Refinery Energy Optimizations Management
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Refinery Energy Optimizations Management Course
Introduction:
This course is specifically created to function as a toolbox that gives students insight into a range of energy optimization topics, imparts knowledge of best practices in energy, and equips top management energy sponsors, process engineers, and technical staff, as well as refinery energy managers, for their significant roles in energy.
Course Objectives:
By the end of this course the participants will be able to apply techniques which will enable them to conduct the following activities in their refineries:
- Assess the energy efficiency of refinery and individual processes
- Calculate the potential for improvement
- Optimize refinery utility systems (steam and power)
- Apply energy saving techniques to develop energy-saving projects
- Introduce effective Energy Management procedures.
Who Should Attend?
Professionals working in the petroleum processing industry will benefit from this course, especially those with a responsibility for refinery energy management and efficiency. The material presented is relevant to all engineers working in industrial processes, including operations, design and maintenance personnel.
Job Titles/Functions Appropriate for the Course Include:
- Personnel responsible for inspection, maintenance and reliability
- Thermal and stationary equipment engineers
- Process Engineers
- Plant Engineers
- Project Engineers
- Plant energy managers/coordinators
Course Outlines:
Introduction to Energy Efficiency; the Effect of Energy on the Bottom Line
- Energy and its Effect on Refinery Profitability
- Refinery Energy Balance
- Energy Benchmarking; Site Efficiency Assessment
- Potential for improvement
- Approach to energy saving
- Fuel, power and steam costing methodology
Energy Features of Refinery Key Process Units and how to Improve their Energy Efficiency
- Distillation: Crude Unit, Vacuum Unit
- Binary Distillation Columns
- Hydrotreating, Distillate and Naphtha
- Catalytic Reforming
- Fluid Catalytic Cracking
- Hydrocracking
Refinery Utility System
- Steam Systems
- Power generation
- Steam Turbines, Cycles, Efficiencies
- Gas turbines
- Cogeneration and its benefits
- Optimization of Steam & Power system
Process Heat Integration
- How does heat integration work?
- Introduction to Pinch Technology
- Heat availability Curves and Energy Targeting
- Pinch Technology for refinery operators
- Retrofitting heat exchange networks for improved performance
- Intuitive versus Systematic Network Revamp
Equipment Efficiency; Effective Energy Management
- Fired heaters
- Rotating equipment
- Heat Exchangers
- Energy Focused Organization
- The Energy Team
- Developing internal competence in energy