Scribd
Upload
25 views1 page

Remediation Technologies For Oil Contaminated Soil - Outline

The document outlines various remediation technologies for oil-contaminated soil, including physical, biological, and chemical methods. It discusses the effectiveness of techniques such as soil flushing, bioremediation, phytoremediation, and landfarming, as well as the economic evaluation of these strategies. The document also highlights the specific challenges of soil contamination in the mining industries of Zambia.

Uploaded by

Alexándra Nicole
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
25 views1 page

Remediation Technologies For Oil Contaminated Soil - Outline

The document outlines various remediation technologies for oil-contaminated soil, including physical, biological, and chemical methods. It discusses the effectiveness of techniques such as soil flushing, bioremediation, phytoremediation, and landfarming, as well as the economic evaluation of these strategies. The document also highlights the specific challenges of soil contamination in the mining industries of Zambia.

Uploaded by

Alexándra Nicole
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
You are on page 1/ 1

REMEDIATION TECHNOLOGIES FOR OIL

CONTAMINATED SOIL – OUTLINE E. Physical methods


 Soil flushing, soil washing, soil
I. Introduction
vapor extraction, thermal
A. Soil Pollution
desorption, low temperature
B. Sources of soil pollution
thermal treatment and sonication
II. Materials and Methods
 Tetra acetic acid’s performance
A. Remediation process for oil-
as a washing solution
contaminated soil
B. Biological remediation techniques  The use of soil vapour extraction
and thermal desorption to
 Definition
remove volatile organic
 2 main types
compounds and semi volatile
 Forms of bioremediation:
organic compounds
biostimulation, bioventing, and
 Efficacy of thermal desorption
bioaugmentation
and adsorption as remediation
 Duration of process of
techniques
bioremediation
F. Excavation
C. Phytoremediation
G. Incineration
 Definition H. Chemical methods
 Plant species used in  Thermal stripping, chemical
phytoremediation oxidation, and photochemical
 Fertilizer as one of the factors oxidation
that influence phytoremediation I. Oxidation
 Grasses and roots as the most J. Photochemical oxidation
common plants used in III. The General Problem
phytoremediation IV. The problem of soil contaminated
 Effect of root coverage on with oil in mining industries in
phytoremediation Zambia
 Duration of process of V. Spill Sorb Technique at MCM
phytoremediation VI. The Proposed Method
 Disadvantages VII. Environmental economic evaluation
 Advantages of remediation strategies
D. Landfarming  Economic benefits of particular
 Definition soil mitigation processes largely
 Different treatment routines depend on many factors…
 Results in warmer climactic  Biological-based approaches –
conditions vs cold Antarctic and most cost-effective methods
Arctic environments  The real cost of each method is
 The core of bioremediation dependent on the length of
technology remediation procedure
 Slowness of landfarming due to VIII. Conclusion
the influences of weather
changes that cannot be
controlled
 The approach’s effectiveness
relies on the replication of the
microorganisms

You might also like