Safety engineer course for Chemical Engineers

Duration: 6 Months      Course fee: 50,000/-

Chemical engineers work in Oil and gas industry, manufacturing, pharmaceuticals, food processing industries…etc. Chemical engineers work in most hazardous environment. they are responsible for overall safety of labs and equipment. health, safety and environment gives better job opportunities for Chemical engineers.

Accident prevention begins with analysing the day to day operations. Human and mechanical errors are the major causes of spills and releases. Accident prevention programs should seek to identify problem areas and resolve them.

Our training course focuses on preventing accidental chemical releases, reducing risk to the community from exposure to hazardous chemicals.We teach the students to identify the hazardous chemicals, how to store them and their usages. At the end of this course, the student can analyse the risks of these chemicals to the surrounding community, and develop emergency response plans.

Course Syllabus

  • Occupational health safety
  • Environmental engineering
  • Chemical process plant safety
  • Hazardous materials
  • Power plant safety
  • Offshore safety
  • Petrochemical plant safety
  • Industrial safety codes and standards (NEBOSH AND IOSH)

Our training also includes:

  • Introduction to procedures and principles of safety in laboratories and chemical industries
  • process technologies and equipment basics
  • Industrial and chemical wastes and treatment methodologies
  • Risks in chemical plants, Analysis, Risk and hazard management, case studies
  • Industrial safety, radiation hazards, hazardous waste treatment
  • Case studies on accidents and disasters in chemical plants

Chemical Risk Management

  • Introduction to procedures and principles of safety in laboratories and chemical industries
  • process technologies and equipment basics
  • Industrial and chemical wastes and treatment methodologies
  • Risks in chemical plants, Analysis, Risk and hazard management, case studies
  • Industrial safety, radiation hazards, hazardous waste treatment
  • Case studies on accidents and disasters in chemical plants

Codes and Standards

  • Introduction to OSHA standards
  • Chemical, biological, physical hazards
  • Safety hazards
  • Recommendations, practices, Codes and standards
  • Risk management  and analysis

Environment & Safety Procedure

  • Introduction to procedures and principles of refinery process
  • Petroleum and chemical wastes and treatment methodologies
  • Risks in refineries, Analysis, Risk and hazard management, case studies
  • Industrial safety, waste water treatment, hazardous waste treatment
  • Case studies on accidents and disasters in refineries

After the completion of the course, the students are eligible for the following jobs

  • Safety Engineer
  • Fire & Safety Engineer
  • EHS/ Safety Engineers
  • Functional Safety Engineer
  • SIS Engineer
  • HSE Engineer
  • SRE (Safety & Regulatory Engineer)
  • Functional Safety Engineer – Hardware
  • Safety Officer & Executive
  • Maintenance Supervisor (engineer)
  • Maintenance In charge –
  • Engineer – Control Valve
  • Manager- Field Maintenance