Date/Time:
Date(s) - 10/06/2019 - 14/06/2019( 9:00 am - 1:00 pm )
Location:
Malaysia, Kuala Lumpur
Category:
Instrumentation and Process Equipment
OBJECTIVES
- Providing participants an overview, understanding and hands-on instrumentation and process equipment.
- Build on the basic knowledge and provide hands on start up commissioning.
- Design to teach skills for selecting, maintaining, calibrating and troubleshooting of instrumentation.
WHO SHOULD ATTEND?
- Managers, engineers, Non Instrument related personnel, Mechanical & process technicians, Chemical & Process trainee engineers, All personnel involved in the design, selection, operating, maintenance, troubleshooting, repair operations, All maintenance, engineering, operations personnel involved in improving reliability, conditioning, monitoring and maintainability of process equipment and systems
OUTLINE
- Introduction
- Basic concepts in Instrumentation & control
- Definitions
- Overview of Pressure, levels, temperatures and flows
- Control Valves
- Introduction to Instrumentation & Process Control
- Definition
- Process Measurements
- Evaluation & Control
- Examples of Drawings
- Introduction to Process Control & loops
- Definition
- Block diagrams
- Process controller
- Process Characteristics
- Theoretical concepts of Physical systems
- Electrical, liquid, thermal
- Pressure Measurements
- Definitions
- Gauge and absolutes
- Manometer
- Pneumatic or mechanical
- Pressure sensor & transmitter
- Pressure engineering units
- Level Measurement
- Definition
- Gauge glass level measurement
- Electrical & electronic level sensor
- Remote display level indicator
- Level Engineering units
- Temperature measurement
- Definitions
- Temperature Gauges
- Types of sensors
- Temperature engineering units
- Flow measurement
- Definitions
- Types of flow techniques
- Flow engineering units
- Analytical Measurement
- Introduction
- Conductivity, pH, Do and humidity measurement
- Gas analysis
- Measurement applications
- Final Control Elements
- Control Valve
- Pump Control
- Louver Control
- Heater Element
- Inverter
COURSE PLAN
- 35% Lectures & Theories
- 40% Workshops, Assessments, Group Work & Exercises
- 20% Role Play & Case Studies
- 05% Videos
- Pre-Test and Post Test
- Test Results Sheet
- Trainee Performance Analysis Reports
TRAINING METHODOLOGY
- Case Studies
- Group Discussions
- Group & Individual exercise
- Intensive Workshop by using templates, Diagrams & Charts
- Planning Activities
- Presentations
- Self Assessments
- Assignments
- Combine case studies, and analysis of real world examples
- Action plan
