Overview of the Master's Program in Petroleum Environmental Engineering and Environmental Pollution Control

Oil is a liquid primarily composed of hydrocarbons, with particles of various sizes formed due to high temperatures that persist in carbon-rich animals. After years, these dissolved layers are covered by layers of clay, causing them to be submerged by scums and placed in hot, compressed layers to transform them into vast oil reservoirs. Oil and gas spills make marine mammals unable to endure environmental conditions. Environmental pollution, particularly oil pollution, is of significant concern to modern society as the problem of environmental damage and its escalation hinder economic development. Additionally, oil is considered one of the most hazardous and impactful sectors on the environment. It is well known that a single gallon of oil spill in water can contaminate one million gallons of water, making it difficult to control. Therefore, it is regarded as a problem in itself. Hence, it is crucial to implement protective measures in oil facilities.

People required to participate in the Master’s Program in Environmental Petroleum Engineering and Pollution Control:

• Employees in petroleum facilities such as engineers, chemists, and technicians.

• Environmental inspectors dealing with petroleum facilities.

• Industrial safety and occupational health officers within petroleum facilities.

• Laboratory staff working within petroleum facilities.

• Accounting managers in oil and gas companies, and public petrochemical institutions.

Objectives of the Master’s Program in Environmental Petroleum Engineering and Pollution Control:

Upon completing the program, participants will have gained knowledge in the following areas:

• Acquiring sufficient experience in the oil and gas industry.

• Understanding the causes of oil spills.

• Addressing these causes and preventing pollution.

• Methods for collecting, processing, and recycling materials.

• Waste recycling techniques.

• Planning and management strategies for solid and liquid waste.

• Proper standards for waste disposal.

• Legal sources for hazardous materials.

• Rights and responsibilities of individuals.

• Thermodynamics, energy, and air pollutants.

• Understanding weather conditions and the dispersion of pollutants from chimneys.

• Identifying various types of gaseous pollutants.

Master’s Program in Petroleum Environmental Engineering and Pollution Control

• Oil and gas industry and its importance.

• Causes of oil spills and prevention methods.

• Prevention of water pollution.

• Integration and creation of financial statements in the cost of operations in oil facilities and oil extraction.

• Development of accounting skills for petroleum stock costs in deposits.

• Advanced skills in preparing and formulating the costs of oil refineries.

• Innovative methods and solutions to reduce the overall cost of oil extraction and petroleum derivatives.

• Causes of oil pollution.

• Sources of oil spills.

• Potential and foundations for the success of protection methods.

• Examples of some incidents.

• Establishing and developing the quality of the occupational safety and health management system.

• Developing joint arrangements for occupational health and safety management.

• Developing procedures for risk identification, assessment, and monitoring.

• Evaluating sources of information and data regarding the work environment to identify hazardous tasks and conditions.

• Analyzing the work environment to assess risks.

• Principles of air pollutant spread.

• Use of models to predict pollutant concentration.

• Case study and compositions in air and water pollutants.

• Types of solid waste.

• Waste formation rates.

• Permissible standards for environmental pollution.