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| Trainings by domains |
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| Trainings by Technology |
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| Trainings by jobs |
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Take a look : Instrumentation and control |
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Process elements for control |
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EPR |
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> Acquire essential physics knowledge to :
- Know and maintain measuring and control devices.
- Understand the selection of control strategies based on process functions
- Communicate with operation staff |
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Process Control Technique |
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TRP |
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> To be able to design or improve industrial control loops.
> Understand the most used control principles in industrial processes. |
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Automation project on batching processes |
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BATCH |
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> To be able to design the automation of a batching process with a digital controller (DCS, PLC or other) |
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Furnace combustion control |
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PRC |
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> Master the control principles of furnace combustion and tuning methods to improve their operation and productivity.
> Master instrumentation and control maintenance.
> To be able to tune and optimize control loops. |
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Steam generators control |
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RGV |
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> Master combustion control principles.
> Understand control strategies applied by specialists.
> Make perfect the people in charge of instrumentation and control devices maintenance.
> Understand the consequences on productivity due to bad operation of equipments.
> To be able to tune and optimize control loops. |
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Industrial Processes technique |
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TPI |
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With a process approach, allow the trainee to:
> Analyse events and dysfunctions
> Integrate a project team efficiently
> Apprehend in a better way process instrumentation, control and automation. |
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Take a look : Advanced control |
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Predictive control for chemical reactors |
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REACT |
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> Evaluate the economical impact: quality, quantity, energy consumption, security for reactor's operation.
> Learn different techniques of predictive control adapted to heat exchangers: non linear commands, enthalpic, parametric, exothermicity estimation. |
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How to boost PID control by modeling processes physically |
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PID++ |
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> Extend the PID control domain to non linear processes or large deadtimes by integrating process measurements and by capitalizing on physical laws that rule the process behaviours.
> Learn to setup the tuning parameters of obtained multi-loop controls. |
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Take a look : Online analysis |
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Water management basics |
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BGE |
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> Discover the physical and psycho-chemical properties of water
> Acquire basics on characterization methods of quality.
> Understand the principles of treatment to adapt its quality to its usage.
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Waste incinerators emissions analysis |
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AEID |
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> Update and deepen theoretical and practical knowledge on analysis and sampling of gases on incineration sites. |
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Fuel specific analysers |
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AIS |
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> Know the principle of specific points analysers.
> Master the technologies of these devices to warrant maintenance and verifications.
> Study their sampling systems. |
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Water sensors and analysers usage |
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ECA |
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> Discover the applicable metrology on water measurements, setup rules and applicable standards.
> Learn an equipment buying method.
> Be aware of exploitation procedures and equipment maintenance.
> Give the basics for organizing a measurement service. |
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Sampling Systems for Industrial Analysers |
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SEA |
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> Understand the structures of sampling systems.
> Perfect the knowledge of their elements.
> Calculate pressure drops and response times in a transfer line.
> Acquire the elements to design or modify a sampling system. |
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