The Impact of Hydrocarbon Pollution on Soil Degradation Using GIS Techniques and Soil Characterization in Burgan Oil field, South Kuwait

Abstract

Understanding the complex spatio-temporal relationships between environmental pollution and disease and identifying exposures to environmental hazards in high-risk populations are essential elements of an effective environmental and public health management program. Modern computer technologies, such as geographic information systems (GIS), provide cost-effective tools for evaluating interventions and policies potentially affecting health outcomes. Military activities during the occupation and subsequent liberation war at 1991 caused direct and indirect damage to Kuwait's environment and ecosystems. Geographic Information Systems (GIS) provide a powerful tool in managing and analyzing spatial data. It has been applied successfully to large variety of fields, one field of particular interest is the field of disaster identification and mitigation represent in the impact of hydrocarbon pollution on soil degradation in Burgan oil field, South Kuwait. It is well understood that hazard identification and land management play a major part in the reducing the impact of natural disasters. This is a role GIS is well suited to especially when combined with field investigation work .This study highlights the high level achievements of the environmental assessment for the oil contaminated status in GC32 pipe line dry oil lake and wet oil lake, Burgan oil field, state of Kuwait by using GIS application and field investigation including soil sampling, logging in order to determine the magnitude of damage, mapping present day contamination boundaries, extent of contamination and volume of contaminated soil in the area of study. In fact, the study clearly indicates that the problems persist even after 25 years although the lakes

Corner Flows Induced by Surfactant-Producing Bacteria Bacillus subtilis and Pseudomonas fluorescens

“…The biosurfactant-induced corner flows that we documented, using two common biosurfactants that have distinct chemical structures and two different types of soil bacteria (one Gram negative and the other Gram positive), suggest that biosurfactant-induced corner flows and associated bacterial spreading are likely widely present in hydrophobic soil, especially hydrocarbon-contaminated soil near oil fields ( 29 , 55 – 59 ). The mechanistic understanding and mathematical characterization of bacterial corner flows that we have developed will help improve predictions of bacterial spreading in hydrophobic soil ( 57 , 58 ) and facilitate the design of soil-based bioremediation projects ( 60 – 62 ), such as the use of bacteria to remediate oil-contaminated soil ( 63 , 64 ).…”

Oil-Contaminated Soil Modeling and Remediation Monitoring in Arid Areas Using Remote Sensing

“…Similarly, aerial photography and satellite imagery were used with the addition of collateral maps and documents and field studies [43]. Classification of the dry and wet oil lakes were evaluated using 0.5 m resolution satellite imagery [44].…”

Assessment of hazardous soils contamination and remediation actions in Burgan oil field-Kuwait

“…Upon confirmation of the contaminated volume and depth, a suitable remediation action for the residual contamination in each wellhead was carried out (Mostagab et al, 2018). Remediation Methodology in the selected location or wellhead pits consists of mixing the contaminated bottom surface of wellhead pits with nutrients (chemicals).…”