ERS Energy Efficiency – TBA

Course Information

As the cost of crude oil and subsequently refinery fuel increases, the need to ensure that refinery processes are energy efficient becomes more important. This course reviews all aspects of refinery energy performance from the site systems and processes, down to the equipment level. It also includes sections on energy management and a review of the essential technologies and tools.​

This is a 4 module course.

Please click the headings below for more information.


Increased fuel cost and stringent environmental regulations impose additional pressure on otherwise tight refinery margins. Energy has long been recognised as the largest single operating cost in a refinery, but nowadays the energy efficiency is one of the differentiators that determine the future of an operating company.
Energy, however, can be successfully managed. Through comprehensive energy management programmes refiners ensure that all their facilities – those that consume energy as well as those that produce it – are operated in an optimum manner, while their investments projects related to energy efficiency are strategically selected.
The courses present the up-to-date methodologies and techniques that are used to assess the energy efficiency of an oil refinery and introduces systematic procedures for reducing the consumption and the energy bill. The courses can be considered as a tool box for refinery energy co-ordinators and process engineers and managers who want to become conversant with all aspects of refinery energy efficiency.
Much of the course time is dedicated to (1) developing thorough understanding of refinery energy topics, particularly how much, where, why and at what efficiency the energy is consumed, and (2) introducing the practical application of energy saving techniques.
Simulation examples are used throughout the course to enhance the understanding.

Learning Objectives

Upon the completion of the course, participants will have gained solid understanding of the following:

  • Refinery energy balance and where is energy consumed in a refinery.
  • How to assess the actual energy efficiency of an operating refinery.
  • Specific energy characteristics of refinery’s various process units and improvement potential
  • Energy efficient operation of refinery utility systems (steam and power)
  • Energy efficiency of refinery equipment
  • Energy saving techniques and development of energy saving projects
  • Energy management procedures
Who Should Attend

Professionals working in the petroleum processing industry will benefit from this course, especially those with a responsibility for energy management and efficiency. The
material presented is relevant to all engineers working on processing units in the industry, including operations, design and maintenance personnel.

Job Titles/Functions Appropriate for the Course Include:

  • Process, plant and project engineers.
  • Thermal and stationary equipment engineers.
  • Personnel responsible for inspection, maintenance and reliability
  • Shutdown planners
Course Presenter

Dr Zoran Milosevic was a Principal Consultant and an oil refinery specialist at KBC Process Technology, where he was responsible for development of KBC technology and services in the refinery energy conservation area. Zoran has 35 years of experience in refinery operation, process design and consulting.

He is a Chemical Engineer from Lehigh University, Pennsylvania (US) and a Fellow of the Institution of Chemical Engineers. He also a Teaching Fellow of the Royal Academy of Engineering, and a Visiting Professor at the University of Surrey.

His main professional expertise is the optimisation of process plant operation with emphasis on profitability improvement and energy saving in oil refineries. In his 22 years with KBC, he has conducted over 60 such margin improvement studies and energy conservation programs worldwide.

He has taught at various institutions and has presented numerous training courses on energy efficiency, Pinch Technology, energy efficient process design, and global energy


£1,200.00 +VAT

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