Every stage of petroleum work – drilling, refining, transporting – carries an environmental price tag: air emissions, contaminated water, damaged soil. Ignore that price tag and a company faces fines, shutdowns, and reputational damage; manage it well and pollution becomes a controllable, engineered risk rather than an inevitable cost of doing business.

The Arab British Fellowship Training Academy built this programme to give engineers, HSE officers, and technical staff in the oil and gas sector the tools to make that shift – from reacting to pollution after it happens to designing operations that prevent it in the first place.

The programme covers the full picture: where pollution comes from, how to control it at the source, how to monitor it over time, what regulations demand, and how to respond when something still goes wrong – all grounded in engineering practices built specifically for petroleum operations.

Who Should Attend?

• Environmental engineers and professionals working in oil and gas operations.
• HSE (Health, Safety, and Environment) officers and compliance specialists in the petroleum sector.
• Technical staff involved in environmental monitoring and pollution control.
• Government regulators and policymakers overseeing petroleum environmental compliance.

Knowledge and Benefits:

By the end of the programme, participants will be able to:

• Trace how petroleum pollution happens and what its main sources are.
• Identify the pollutants tied to petroleum activities and their environmental effects.
• Design and implement pollution-control systems in petroleum facilities.
• Apply the international environmental regulations that govern the oil and gas industry.
• Build environmental engineering solutions into sustainable petroleum operations.

• The Environmental Price Tag of Oil and Gas Work

  • An overview of the environmental challenges facing the petroleum industry.
  • The scope and role of environmental engineering in oil and gas.
  • Air emissions, water contamination, and soil degradation across upstream and downstream activities.

• Controlling Pollution at the Source: Air and Water

  • Combustion emission controls, flare-gas recovery, and vapor recovery units.
  • Design considerations for reducing volatile organic compounds (VOCs).
  • Treating produced water and process wastewater, and oil-water separation techniques.

• Protecting What’s Underground

  • Preventing leaks and spills during petroleum handling.
  • Containment systems and underground storage monitoring.
  • Remediation techniques for contaminated soil and groundwater.

• Watching the Numbers: Monitoring and Data

  • Sampling techniques and instrumentation for tracking pollution.
  • Logging, analyzing, and interpreting environmental-control data.
  • Reporting systems for internal audits and regulatory bodies.

• Playing by the Rules: Regulation and Management Systems

  • Global environmental standards and the national laws that apply locally.
  • Permit acquisition and regulatory reporting obligations.
  • Structuring an Environmental Management System (EMS) and assigning roles within it.

• Engineering for the Long Run

  • Green technologies applied in petroleum engineering.
  • Reducing carbon footprint and running lifecycle analysis.
  • Environmental risk assessment and mitigation planning.

• When Things Go Wrong: Emergency Response

  • Spill-response planning and containment strategies.
  • Coordinating with environmental authorities and agencies.
  • Post-incident remediation and restoring the affected environment.