The British Academy for Training and Development offers a course on pipe technology and investment in the oil industry, designed to meet international standards. This program aims to equip the business market with qualified professionals by providing practical experience through direct training programs tailored for workers in the oil and gas sector.

Pipelines are the preferred method for transporting oil and natural gas due to their cost-effectiveness compared to large oil tankers. Since their invention, pipelines have become popular among oil-producing countries and companies because they provide an efficient means of transportation over land and underwater.

These advantages have led to a relative decrease in crude oil prices over time, reduced the need for manual labor, and increased reliance on technology, resulting in higher revenues from oil extraction.

Oil is primarily a liquid formed from hydrocarbons with varying molecule sizes, created from the remains of animals enriched with carbon under high temperatures. Over time, these remains become buried under layers of mud, where they are compressed and heated, eventually forming substantial oil reserves.

However, oil spills pose significant environmental risks, harming marine life and disrupting ecosystems. The impact of oil pollution is profound, with a single gallon of oil capable of contaminating millions of gallons of water. This presents a pressing challenge for society, as environmental degradation hinders economic development. It is crucial to implement protective measures within the oil industry to mitigate these risks and prevent further pollution.

The British Academy for Training and Development offers this course to the following categories:

• All employees of oil buildings:
• Directors of oil buildings
• Security directors in oil buildings
• Supervisors of work and management personnel
• Chemical engineering workers.
• Petroleum Engineers.
• The workers in petroleum facilities security.
• The workers in the environmental control services.
• The workers of work quality control in the oil facilities.
• Oil, gas and mining engineers and juniors.
• Directors of deposits, tankers and refineries in an oil building.

After completing the program, participants will be able to master the following topics:

• Method of protecting oil building from environmental pollution risks
• Protecting individuals in oil building with presenting health and safety guarantees concerning protecting all production elements.
• Procedures followed to protect individuals’ security and information and put security rules achieving security in the important building.
• Put security plans against fires and train personnel apply
• Sources of risks sabotaged intently and accidentally the oil building.
• Security plans of vital buildings
• Securing plans of entering and exiting personnel and securing visitors and vehicles.
• Technology course in securing the important building and oil buildings.

• The concept of important facilities and the management of security therein.
• The concept of security planning for facilities.
• Security divisions and responsibilities.
• The dangers to which the establishments are exposed.
• The role of security and the effective role of the head of security.
• Scientific assets for managing security operations.
• Procedures to be implemented by all concerned with the implementation of the emergency plan.
• Develop a plan for telecommunications, specifying who is responsible for giving information to the competent authorities.
• The foundations of organizing the security and guarding apparatus in vital facilities.
• The basic tasks of security managers in establishments.
• Promises of securing facilities from inside and outside.
• Security plans for vital places in the oil facility.
• Technology and its role in securing the important facility and oil facilities.
• The foundations for the success of protection methods.
• Security of individuals, information and documents.
• Security standards that govern the procedures for securing facilities in times of emergency.
• Methods of securing facilities in the face of terrorism and sabotage in time of emergency.
• Develop an evacuation plan and escape from the sites.
• Legislation governing the evacuation plan and escape from the sites.
• Designing an evacuation plan and escaping from the sites.
• Structural design for safety.
• Design and spatial planning for evacuation and escape.
• Existing designs for future evacuation, rescue and escape routes and plan for all sites.
• Directions and paths of evacuation and escape.
• The signals used when escaping and their design.
• The philosophy of escaping from windows.