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plant operations training
 
 
 
 
 
 

Plant Operations Training


To make operations-related decisions, an operator must consider three essential factors: safety, efficiency and productivity. Operations training calls for never-ending efforts for improvement involving everyone in the organization.
 
CiNet's operations training series includes a continuous skills and performance assessment. For employees a job task analysis is conducted. For the organization, an operational and maintenance performance assessment is conducted across the value chain. These operations assessments provide feedback on employee skill needs and organizational performance gaps. The operations training series also includes continuous skills development, refresher training, new systems and technology training and on-the-job training.
 
With over 100 courses in plant operations, CiNet has your compliance and training needs covered. Please contact us today at 1-800-294-1140.
 
Plant Operations Training Highlights
  • How resistance, capacitance, dead time, and lag time can affect a process control system
  • Layout of an electrical system and determining how to isolate a piece of equipment for maintenance or repair
  • Analytical variables that are commonly measured in plants, and how and why analytical variables are measured
  • Considerations associated with scheduling, planning for, and conducting on-the-job training
  • Fundamental units of measurement for length, time, and mass, and fundamental units of measurement for pressure, temperature, flow, and level
  • Determine the rates of reactions, and the effects of temperature, pressure, concentration, and surface area on reaction rates
  • Follow a logical, systematic troubleshooting procedure to identify and correct process problems

Plant Operations Catalog


For a series catered to your company's needs please contact us at
1-800-294-1140.
  • POWER PLANT SYSTEMS: Condenser and Circulating Water
  • PLANT SCIENCE: Process Dynamics and Measurement
  • POWER PLANT SYSTEMS: Power and Energy
  • POWER PLANT PROTECTION: Fundamentals
  • POWER PLANT PROTECTION: Integrated Systems
  • POWER PLANT SYSTEMS: Steam Systems
  • PUMPS: Reciprocating Positive Displacement Types
  • PUMPS: Rotary Positive Displacement Types
  • POWER PLANT SYSTEMS: Steam Cycle
  • PLANT SCIENCE: Solids and Liquids
  • PROCESS SAMPLING: Testing Samples
  • REFRIGERATION SYSTEM: Basic Concepts
  • REFRIGERATION SYSTEM: Operation
  • STATISTICAL PROCESS CONTROL: Basic Control Charts
  • STATISTICAL PROCESS CONTROL: Introduction
  • STATISTICAL PROCESS CONTROL: Process Variations
  • POWER PLANT TURBINES: Bearings and Operation
  • POWER PLANT TURBINES: Steam Flow
  • VALVES: Electric and Hydraulic Actuators
  • VALVES: Introduction of Actuators
  • WATER TREATMENT: Wastewater
  • WATER TREATMENT: Water for Plant Systems
  • PROCESS SYSTEMS: Introduction to Basic Diagrams and Symbols
  • DIAGRAMS: Flow and Electrical
  • VALVES: Basic Types and Operation
  • POWER PLANT BOILERS: Abnormal Conditions & Emergencies
  • BOILERS: Basic Principles and Types
  • POWER PLANT BOILERS: Combustion & Operation
  • POWER PLANT BOILERS: Normal Operations
  • BOILERS: Combustion, Water & Steam
  • POWER PLANT BOILERS: Startup & Shutdown
  • POWER PLANT BOILERS: Water & Steam
  • CHEMISTRY: Basic Principles
  • COMPRESSORS: Centrifugal & Axial
  • COMBINED CYCLE: Abnormal Operations
  • COMBINED CYCLE: Distributed Control Systems
  • COMBINED CYCLE: Heat Recovery Steam Generators
  • COMBINED CYCLE - Normal Operations
  • COMBUSTION TURBINE: Components
  • POWER PLANT SYSTEMS: Condensate & Feedwater Systems
  • COMPRESSORS: Introduction
  • CHEMISTRY: Material Balancing
  • COMBUSTION TURBINE: Normal Operations
  • COMPRESSORS: Operation of Centrifugal & Axial Types
  • COMPRESSORS: Positive Displacement
  • COMBUSTION TURBINE: Principles
  • CHEMISTRY: Reaction Rates
  • COMBUSTION TURBINE: Support Systems
  • DISTILLATION: Basic Principles
  • DISTILLATION: Basic System Component & Operation
  • DISTILLATION: Control Systems
  • DISTILLATION: Operating Problems
  • DISTILLATION: System Startup and Shutdown
  • DISTILLATION: Towers, Reboilers and Condensers
  • DIAGRAMS: Piping and Instrumentation
  • ELECTRICAL EQUIPMENT: AC and DC Motors
  • EQUIPMENT DRIVE COMPONENTS: Couplings
  • ELECTRICAL EQUIPMENT: Transformers, Breakers, & Switches
  • ELECTRICAL EQUIPMENT: Electrical Production and Distribution
  • EQUIPMENT DRIVE COMPONENTS: Gear, Belt and Chain Drives
  • EQUIPMENT LUBRICATION: Lubricants and Bearings
  • ELECTRICAL EQUIPMENT: Motor Controllers and Operation
  • EQUIPMENT LUBRICATION: Using Lubricants
  • FURNACES: Introduction
  • FURNACES: Operating Conditions
  • FURNACES: Startup and Shutdown
  • HEAT EXCHANGERS: Condensers and Reboilers
  • HEAT EXCHANGERS: Cooling Towers
  • HEAT EXCHANGERS: Introduction
  • HEAT EXCHANGERS: Operation of Shell and Tube Types
  • INSTRUMENTATION AND CONTROL: Automatic Process Control
  • INDUSTRIAL MATH: Algebra
  • INDUSTRIAL MATH: Basic Operations
  • INSTRUMENTATION AND CONTROL: Measurement of Density, Clarity and Moisture
  • INDUSTRIAL MATH: Formulas, Graphs, and Trends
  • INSTRUMENTATION AND CONTROL: Measurement of Concentration
  • INSTRUMENTATION AND CONTROL: Measurement of Level & Flow
  • INSTRUMENTATION AND CONTROL: Measurement of Pressure and Temperature
  • MATERIAL HANDLING: Tank Trucks
  • POWER PLANT OPERATION: Basic Principles
  • OPERATOR RESPONSIBILITIES: Communication
  • ON-THE-JOB-TRAINING: Implementation and Evaluation
  • OPERATOR RESPONSIBILITIES: Trends, Maintenance and Emergencies
  • OPERATOR RESPONSIBILITIES: Plant Production and Safety
  • ON-THE-JOB-TRAINING: Preparation
  • POWER PLANT OPERATION: Safety and Pollution Control
  • OPERATOR RESPONSIBILITIES: Introduction
  • PIPING AND AUXILIARIES: Basic Components and Functions
  • PIPING AND AUXILIARIES: System Components and Operation
  • PLANT SCIENCE: Basic Electrical Circuits
  • PLANT SCIENCE: Basic Electrical Principles
  • PLANT SCIENCE: Basic Principles
  • PUMPS: Basic Types and Operation
  • Power Plant - Condenser & Circulation Water
  • Power Plant - Condensate and Feedwater System
  • PUMPS: Performance and Inspection
  • PUMPS: Fundamentals of Centrifugal Types
  • PLANT SCIENCE: Fluid Systems
  • POWER PLANT SYSTEMS: Power Generation
  • PLANT SCIENCE: Gases and Flowing Liquids
  • PLANT SCIENCE: Heat
  • PLANT SCIENCE: Heat Transfer
  • PLANT SCIENCE: Forces and Machines
  • TROUBLESHOOTING: Basic Concepts
  • PUMPS: Operation of Centrifugal Types
  • TROUBLESHOOTING: Process Examples
  • PROCESS SAMPLING: Obtaining Samples
  • POWER PLANT PROTECTION: Boiler and Turbine Protections
  • Power Plant - Power & Energy
  • Power Plant - Power Generation
  • Power Plant - Steam Systems
  • ENVIRONMENTAL PROTECTION: Air Pollution
  • Environmental Protection Systems— Water Pollution

 
 
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