Environmental protection Technology and Preventing losses

Course objectives :

The main objectives of the program include encouraging the transfer of international expertise, displaying the latest technologies in the field of environmental protection, and encouraging joint projects in the field of environmental management and environmentally friendly technology.
The program's topics will focus on issues of energy conservation and efficiency, solid waste management, environmental systems management, and cleaner production in industry, and will address a number of topics, including the use of hydrogen as a clean fuel, solid waste management, and noise pollution, in addition to case studies related to cleaner production.
The program also aims to provide participants with the basics, types and economics of the recovery process and develop their abilities to know modern methods for treating solid and liquid waste. Participants will be fully aware of pollution and how to treat it, as well as legislation for environmental protection.

Course outline :

 Technological development in the field of dust and gas control.
 Modern control systems for pollution control equipment.
 Legislation and specifications for environmental pollution.
 Practical case studies in the field of diagnosing and treating pollution based on companies’ experiences in the field of environmental protection.
 Techniques for monitoring dust emitted by petrochemical industry activities in the surrounding environment.
 Procedures to reduce dust emissions resulting from activities associated with the petrochemical industry such as transportation, storage, packaging, etc.
 Cleaner production and environmental management system in the petrochemical industry.
 Environmental management systems.
 Prevent pollution.
 Clean technologies.
 Environmental legislation.
 air pollution.
 The concept of environmental pollution.
 Causes of Pollution.
 Air pollution with carbon dioxide and carbon monoxide.
 Air pollution from automobile exhaust and lead.

 Energy as a source of pollution.
 Air pollution with impurities.
 Pollution by natural elements.
 Water pollution and how to treat it.
 Chemical pollution and how to treat it.
 Pollution from petroleum waste and how to treat it.
 Nuclear pollution and the stages of its treatment.
 the noise.
 Electromagnetic pollution.
 Acid rain.
 The effect of air pollution on the ozone layer.
 Wastewater pollution and how to treat it.
 Pollution with pesticides and fertilizers.
 Legislation for protecting the environment and confronting environmental pollution.
 Solid waste management and waste generation prevention.
 Energy conservation and renewable energy.
 Environmental information and monitoring systems.
 Sewage.
 Environmental awareness and education.
 Protection of natural resources.
 Coastal zone management and marine pollution.
 Definition of waste and its types.
 Fundamentals of recovery and treatment of solid and liquid materials.
 Returns.
 Economics of the recovery process.
 Modern methods for processing solid and liquid materials.
 Recovery methods in metallurgical and chemical industries.
 Methods of recovery and treatment in sewage and water purification.
 Recovery and treatment methods in petrochemical industries.
 Practical applications