In pursuit of the ProcEng objective to facilitate events to promote the sharing of practical industry knowledge, experience and wisdom, the following international event is scheduled at present:
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PRESENTATION BROCHURE REGISTRATION FORM |
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09 to 13 June 2025
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04 to 15 November 2025
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“Following my attendance, and based on what I got out of it, I would highly recommend this course to any engineer - though I expect that those with 2-4 years experience would benefit most. The course covers the gap I felt exited between what you learn at University, and how you apply this learned knowledge as an engineer. It effectively answers the question: what does a process engineer typically do. The two presenters, Cilliers and Andries, are engaging and, in my opinion, exceptional educators. They have a wealth of knowledge and experience, and are eager to share this with other engineers."
Process Engineer, Multinational EPCM Service Company various sectors including:
Hydrogen, Renewable Energy, Power generation, Mining & Minerals, Water treatment and distribution, defense, oil & gas.
“The course was excellent and I think you did an amazing work presenting it online.”
Process Engineer, International Company
“This course cuts through all the fuzz universities taught us to give a PRACTICAL overview of process engineering. I would recommend it to all young engineers as a starting point for their careers. IT IS LIFE CHANGING!”
Process Engineer, 2 years’ experience, Engineering Contracting Company
“Great course from somebody with real life experience in design and plant operations and troubleshooting. You are never too old to learn how stuff really works!”
Principal Process Engineer, 25 years’ experience, International Petrochemical Company
Cilliers Kruger
Cilliers Kruger has a lifetime of experience in process engineering ranging from operational support and troubleshooting, through process design, construction and manufacturing to commissioning and full production again.
This course not only illuminates the fundamentals and practical tricks-of-the-trade of process equipment design, it puts it within the context of real operational environments – unlocking the ability of troubleshooting and problem solving from a fundamental understanding of how equipment works. The course material collates a lifetime of comprehensive process equipment knowledge and information focused at the design of new equipment as well as the optimisation, troubleshooting and problem solving of equipment in operation.
This course not only illuminates the fundamentals and practical tricks-of-the-trade of process equipment design, it puts it within the context of real operational environments – unlocking the ability of troubleshooting and problem solving from a fundamental understanding of how equipment works. The course material collates a lifetime of comprehensive process equipment knowledge and information focused at the design of new equipment as well as the optimisation, troubleshooting and problem solving of equipment in operation.
Learning Outcomes
- An understanding of the role of Process Engineers, emphasising calculation methods and techniques to troubleshoot and design process equipment. “What set engineers apart from operators and managers is our ability to do calculations. If all you do is analyse process trends and talk in meetings, then you add no value. Make time to do calculations, check them, verify them against plant data and then believe them.” [Cilliers Kruger, presenter]
- A working knowledge of practical design practices for the following process equipment: General Design Conditions, Plant and equipment simulation, Hydraulics, Piping, Flow Orifices, Control Valves, Vessels, Towers, Pumps, Compressors, Heat Exchangers, Fired Heaters, Relief Valves and Metallurgy.
Who will benefit?
Process Engineers with 1 to 5 years’ experience working in both
- operational support (start-up, optimisation, troubleshooting) or
- process design (new or de-bottlenecking of existing equipment)
Lieberman Process Troubleshooting Webinar
This popular PROCESS TROUBLESHOOTING SEMINAR is conducted by the internationally acknowledged expert in his trade and author of several world renowned books. The presentation is interactive and would benefit all working in the process engineering field from novice engineers to the most experienced. The full spectrum of troubleshooting methodology, practical approach as well as process fundamentals are addressed in a challenging, stimulating and enthusiastic manner. It is eye opening, challenging and inspiring!
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NORMAN LIEBERMAN has authored several highly acclaimed books from his career in design, debottlenecking and troubleshooting of process equipment predominantly in the oil & gas, and petrochemical industry. He has taught in excess of 400 technical seminars on process troubleshooting with a very unique interactive style. The case studies from one of his books “A working guide to Process Equipment”, co-authored with ELIZABETH LIEBERMAN forms the basis of the Lieberman Process Troubleshooting Seminar.
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This is an online presentation.
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Date:
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No Schedule, Available on request
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Presentation Schedule:
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Online Webinar, 06:00 to 14:00 UCT
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Registration:
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No Schedule
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BROCHURE: (as Benchmark)
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REGISTRATION FORM:
The presentation would remain interactive and would benefit all working in the process engineering field - from novice engineers to the most experienced engineers and plant operations staff as well. The full spectrum of troubleshooting methodology, practical approach as well as process fundamentals are addressed in a challenging, stimulating and enthusiastic manner. It is eye opening, challenging and inspiring! Attending his training has often been described as a “career changing event”.
Content is all actual case studies from the Petrochemical; Oil & Gas or Chemical industries covering Distillation; Reboiling and Condensing; Fired Heaters; Pumps, Turbines and Steam Jets; as well as Compressors.
Content is all actual case studies from the Petrochemical; Oil & Gas or Chemical industries covering Distillation; Reboiling and Condensing; Fired Heaters; Pumps, Turbines and Steam Jets; as well as Compressors.