediation Website
Agglomeration-Flotation Process Simulation

One-Step Process flowsheet

Two-Step Process flowsheet

Contact Information: Department of Chemical Engineering
University of Alabama
P.O. Box 870203 Tuscaloosa AL, U.S.A.
Tel. (205) 348-4072,  Fax: (205) 348-7558
http://www.bama.ua.edu/~chemeng   
E-mail:  chemeng@bama.ua.edu