Electrical, Instrumentation & Analyzers, and Mechanical Maintenance eLearning Library

ELECTRICAL CABLES

Duration: 1 hour

In Electrical Cables, you will learn about the function of electrical conductors, characteristics of conductor materials, conductor construction, wiring size and rating, insulation materials, and grounding.

CABLE DUCT BANKS AND TRAYS

Duration: 1 hour

In Cable Duct Banks and Trays, you will learn about types of duct banks, cable tray configurations, cable tray applications, proper loading and support, wiring fill and space requirements, securing cables, and proper grounding and bonding.

FIBER OPTIC CABLE

Duration: 1 hour

In Fiber Optic Cable, you will learn about types of fiber optic cable, connectors, operation, joining optical fibers, common causes of optical loss, and fusion splicing.

POWER CABLES

Duration: 3 hours

In Power Cables, you will learn about the different types of power cables, wire characteristics, properties, and sizes; insulation, cable glands, cabling systems and installations; power cable maintenance, repair, troubleshooting, and testing.

BASIC ELECTRONICS

Duration: 1.5 hours

In Basic Electronics, you will learn about basic electricity; basic electronics, including voltage, ground, current, resistors, capacitors, and inductors; electrical circuits, including Ohm's and Kirchhoff's Laws; current, voltage, and power; series and parallel DC circuits, transistors and capacitors.

ELECTRICAL DOCUMENTATION

Duration: 1.5 hours

In Electrical Documentation, you will learn about types of electrical documentation, electrical loop numbers and symbols; power distribution and cable layout diagrams; control/schematic diagrams; protection and hazardous area diagrams; updating, storing, and controlling diagrams.

GROUNDING

Duration: 3 hours

In Grounding, you will learn about different types of grounding systems, equipment and static grounding, lightning protection, bonding techniques, electronic system and substation grounding; ground fault monitoring, inspecting grounding and bonding systems; and tracing ground faults.

ELECTRICAL MOTOR PROPERTIES, TROUBLESHOOTING, AND MAINTENANCE

Duration: 5 hours

In Electrical Motor Properties, Troubleshooting and Maintenance, you will learn about common properties; voltage selection factors, insulation and thermal properties, enclosures and bearings; routine and preventive maintenance, and troubleshooting.

INTRODUCTION TO AC/DC ELECTRICAL MOTORS FOR TECHNICIANS

Duration: 3 hours

In Introduction to AC/DC Electrical Motors, you will learn about magnetism, producing alternating current, rotating magnetic fields, types of AC motors and AC motor properties; DC motor types and operation.

MOTOR SIGNATURE ANALYSIS (MCE)

Duration: 3 hours

In Motor Signature Analysis (MCE), you will learn about MCE functionality and detectable faults; test data analysis information, such as resistance-to-ground, setting warning levels, DC assets, RTG readings interpretation, capacitance-to-ground, phase-to-phase resistance and inductance, test lead check, resistive and inductive imbalance, average inductance, polarization index test, PI and DA data interpretation, rotor position an aliasing, data interpretation, and DC bar-to-bar test; and MCE troubleshooting.

CONDITION MONITORING - ELECTRICAL MOTORS

Duration: 1 hour

In Condition Monitoring - Electrical Motors, you will learn about induction and DC motor related problems including SCR problems, DC Comparator cards, and vibration analysis.

VARIABLE SPEED AND FREQUENCY DRIVES (VFD/VSD)

Duration: 2.5 hours

In Variable Speed and Frequency Drives, you will learn about the advantages of VFD & VSDs, AC drives and motor selection, DC drives, shunt connected motors, field saturation, operator control and control signals; typical problems and maintenance; SMART troubleshooting procedures and tests.

BATTERIES

Duration: 5 hours

In Batteries, you will learn about battery components, types of cells, series and parallel connections, battery capacity and ratings, lead acid and Ni-Cad batteries; battery system performance; failure analysis and dual battery backup systems, system testing methods; preventive maintenance and safety concerns; and failure modes and system troubleshooting.

CAPACITOR BANKS

Duration: 2 hours

In Capacitor Banks, you will learn about capacitor theory, including capacitive resistance, power triangle, and power factor correction; harmonic distortion, resonance, and filters; power factor correction capacitor (PFCC) degradation; and capacitor bank maintenance and troubleshooting.

POWER AND DISTRIBUTION TRANSFORMERS

Duration: 2 hours

In Power and Distribution Transformers, you will learn about basic transformer operation, types, components, connections, and operational parameters; transformer cooling; schematic symbols; and maintaining and troubleshooting low-, medium-, and high-voltage power transformers.

TRANSFORMER MAINTENANCE

Duration: 1.5 hours

In Maintenance for Power and Distribution Transformers, you will learn about maintaining and troubleshooting low-, medium-, and high-voltage power transformers.

UNINTERRUPTIBLE POWER SUPPLY

Duration: 3 hours

In Uninterruptible Power Supply, you will learn about emergency and standby power systems, emergency power requirements, critical and essential load; UPS types and operation; DC UPS, UPS batteries, battery ratings and failures; maintenance and functional load testing; and UPS troubleshooting.

CIRCUIT BREAKERS

Duration: 4 hours

In Circuit Breakers, you will learn the basics of overcurrent protection, types of fuses and voltage level classifications; different types of circuit breakers, their rating and operation; and maintaining, monitoring, inspecting, and troubleshooting low voltage air and medium voltage vacuum power circuit breakers.

GAS INSULATED SUBSTATIONS (GIS) AND SULFUR HEXAFLOURIDE (SF6)

Duration: 2.5 hours

In Gas Insulated Substations (GIS) and Sulfur Hexafluoride (SF6), you will learn about GIS, sulfur hexafluoride (SF6) properties, testing metrics, proper handling of faulted and non-faulted SF6; leak detection methods, and recordkeeping.

HIGH VOLTAGE GAS INSULATED SWITCHGEAR (GIS)

Duration: 2 hours

In High Voltage Gas Insulated Switchgear (GIS), you will learn about high voltage circuit switchers, circuit switcher construction, operating principles, safety, preventive maintenance; SF6 properties and handling; PPE and safety equipment, typical failures, and troubleshooting.

HIGH VOLTAGE GAS SUBSTATION SWITCHGEAR

Duration: 2 hours

In High Voltage Substation Switchgear, you will learn about substation switchgear and circuit breaker control, types of HV circuit breakers, HV relay protection, switchgear classification and operation, switchgear maintenance, handling SF6, and troubleshooting HV switchgear.

LIGHTNING ARRESTER

Duration: 3 hours

In Lightning Arresters, you will learn about lightning surges and strikes; lightning protection and arresters, including classes and types of lightning arresters; grounding and installation guidelines; basic safety precautions; and lightning arrester troubleshooting.

LV INTELLIGENT SWITCHGEAR

Duration: 3 hours

In LV Intelligent Switchgear, you will learn about low voltage intelligent switchgear components, monitoring functions and preventive maintenance; MCU parameterization, failure codes, and terms and abbreviations; LV switchgear and communications troubleshooting.

LOW VOLTAGE SUBSTATION SWITCHGEAR

Duration: 3 hours

In Low Voltage Substation Switchgear, you will learn about switchgear terminology and construction, including indoor and outdoor switchgear, bus bars, metering, circuit breakers, and wiring; switchgear operation, preventive maintenance, typical failures, and general guidelines for troubleshooting.

MEDIUM VOLTAGE SUBSTATION SWITCHGEAR

Duration: 3 hours

In Medium Voltage Substation Switchgear, you will learn about types of switchgear and typical layouts, medium voltage operation, component functions, maintenance, and troubleshooting.

MEDIUM VOLTAGE VACUUM CONTRACTORS

Duration: 2 hours

In Medium Voltage Vacuum Contactors, you will learn about types of switches, disconnectors, contactors, circuit breakers, vacuum contactors and principles of operation; preventive maintenance and integrity testing; and basic troubleshooting guidelines.

PROTECTIVE RELAYS

Duration: 3 hours

In Protective Relays, you will learn about electrical system problems, types of protective relays, sensing equipment, transformers, relay numerical function types, protection schemes and strategies; zones of protection and feeder circuits; setting and adjusting protective relays, and troubleshooting electromechanical and electronic protective relay systems.

BEARINGS

Duration: 2.5 hours

In Bearings, you will learn about industrial applications, bearing classifications and specifications, common bearing configurations; installing, removing, and maintaining bearings, and problem troubleshooting.

FASTENERS

Duration: 4 hours

In Fasteners, you will learn about different types of fasteners, including wedge anchors, buckles, cable ties, clamps, clips, pins, retaining rings, rivets, screws, bolts, nuts, and washers; their classifications, specifications, and standards; inspection, maintenance, troubleshooting, handling, and storage.

GASKETS, SEALS, AND PACKING

Duration: 2.5 hours

In Gaskets, Seals and Packing, you will learn about non-metallic, semi-metallic, and metallic gaskets; flange types and standards, tensile strength surface finish, and load sealability; seals and packing types and materials; and gasket installation, inspection, storage, handling, and troubleshooting.

CORROSION IN METAL

Duration: 3 hours

In Introduction to Corrosion, you will learn about the corrosion process, including metal corrosion, corrosion damage, and corrosion cells; and corrosion control, including cathodic protection, protective coatings, corrosion monitoring and measurement, and corrosion monitoring techniques.

CATHODIC PROTECTION SYSTEMS

Duration: 3 hours

In Cathodic Protection Systems, you will learn about using cathodic protection to control metal surface corrosion, including: galvanic protection and anodes, impressed current and rectifier systems; cathodic protection surveys, inspection, testing, and record-keeping; and cathodic system safety, maintenance, and troubleshooting.

DRIVE COUPLINGS

Duration: 3.5 hours

In Couplings, you will learn about drive couplings, including classification, rigid and flexible couplings; online and offline drive coupling maintenance, belt tensioning, coupling removal and installation, and troubleshooting.

GEARS

Duration: 4 hours

In Gears, you will learn about gear purpose, classifications, and applications; routine maintenance; gear installation and removal; gearbox maintenance, overhaul, and assembly; and gear troubleshooting.

DUST AND COALESCER FILTERS

Duration: 1 hour

In Dust and Coalescer Filters, you will learn about the application and workings of coalescing filters, the purpose of dust filters, and how to safely remove and install filter elements.

FILTERS AND STRAINERS

Duration: 2 hours

In Filters and Strainers, you will learn about filtration, filter media, and operation; mechanical, absorbent, and adsorbent filters; Y-basket and temporary (geometric) strainers; filter and strainer cleaning and maintenance.

BLINDING AND DE-BLINDING

Duration: 1 hour

In Blinding and Deblinding, you will learn about slip blinds, spectacle blinds, and blind flanges, blind and flange sizes, and blind installation and removal.

CONDITION MONITORING - BALANCING

Duration: 2.5 hours

In Condition Monitoring - Balancing, you will learn balance quality grades and standards, calculating imbalance, vibration; in-place and single plane balancing, the four-step balancing method and balancing in one run; field balancing, and balancing in two planes.

CONDITION MONITORING - GENERAL

Duration: 3 hours

In Condition Monitoring - General, you will learn about life, preventive, reactive, and predictive maintenance; condition monitoring technologies; asset health report; potential fault analysis (PFA); vibration analysis, including imbalance, misalignment, and looseness analysis; and maintenance and maintainability data.

FUNDAMENTALS OF CONDITIONING AND PREDICTIVE MONITORING

Duration: 1 hour

In Fundamentals of Condition and Predictive Monitoring , you will learn about the many different ways of monitoring the mechanical condition of equipment including vibration analysis, oil and wear debris analysis, ultrasonics, and infrared thermography. 

FAULT DIAGNOSIS, TROUBLESHOOTING, AND MACHINE INSPECTIONS

Duration: 1.5 hours

In Fault Diagnosis, Troubleshooting and Machine Inspections, you will learn about common techniques of diagnosing and troubleshooting machine failures including Fault Tree Analysis (FTA) and Failure Mode and Effects Analysis (FEMA), machine performance monitoring, troubleshooting techniques using operation records, vibration analysis, and lubricating oil analysis and the non-destructive testing (NDT) methods of visual inspection, liquid penetrant, magnetic particle, ultrasonic, radiography and eddy current.

INSULATION AND THERMAL PROTECTION

Duration: 30 minutes

In Insulation and Thermal Protection, you will learn about the purpose, types and applications of insulation and thermal protection.

MAINTENANCE FUNDAMENTALS

Duration: 1 hour

In Maintenance Fundamentals, you will learn about the principles and types of maintenance, including proactive, preventative, corrective, breakdown, and turnaround maintenance; and maintenance workflow planning and strategies.

MANUALS AND DRAWINGS

Duration: 2 hours

In Manuals and Drawings, you will learn about maintenance drawings, orthographic, process flow, piping and instrumentation, and schematic drawings; reading drawings and blueprints; standards organizations; and operations and maintenance manuals.

PLANNED, CORRECTIVE, AND BREAKDOWN MAINTENANCE

Duration: 1.5 hours

In Planned, Corrective, and Breakdown Maintenance, you will learn planned, corrective, and breakdown maintenance, including planning, implementing, and executing maintenance schedules.

PREVENTATIVE MAINTENANCE PLANS

Duration: 30 minutes

In Preventative Maintenance Plans, you will learn about the basic steps involved with the development of a preventive maintenance plan as well as the benefits of such a plan including: benefits, purpose, the Development process and principles of the program.

FUNDAMENTALS OF VIBRATION MEASUREMENT

Duration: 1 hour

In Fundamentals of Vibration Measurement, you will learn about the common causes of machine vibration, the purpose and categories of rotating equipment systems, why rotating equipment systems need protection, the signal characteristics of vibration, components of vibration, and vibration display forms.

LEAK DETECTION IN REFRIGERATION LINES

Duration: 1 hour

In this program, you will learn about different methods for detecting and repairing leaks in refrigerant lines.

LUBRICATION SYSTEMS, CLASSIFICATIONS, AND APPLICATIONS

Duration: 4 hours

To ensure proper operation, all machines must be lubricated. In Lubrication Systems, Classifications and Applications, you will learn about frictional force, types of lubrication, lubricant properties, viscosity index and oxidation; lubricant classifications, and synthetic and specialized lubricants; types of lubrication systems; lubrication charts and inspection tasks; lubricant application and storage.

MACHINE ALIGNMENT

Duration: 2 hours

In Machine Alignment, you will learn about the purpose of alignment, parallel and angular misalignment, alignment method selection; and performing precision, non-precision, and laser alignment.

MECHANICAL HOSES

Duration: 3 hours

In Mechanical Hoses, you will learn about utility hose elements and selection, handling, cleaning, and storing hoses, specialty hoses, hose inspection and RMA testing standards; grounding hoses, and hose troubleshooting.

PIPES AND FITTINGS

Duration: 1 hour

In Pipes and Fittings, you will learn about pipe material, tubing, fittings, piping and instrumentation symbols, proper selection, and piping inspection and maintenance.

PIPE SUPPORTS

Duration: 3 hours

In Pipe Supports, you will learn about rigid, dynamic, and spring type pipe supports and their applications; pipe support design and inspection points; inspection and testing, extended maintenance, and troubleshooting.

PNEUMATIC TUBING AND FITTINGS

Duration: 1 hour

In Pneumatic Tubing and Fittings, you will learn about pneumatic tubing applications, tubing types, how to select the proper tubing, types of pneumatic fittings, and tubing installation guidelines.

STRUCTURAL SAFETY

Duration: 3 hours

In Structural Safety, you will learn about OSHA requirements for ladders and stairways, handrail requirements; corrosion prevention and treatment; rebar corrosion and concrete damage, and structural repairs and inspection techniques.

ELECTRICIAN'S TOOLS and TEST EQUIPMENT

Duration: 4 hours

In Electrician's Tools and Test Equipment, you will learn about types of electrician's tools; electrical test equipment, including analog and digital multimeters, ammeters, circuit tracers, insulation testers, phase and motor rotation meters, power analyzers, wire sorters, and other test equipment; instrumentation and calibration.

WORKSHOP TOOLS and EQUIPMENT

Duration: 2 hours

In Workshop Tools and Equipment, you will learn about the different parts and safe operation of hydraulic bench presses, drill presses, pedestal and angle grinders, power hacksaws, band saws, sandblasters, and lathes.

HAND and POWER TOOLS FOR TECHNICIANS

Duration: 3.5 hours

In Hand and Power Technicians, you will learn about hand tools, cutting tools and power tools; and how to select, use and maintain them safely and efficiently.

MEASURING TOOLS

Duration: 1.5 hours

In Measuring Equipment, you will learn about general and precision measuring tools; and how to select, use and maintain them safely and efficiently.

STORAGE TANKS

Duration: 1.5 hours

In Storage Tanks, you will learn about tank designs, including cone roof, floating roof, dome roof, and pressure vessels; fire protection and hazards, flammable vapor testing, auxiliary equipment, and environmental hazards.

INSPECTING AND MAINTAINING STORAGE TANKS

Duration: 2 hours

In Inspecting and Maintaining Storage Tanks, you will learn about storage tank inspection including visual inspection, non-destructive inspection, corrosion, internal coatings, tank inspection and repair, emissions, removing a tank from service, tank cleaning, silo maintenance and inspection, safety and regulations.

TANK ROOF INSPECTION

Duration: 1 hour

In Tank Roof Inspection, you will learn about the purpose, procedures, regulatory requirements and methods involved with tank roof inspections including visual inspection, non-destructive techniques, and safety precautions.

PURGING STORAGE TANKS

Duration: 45 minutes

In Purging Storage Tanks, you will learn about the purpose of purging, isolating the tank; the purging process, including water fill, air ventilation, inert gas fill, handling tanks containing sulfur or hydrogen sulfide, and atmospheric testing the tank interior.

ANALYZER SHELTERS

Duration: 1 hour

An analyzer shelter is designed to provide a safe and environmentally-controlled atmosphere for plant analyzers. In Analyzer Shelters, you will learn about enclosure and building (walk-in) types of shelters; analyzer shelter components and safety systems; and shelter troubleshooting.

ANALYZER SAMPLING AND CONDITIONING SYSTEM

Duration: 1 hour

In Analyzer and Conditioning Systems, technicians will learn about process sampling, sampling probes, sample transfer and return lines, and sampling time; factors affecting the sample conditioning system; and how to troubleshoot sampling and conditioning systems.

CHLORINE ANALYZERS

Duration: 1.5 hour

In Chlorine Analyzers, you will learn about colorimetric and amperometric chlorine analyzers, calibration, routine maintenance and troubleshooting.

DISSOLVED OXYGEN ANALYZERS

Duration: 1 hour

In Dissolved Oxygen Analyzers, you will learn about electrochemical and optical (luminescent) techniques for measuring the amount of dissolved oxygen in a process stream, and analyzer calibration and troubleshooting.

GAS CHROMATOGRAPHY

Duration: 3 hours

In Gas Chromatography, you will learn about gas chromatography separation techniques, chromatograms, components, calculating component concentration, calibration, and troubleshooting hardware and programming failures.

GAS DENSITY ANALYZERS

Duration: 1.5 hours

In Density Analyzers, you will learn about gas density analyzers, the Wobbe Index, and density measurement techniques, including vibrating cylinder and combustion calorimeter configurations; specific gravity analyzers; and calibrating and troubleshooting gas density analyzers.

MOISTURE ANALYZERS

Duration: 1 hour

In Moisture Analyzers, you will learn about dew point, moisture content, relative humidity, vapor pressure, partial pressure, types of sensors and their features; and how to calibrate and troubleshoot them.

MELTING FLOW RATE ANALYZERS

Duration: 1.5 hours

In Melting Flow Rate Analyzers, you will learn about weighted piston and pump type melting flow rate analyzers, calibration, and troubleshooting.

NUCLEAR RADIATION LEVEL MEASUREMENT

Duration: 1.5 hours

In Nuclear Radiation Level Measurement, you will learn nuclear radiation level detection, radioactive materials, sources, and types of detector devices; configuration, calibration, safety, and troubleshooting.

OXYGEN ANALYZER

Duration: 1.5 hours

In Oxygen Analyzer, you will learn about paramagnetic, thermoparamagnetic, and conductivity sensors, procedures for calibrating, and analyzer troubleshooting.

pH ANALYZERS

Duration: 1.5 hours

In pH Analyzers, you will learn about pH measurement indicators, probes, transmitters, and effects of process temperature; one- and two-point calibration, and pH analyzer troubleshooting.

PHOTOMETRIC ANALYZERS

Duration: 2 hours

In Photometric Analyzers, you will learn about energy absorption, photometric analyzer components, including sources, sample cells, wavelength selectors, detectors, electronics and output; different photometer configurations, and how to calibrate and troubleshoot photometric analyzers.

UNDERSTANDING pH MEASUREMENT

Duration: 1 hour

In Understanding pH Measurement, you will learn about pH, how it is measured with both Colormetric and pH meters, and how to calibrate a pH meter.

CONTROL SYSTEMS FOR TECHNICIANS - SCADA, DCS, and ESD

Duration: 2 hours

In Control Systems for Technicians - SCADA, DCS and ESD, you will learn about control systems and basic feedback control; distributed control systems (DCS), including field I/O, process controllers, communications, redundancy, and operations; supervisory control and data acquisition (SCADA) systems, including field I/O, master and remote stations, along with their associated software components; and Emergency Shutdown Systems (ESD).

NETWORK AND COMMUNICATION SYSTEMS

Duration: 1 hour

In Network and Communications, you will learn about communication networks, transmission modes, encoding, communication speeds, data error detection, common industrial communication standards and protocols, including HART, FOUNDATION Fieldbus, Mobus, and Profibus / PROFINET networks.

CONTROL LOOPS

Duration: 3 hours

In Control Loops, you will learn about control loops and controller action, including control types, controllers, variables, control modes; types of control schemes, including cascade, ratio, split range, feedforward, multivariable and adaptive control; and control loop tuning techniques.

PNEUMATIC CONTROL SYSTEMS

Duration: 1 hour

In Pneumatic Control Systems, you will learn about the fundamentals and basic components of a pneumatic control system including the flapper and nozzle mechanisms, booster relays, and pneumatic transmitters and controllers.

INTRODUCTION TO SUPERVISORY CONTROL AND DATA ACQUISITION (SCADA)

Duration: 45 minutes

In Introduction to SCADA Systems, you will learn about Supervisory Control and Data Acquisition (SCADA) and Distributed Control Systems (DCS). SCADA function and basic elements are described, including HMIs, PLCs, and RTUs, along with SCADA communications.

SCADA OPERATION

Duration: 1 hour

In SCADA Operation, you will learn about the SCADA system, function, and components, general operation and changing a setpoint. You will also learn about control room cold and warm start-ups, including cold start-up pre-checks and typical start-up screens. Control room facility shutdown is covered, with switch and display guidelines, and an extraction plant shutdown example. Finally, you will learn about control room emergency shutdown recovery.

SIMPLE CONTROL SYSTEMS (PLC)

Duration: 2 hours

In Simple Control Systems, you will learn about PLC fundamentals, including architecture, basic PLC control and programming, external functions and hardware; PLC maintenance, and general troubleshooting.

SAFETY IN INSTRUMENTATION AND CONTROL SYSTEMS

Duration: 3 hours

In Safety in Instrumentation and Control Systems, you will learn about emergency shutdown systems, standards, safety system technologies, SIS architecture; system integrity levels (SIL), equipment failure modes and analysis, SIS factors, and procedures for overriding ESD and SIL systems.

CUSTODY METERS

Duration: 2.5 hours

In Custody Meters, you will learn about custody transfer systems, types of meters and metering components, meter accuracy and standards, flow meter applications, meter proving; and calibrating and troubleshooting custody meters.

CONDUCTIVITY ANALYZERS

Duration: 1.5 hours

In Conductivity Analyzers, you will learn about inductive and contactive conductivity measurement, effect of temperature on conductivity; and conductivity analyzer operation, installation, calibration, and troubleshooting.

ELECTRICAL LEVEL MEASUREMENT

Duration: 1 hour

In Electrical Level Measurement, you will learn about resistance, conductance, and capacitance level measurement; capacitance level probes, and calibrating and troubleshooting electrical level measurements.

DIFFERENTIAL PRESSURE FLOW MEASUREMENT

Duration: 2.5 hours

In Differential Pressure Flow Measurement, you will learn about fluid flow, flow conditioners, flow measurement, Reynold's Number and flow equation factors; orifice plate construction, types, designs, pressure taps, removing orifices; other flow meters; differential pressure transmitters; and calibrating and troubleshooting differential pressure flow meters.

FLOW GAUGING (ROTAMETER)

Duration: 1 hour

In Flow Gauging (Rotameter), you will learn about measuring flow rate with a rotameter, glass, plastic, and metal types of rotameters, and fault conditions.

MASS FLOW MEASUREMENT

Duration: 1 hour

In Mass Flow Measurement you will learn about the features of coriolis and thermal mass meters, and how to calibrate and troubleshoot them.

VOLUMETRIC FLOW MEASUREMENT

Duration: 1.5 hours

In Volumetric Flow Measurement, you will learn about positive displacement and velocity flow meters, calibration, and troubleshooting.

HYDROSTATIC HEAD LEVEL MEASUREMENT

Duration: 1 hour

In Hydrostatic Head Level Measurement, you will learn about open and closed tank measurement, adjustments, zero suppression and zero elevation, dry and wet leg closed tank measurement.

HYDROSTATIC HEAD LEVEL MEASUREMENT - DEVICE TROUBLESHOOTING AND CALIBRATION

Duration: 1 hour

In Hydrostatic Head Level Measurement - Device Calibration and Measurement, you will learn about calibrating techniques and troubleshooting errors and faults for instruments and devices dealing with hydrostatic head level measurement.

MICROWAVE and LASER LEVEL MEASUREMENT

Duration: 1.5 hours

In Microwave and Laser Level Measurement, you will learn about guided wave and non-contacting wave level measurement, laser level measurement, calibration and troubleshooting.

POINT LEVEL SWITCHES

Duration: 1.5 hours

In Point Level Switches, you will learn about point and continuous level measurement; safety switch components, types of switches, including ball (float), displacer, vibrating point, ultrasonic, capacitance probe, conductive, and radiation or nuclear level switches; and how to calibrate and troubleshoot them.

SIGHT AND FLOAT GAUGING

Duration: 2 hours

In Sight and Float Gauging, you will learn about types of gauge glasses, magnetic level indicators, float and tape gauges; calibrating float and tape gauges; cleaning gauge glasses, and troubleshooting sight and float gauges.

TANK GAUGING SYSTEM

Duration: 1.5 hours

In Tank Gauging System, you will learn about manual and about tank gauging systems including the float and tape and displacer and servomotor methods of tank gauging; displacer installation, output signals, calibration, and troubleshooting.

ULTRASONIC LEVEL MEASUREMENT

Duration: 1 hour

In Ultrasonic Level Measurement, you will learn about ultrasonic waves, measurement, installation, non-invasive transducers, calibration, and troubleshooting.

DIFFERENTIAL PRESSURE FLOW MEASUREMENT

Duration: 2.5 hours

In Differential Pressure Flow Measurement, you will learn about fluid flow, flow conditioners, flow measurement, Reynold's Number and flow equation factors; orifice plate construction, types, designs, pressure taps, removing orifices; other flow meters; differential pressure transmitters; and calibrating and troubleshooting differential pressure flow meters.

FLOW GAUGING (ROTAMETER)

Duration: 1 hour

In Flow Gauging (Rotameter), you will learn about measuring flow rate with a rotameter, glass, plastic, and metal types of rotameters, and fault conditions.

MASS FLOW MEASUREMENT

Duration: 1 hour

In Mass Flow Measurement you will learn about the features of coriolis and thermal mass meters, and how to calibrate and troubleshoot them.

VOLUMETRIC FLOW MEASUREMENT

Duration: 1.5 hours

In Volumetric Flow Measurement, you will learn about positive displacement and velocity flow meters, calibration, and troubleshooting.

HYDROSTATIC HEAD LEVEL MEASUREMENT

Duration: 1 hour

In Hydrostatic Head Level Measurement, you will learn about open and closed tank measurement, adjustments, zero suppression and zero elevation, dry and wet leg closed tank measurement.

HYDROSTATIC HEAD LEVEL MEASUREMENT - DEVICE TROUBLESHOOTING AND CALIBRATION

Duration: 1 hour

In Hydrostatic Head Level Measurement - Device Calibration and Measurement, you will learn about calibrating techniques and troubleshooting errors and faults for instruments and devices dealing with hydrostatic head level measurement.

MICROWAVE and LASER LEVEL MEASUREMENT

Duration: 1.5 hours

In Microwave and Laser Level Measurement, you will learn about guided wave and non-contacting wave level measurement, laser level measurement, calibration and troubleshooting.

POINT LEVEL SWITCHES

Duration: 1.5 hours

In Point Level Switches, you will learn about point and continuous level measurement; safety switch components, types of switches, including ball (float), displacer, vibrating point, ultrasonic, capacitance probe, conductive, and radiation or nuclear level switches; and how to calibrate and troubleshoot them.

SIGHT AND FLOAT GAUGING

Duration: 2 hours

In Sight and Float Gauging, you will learn about types of gauge glasses, magnetic level indicators, float and tape gauges; calibrating float and tape gauges; cleaning gauge glasses, and troubleshooting sight and float gauges.

TANK GAUGING SYSTEM

Duration: 1.5 hours

In Tank Gauging System, you will learn about manual and about tank gauging systems including the float and tape and displacer and servomotor methods of tank gauging; displacer installation, output signals, calibration, and troubleshooting.

ULTRASONIC LEVEL MEASUREMENT

Duration: 1 hour

In Ultrasonic Level Measurement, you will learn about ultrasonic waves, measurement, installation, non-invasive transducers, calibration, and troubleshooting.

MEASUREMENT AND CALIBRATION BASICS

Duration: 2 hours

In Measurement and Calibration Basics, you will learn about measurement technology, including range, span, turndown ratio, accuracy, repeatability, linearity, resolution, hysteresis, error, measured and actual values; measurement devices, calibration terminology and equipment, and safety.

FUNDAMENTALS  - PRINCIPLES OF INSTRUMENT CALIBRATION

Duration: 30 minutes

In Fundamentals Principles of Instrument Calibration, you will learn about a general calibration procedure and terminology, calibration standards, and the zero, span, linearity and hysteresis calibration errors.

PRESSURE MEASUREMENT

Duration: 2 hours

In Pressure Measurement, you will learn about types of pressure, pressure and thermodynamics, primary elements, such as bourdon tubes, bellows, diaphragms, capsules, piezoelectric sensors, and strain gauges; pneumatic instruments, pressure regulators; and device installation, calibration, and troubleshooting.

TEMPERATURE MEASUREMENT

Duration: 2.5 hours

In Temperature Measurement, you will learn about heat transfer, and temperature sensing devices, including thermometers, bimetallic strips, filled thermal systems, RTDs and thermistors, thermocouples and thermowells; calibration procedures, and troubleshooting.

CONDITION MONITORING - COMPRESSORS

Duration: 1 hour

In Condition Monitoring - Compressors, you will learn about centrifugal, axial, reciprocating, and screw compressor monitoring.

CONDITION MONITORING - PUMPS

Duration: 1 hour

In Condition Monitoring - Pumps, you will learn about centrifugal and positive displacement pump detectable faults and allowable vibration.

CONDITION MONITORING - TURBINES, FANS, and BLOWERS

Duration: 1 hour

In Condition Monitoring - Turbines, Fans and Blowers, you will learn about turbine diagnostics, critical speeds, and vibration limits; common problems with fans and blowers.

CONDITION MONITORING - AGITATORS AND MIXERS

Duration: 30 minutes

In Condition Monitoring - Agitators and Mixes, you will learn about agitator and mixer detectable faults and common problems.

ROTATING EQUIPMENT CONDITION DIAGNOSIS

Duration: 5 hours

In Rotating Equipment Condition Diagnosis, you will learn about vibration theory, including harmonic motion, RMS vs. peak, time and frequency domain; FFT algorithms, frequency spans, spectrum, and measurement basics; accelerometers; vibration due to imbalance, misalignment, or looseness; gear problems; bearing failures; peak-vue analysis; severity charts and standards; oil analysis; and selecting measurement parameters to determine optimum maintenance intervals.

DYNAMIC COMPRESSORS: INTRODUCTION AND OPERATION

Duration: 4 hours

In Dynamic Compressors: Introduction and Operation, you will learn about energy and compression, centrifugal and axial compressors; compression ratio and capacity, head of compression, R, RPM, and horsepower.

DYNAMIC COMPRESSOR SYSTEMS, SEALS, and ROUTINE TASKS

Duration: 5 hours

In Dynamic Compressor Systems, Seals and Routine Tasks, you will learn about compressor construction, systems, bearings, balancing drums, seals and routine tasks including safe startup and shutdown.

DYNAMIC PUMPS

Duration: 5 hours

In Dynamic Pumps, you will learn about fluid flow, dynamic pump properties and applications; installing, removing, and maintaining dynamic pumps; types of seals and seal maintenance; performing a major pump overhaul, and troubleshooting.

FANS AND BLOWERS

Duration: 3 hours

In Fans and Blowers, you will learn about centrifugal, cross-flow, and axial flow fans, mechanical draft, positive displacement, and dynamic blowers; fan and blower system characteristics, and fan efficiency.

FANS AND BLOWERS MAINTENANCE

Duration: 2 hours

In Fans and Blowers Maintenance, you will learn about performing routine and extended maintenance on fans and blowers, including belt, bearing, fan, motor, and other component inspections; fan and blower installation and removal; and assessment and troubleshooting.

GAS TURBINES FOR TECHNICIANS

Duration: 5 hours

In Gas Turbines for Technicians, you will learn about gas turbine classification, operation, components, and applications; routine and extended maintenance; and gas turbine troubleshooting, including lubrication, vibration, and efficiency problems.

SPARK PLUGS

Duration: 1 hour

In Spark Plugs, you will about learn the purpose, design characteristics and selection criteria of spark plugs; common failure causes; typical removal and installation procedures.

MIXERS and BLENDERS

Duration: 1 hour

In Mixers and Blenders, you will learn about the difference between liquid and solid blending; solids mixing, including convective, shear, and diffusive mixing; fluids mixing, including bulk transport, molecular diffusion, and turbulent and laminar mixing; semi-solid mixing; advantages and disadvantages of batch and continuous mixing; types of mixing equipment, including blenders, agitators, and heavy duty mixers.

Positive Displacement Pumps for Technicians

Duration: 3 hours

In Positive Displacement Pumps for Technicians, you will learn about pump classification, drives, pump installation and removal, routine maintenance, and troubleshooting.

Reciprocating Compressors

Duration: 5 hours

In Reciprocating Compressors, you will learn about positive displacement (PD) compressor performance, stages, and construction, lubricated compressors and labyrinth pistons; compression cycle and compression ratio, P-V diagrams, double-acting cylinders; capacity control; cylinder arrangement and components; lubrication and cylinder cooling systems; installing and maintaining reciprocating compressors; preventive maintenance, and troubleshooting.

Reports and Communication

Duration: 1 hour

In Reports and Communication, you will learn about giving oral reports, including preparation, delivery, visual aids, and handouts; how to structure technical reports; and how to update and mark up diagrams and schematics.

ENGINEERING DRAWINGS and SYMBOLS

Duration: 30 minutes

In Engineering Drawings and Symbols, you will learn about the different types of engineering drawings, different drawing formats used in creating engineering drawings, the different areas of the drawing, the types of symbols used.

EI&A FIELD AWARENESS

Duration: 4 hours

In EI&A Field Awareness, you will learn about electrical power systems, emergency power systems, AC and DC UPS; cathodic protection, heat tracing, lighting and grounding systems; types of instrumentation systems; types of analyzer systems, and hazard awareness.

HAZARDOUS AREA and PROTECTION CLASSIFICATIONS FOR TECHNICIANS

Duration: 2 hours

In Hazardous Area and Protection Classifications, you will learn about hazardous areas, the combustion triangle, determining area classifications; IEC and NA protection classifications; and IP and NEMA equipment protection codes.

EXTRUDER EQUIPMENT

Duration: 1.5 hours

In Extruder Equipment, you will learn about types of extruders, sections, components, and lubrication systems; safety and utilities; extruder operation, and building vacuum system.

EXTRUDER EQUIPMENT MAINTENANCE

Duration: 4 hours

In Extruder Equipment Maintenance, you will learn about extruder maintenance, including dismantling and installing parts, inspection scheduling, and maintenance hazards; routine and extended maintenance checks, overhaul and replacement scheduling; and troubleshooting, including bearings and mixers.

GALA PELLET DRYER FOR TECHNICIANS

Duration: 2.5 hours

In Gala Pellet Dryers, you will learn about the pellet dryer process, lubrication, cleaning, inspection, and routine and extended maintenance, part replacement, and troubleshooting.

REACTORS

Duration: 1.5 hours

In Reactors, you will learn about reactor classification, preventative and routine maintenance, including external and internal inspections, EFS assessment for corrosion; enhanced inspection methods and repairs; and reactor troubleshooting.

REGENERATIVE THERMAL OXIDIZER

Duration: 2 hours

In Regenerative Thermal Oxidizers, you will learn about waste gas treatment processes, oxidizer components, safety precautions, routine maintenance and troubleshooting.

ROTARY FEEDER MAINTENANCE

Duration: 1.5 hours

In Rotary Feeder Maintenance, you will learn about routine and extended maintenance, rotary feed installation and removal; equipment faults, possible causes, and corrective measures.

STEAM BOILERS

Duration: 2.5 hours

In Steam Boilers, you will learn about steam boiler operation and classification, routine and extended maintenance, troubleshooting and causes of corrosion failure.

COLUMNS and PROCESS VESSELS

Duration: 3 hours

In Columns & Process Vessels, you will learn about components and functions of process vessels; regulations and standards for performing inspections, internal and external inspections; and packed and tray tower internal and external repairs and maintenance.

HEAT EXCHANGERS FOR TECHNICIANS

Duration: 3 hours

In Heat Exchangers for Technicians, you will learn about types and functions of heat exchangers, contaminants, cleaning requirements, testing and repairs.

SHELL AND TUBE HEAT EXCHANGERS

Duration: 3 hours

In Shell and Tube Heat Exchangers, you will learn about shell and tube components, exchanger operation and flow paths; cleaning procedures and requirements; contaminants, testing and repairs.

STEAM TURBINE CONTROLS

Duration: 2 hours

In Steam Turbine Controls, you will learn about steam turbine characteristics, including turbine stages, blade design, and steam flow direction; controls; types and characteristics of governors; controllers, including startup control, speed, frequency, and load, and shutdown control; and calibrating and troubleshooting steam turbine controls.

STEAM TURBINES FOR TECHNICIANS

Duration: 3 hours

In Steam Turbines for Technicians, you will learn about steam turbine operation, components, and classification; routine and extended maintenance, including inspection, lube oil, bearing, and steam system checks, and troubleshooting.

ACTUATORS

Duration: 3 hours

In Actuators, you will learn about different types of actuators, including electric, hydraulic, electro-hydraulic, pneumatic piston, and spring and diaphragm actuators; control valve action (rotary and sliding stem, direct and reverse acting); and actuator calibration and troubleshooting.

ROTARY STEM VALVES FOR TECHNICIANS

Duration: 2 hours

In Rotary Stem Valves, you will learn about the main types of rotary stem valves, including ball, butterfly, rotating disc, and rotating plug valves; actuators, valve selection considerations; and calibrating and troubleshooting rotary stem valves.

SPECIAL VALVES

Duration: 1 hour

In Special Valves, you will learn about high pressure steam turbine bypass valves, steam conditioning valves, high pressure startup bypass valves, noise abatement valves, and how to calibrate and maintain them.

SLIDING STEM VALVES FOR TECHNICIANS

Duration: 3 hours

In Sliding Stem Valves, you will learn about types of control valves, components, accessories, and selecting, maintaining, and troubleshooting sliding stem valves.

VALVE DESIGN AND CHARACTERISTICS

Duration: 1.5 hours

In Valve Design and Characteristics, you will learn about fluid flow in pipes, selecting a valve, valve body materials, mounting styles, sizing, cavitation, flashing, noise, and flow characteristics.

VALVE ACCESSORIES

Duration: 2 hours

In Valve Accessories, you will learn about valve accessories, including hand wheels, manual levers and loading stations, transducers, air sets, volume boosters, fail-safe systems, limit switches, and positioners; and calibrating and troubleshooting valve accessories.

VALVES INSPECTION, TESTING, and REPAIR

Duration: 3 hours

In Valves Inspection, Testing and Repair, you will learn about types of valves, valve components, specifications and standards; visual inspection, repairs and maintenance, removing and installing valves, and pressure testing.

INTRODUCTION TO AUXILIARY BOILER SYSTEMS

Duration: 1 hour

In Introduction to Auxiliary Boiler Systems, you will learn about the purpose of an auxiliary boiler system, the different classifications, common boiler accessary equipment, heat recovery equipment, the burner management system, and the operating limits on the typical auxiliary package boiler.

AMBIENT and PROCESS CHILLERS

Duration: 1 hour

In Chillers, you will learn about process and ambient chillers along with routine maintenance activities for each.

UTILITY and INSTRUMENT AIR SYSTEMS

Duration: 1.5 hours

In Utility and Instrument Air Systems, you will learn about compressed air systems, components, piping configuration, methods of moisture removal, and the hazards and risks associated with them.

COMPRESSED AIR DRYERS

Duration: 1 hour

In this course, you will learn the purpose and operational theory behind the more common types of air dryers including regenerative, absorption, refrigeration and mechanical dryers, and how they fit into a compressed air system.

EI&A FIELD AWARENESS

Duration: 2 hours

In Pneumatic Systems, you will learn about pneumatic system components, common pneumatic valves; working safely with pneumatic systems; schematics and troubleshooting; and removing and installing components.

COOLING TOWERS FOR TECHNICIANS

Duration: 5 hours

In Cooling Towers for Technicians, you will learn about natural draft, louver covered natural draft, mechanical draft, and induced draft types of cooling towers, components, classification and modes of operation; maintaining water and filtration systems, fan and drive systems, heat transfer surfaces, fill pack, drift eliminator, and air inlet louver maintenance, and cooling tower troubleshooting.

INDUSTRIAL ELEVATORS

Duration: 2 hours

In Industrial Elevators, you will learn about industrial elevator components, safety codes, classifications, differences between freight and passenger elevators; elevator safety, drop and load tests, maintenance; and problem troubleshooting.

FIRE DETECTION

Duration: 2 hours

In Fire Detection, you will learn about fire detection systems, including heat, smoke, and flame detectors; hydrocarbon emissions, UV/IR sensors and how to calibrate and troubleshoot these systems.

FLAME SCANNING DEVICES

Duration: 2 hours

In Principles of Flame Scanning Devices, you will learn about flame scanning devices, features, and how they operate; calibration, false alarms, proper installation and detection range, the square law, and testing; and maintaining and troubleshooting fire eye flame scanners.

GAS DETECTION

Duration: 1.5 hours

In Gas Detection, you will learn about gas terminology, combustible gas detection, sensor types and features; detector and sensor calibration and troubleshooting.

FIRE PROTECTION SYSTEMS

Duration: 6 hours

In Fire Protection Systems, you will learn how about fire protection system components, fire pump types, operation, and maintenance; gas detector system types and sensors; Fire/gas detection system types, control, and operation; fire/gas protection systems, extinguishers, and maintenance, and fire/gas panels and maintenance.

DIESEL ENGINE GENERATORS

Duration: 2 hours

In Diesel Engine Generator, you will learn about how diesel engine generators work; their main components, including cooling, exhaust, and lubricating systems, engine, battery charger, control panel and main assembly frame; and how to maintain and inspect diesel engines, including general maintenance checks, procedures, and troubleshooting.

EMERGENCY POWER SYSTEMS

Duration: 1 hour

In this course, you will learn about emergency power systems and how they compare to standby power systems including power requirements according to international standards; the typical emergency backup system, configuration, and components; and the different types of UPS systems.

EMERGENCY BACKUP

Duration: 1.5 hours

In Emergency Backup, you will learn about emergency power systems, emergency and diesel generator power, critical and essential loads, uninterruptible power supplies (UPS), and standby generator maintenance.

ELECTRICAL HEAT TRACING

Duration: 4 hours

In Electrical Heat Tracing, you will learn about electrical heat tracing advantages and disadvantages; types of heat tracing, including steam tracing, mineral and silicone insulated, constant wattage, power-limiting, SECT, self regulating polymer, induction heating, and blanket electric heaters; heat tracing applications and precautions; installation and monitoring; maintenance and troubleshooting.

HVAC FUNDAMENTALS

Duration: 1 hour

In HVAC Fundamentals, you will learn about the fundamentals of heating, ventilation and air conditioning systems including the types of heat transfer, HVAC system components, HVAC system operation, and the vapor compression and refrigeration cycle.

MAINTAINING HVAC SYSTEMS

Duration: 4 hours

In Maintaining HVAC Systems, you will learn about the vapor compression cycle, HVAC components, window and package air conditioning unit maintenance; common mechanical faults and component malfunction troubleshooting.

HYDRAULIC SYSTEMS

Duration: 4 hours

In Hydraulic Systems, you will learn about hydraulic principles, pressure and flow, hydraulic components; controlling direction, speed, and pressure; hydraulic safety; nitrogen accumulators, maintaining hydraulic systems, storage and handling; hydraulic symbols and schematics, and troubleshooting.

LIQUID NITROGEN STORAGE SYSTEMS

Duration: 45 minutes

In Liquid Nitrogen Storage Systems, you will learn about the properties and characteristics of nitrogen, the major health hazards and precautions for handling, common industry applications for nitrogen, and the major system equipment in a liquid nitrogen storage system.

RADIO and COMMUNICATION SYSTEMS

Duration: 5 hours

In Radio and Communication Systems, you will learn about wired communication systems; intercom and public address systems and maintenance; conventional radio systems, including scanning, simplex and duplex channels, trunked systems, and radio system equipment; paging systems; and TETRA radio systems.

PLANT LIGHTING

Duration: 2.5 hours

In Plant Lighting, you will learn about rated life and efficiency of plant lighting; equipment protection ratings; types of lighting, including incandescent, fluorescent, high intensity discharge and LED lamps, and lighting system maintenance.

FORKLIFTS

Duration: 1 hour

In Forklifts, you will learn about basic principles of forklift operation, applications, pallets and stillages, palletless handling, hydraulically powered fork options, telescopic handlers, inspection and certification.

PRESSURE RELIEF SAFETY DEVICES

Duration: 30 minutes

In Pressure Relief Safety Devices, you will learn about the purpose of pressure relief safety devices, common types including conventional relief valve, balanced relief valve, pilot operated relief valve and rupture disk; the difference between a full lift, high lift, or low lift pressure relieving safety device, internal material options for the different service conditions and major factors involved in the selection of a pressure relieving safety device.

SECURITY SYSTEMS

Duration: 5 hours

In Security Systems, you will learn about various security systems, sensor types, control methods; hydraulic bollard systems and road blockers, including construction and maintenance; rising arm and sliding gate barriers; turnstiles, card readers and access control; SabreFonic and microwave fence detection systems and repair and maintenance.

STEAM CONDENSATE HAZARDS AND REMOVAL

Duration: 30 minutes

In Steam Condensate Hazards and Removal, you will learn steam condensate and the risks associated with its presence in a steam system including the formation of condensation and how various types of steam traps are used for steam condensate removal.

STEAM TRAPS

Duration: 3 hours

In Steam Traps, you will learn about the purpose, types and classifications of steam traps, how to perform routine and extended maintenance, and how to troubleshoot and test steam traps.

VENT SYSTEM and RUNDOWN SYSTEM

Duration: 2.5 hours

In Vent and Rundown System, you will learn about vent stacks and rundown vessels, including vertical and horizontal flash tank operation; internal and external inspections; maintaining stacks and rundown vessels, and packed tower repairs.

LAYDOWN YARDS and AREA MANAGEMENT

Duration: 3.5 hours

In Laydown Yards and Area Management, you will learn about identifying and establishing laydown yards, controls and security, and preventive maintenance; scrap yard management, engineering controls, site layout, and contamination control; lubricant storage and spill prevention and recovery; maintenance related buildings, managing resources, and compliance and auditing.

FUNDAMENTALS OF DEMINERALIZED WATER TREATMENT SYSTEMS

Duration: 45 minutes

In this course, you will learn about the fundamentals of demineralized water treatment systems including the need for boiler water treatment, reverse osmosis process and ion exchange cycle operation, regeneration, mixed bed polishing, and selective ion exchange.

POTABLE WATER TREATMENT SYSTEM

Duration: 1 hour

In Potable Water Treatment Systems, you will learn about the need for potable water treatment, types of water contamination, potable water treatment process, water disinfection, and reverse osmosis.

FUNDAMENTALS OF REVERSE OSMOSIS SYSTEMS

Duration: 1 hour

In Fundamentals of Reverse Osmosis systems, you will learn about the reverse osmosis process,the differences between natural and reverse osmosis, pre-treatment options and system maintenance.

WEIGH BRIDGES, DOCKS LEVELERS, and SCALES

Duration: 1 hour

In Weighbridges, Dock Levelers and Scales, you will learn about the purpose of weighbridges, dock levelers, and scales, and how to maintain and troubleshoot them.

WEIGHING DEVICES

Duration: 2 hours

In Weighing Devices, you will learn about weighing terminology, types of load cells, sensors, and feeders; truck and rail scales; calibrating weighing devices; and troubleshooting strain gages, load cell electrical problems, and instrumentation and communications problems.

• Drilling Operations and Systems
• Exploration Rights and Surface/Subsurface Technologies
• Fundamentals of Refining
• Gas Processing Overview
• Hydrocarbon Recovery
• Introduction to Solvents
• Introduction to the Petrochemical Industry
• Modern Oil and Gas Industry
• Overview of the Midstream Industry Segment
• Petroleum Geology
• Petroleum Reservoirs
• Pipelines and Storage Systems
• Production Technology: Flowing Wells and Artificial Lift
• Reservoir Fluids
• Steam Cracking
• Surface Processing of Produced Fluids
• The E&P Asset Life Cycle
• Well Completion and Stimulation

• AC Motors for Operators
• Air Compressors
• Centrifugal Compressors: Introduction
• Centrifugal Compressors: Construction and Operation
• Centrifugal Pumps: Equipment and Operation
• Centrifugal Pumps: Introduction
• Combustion Gas Turbines: Equipment and Operation
• Combustion Gas Turbines: Introduction
• Condensers
• Couplings, Gear Trains, and V-Belts: Gear Trains and V-Belt Drives
• Couplings, Gear Trains, and V-Belts: Machine Connections and Couplings
• Electrical Fundamentals
• Electrical System Basics and Diagrams
• Heat Exchangers: Introduction
• Heat Exchangers: Operations and Maintenance
• Hydrocarbon Chemistry 101
• Instrumentation: Analyzers and Inferentials
• Instrumentation: Measuring Liquid Level
• Instrumentation: Measuring Pressure
• Instrumentation: Measuring Temperature
• Instrumentation: Process and Instrumentation Drawings
• Instrumentation: Regulatory Control
• Instrumentation: Fundamentals of Control
• Instrumentation: Measuring Flow
• Internal Combustion Engines: Introduction
• Internal Combustion Engines: Operating Techniques
• Introduction To Compression
• Introduction to Dynamic Pumps
• Job Hazard Analysis and Stop Work Authority
• Leak Detection and Repair
• Lubrication Concepts
• Mechanics of Fluids: Fluids in Motion
• Mechanics of Fluids: Introduction to Process Fluids
• Mechanics of Fluids: Static Pressure and Head
• Mechanics of Fluids: Units of Fluid Measurement
• Mechanics of Fluids: Behavior of Gases
• Nature of Heat: Fuels and Combustion
• Nature of Heat: Heat and Temperature
• Nature of Heat: Heat Exchange Equipment
• Nature of Heat: Heat Transfer
• Plant Radio Communication
• Positive Displacement Compressors: Construction and Operation
• Positive Displacement Compressors: Introduction

• Electrical Centrifugal Subsurface Pumps: Equipment
• Electrical Centrifugal Subsurface Pumps: Ammeter Recording and Charts
• Electrical Fundamentals
• Flowing Wells: Chokes
• Flowing Wells: Introduction to Pressure and Flow
• Flowing Wells: Operating Flowing Wells
• Flowing Wells: Packers and Valves
• Flowing Wells: The Wellhead, Wellbore, and Christmas Tree
• Flowing Wells: Pressure and Flow in Producing Wells
• Fundamentals of Fluids for Production Operations: Fluid Behavior
• Fundamentals of Fluids for Production Operations: Gases and Static Pressure
• Gas Lift: Equipment
• Gas Lift: Fundamentals
• Gas Lift: Operating Techniques
• Gas Measurement: Electronic Flow Measurement
• Gas Measurement: Equipment and Calculations
• Gas Measurement: Fundamentals
• Gas Measurement: Orifice Flow Calculations
• Gas Measurement: Orifice Meters
• Gas Measurement: Witnessing
• Glycol Dehydration
• Heater Treaters: Fundamentals
• Heater Treaters: Types and Operation
• Hydraulic Subsurface Pumping Systems: Downhole Pumps and Engines
• Hydraulic Subsurface Pumping Systems: Installation and Testing
• Hydraulic Subsurface Pumping Systems: Pump Performance
• Hydraulic Subsurface Pumping Systems: Surface and Tubing Equipment
• Introduction to Service Rig Operations
• Lease Automatic Custody Transfer (LACT)
• Lease Instrumentation: Control Equipment
• Lease Instrumentation: Final Control Devices
• Lease Instrumentation: Sensing and Measuring Equipment
• Oil and Gas Production Overview
• Oil and Gas Reservoirs: Barriers and Traps
• Oil and Gas Reservoirs: Fundamentals
• Oil and Gas Separators
• Oil Field Corrosion
• Oil Field Electricity: Conservation and Classification
• Oil Field Electricity: Electrified Equipment
• Oil Field Electricity: Fundamentals
• Oil Field Electricity: Offshore Oil Field Electricity
• Oil Well Performance and Surveillance: Equipment
• Oil Well Performance and Surveillance: Fundamentals
• Oil Well Performance and Surveillance: Testing
• Plate Tectonics
• Process Component Safety Analysis and System Testing
• Production Facility Gas Processing
• Production Safety Equipment and Support Systems
• Production Safety Systems Regulations and Device Identification
• Reducing Marine Trash and Debris
• Safety Device Operation
• SEMS Standard and Requirements
• Testing and Setting Safety Devices
• Vapor Recovery Systems
• Water Treatment and Disposal: Facilities and Testing
• Water Treatment and Disposal: Fundamentals
• Water Treatment and Disposal: Processes and Equipment
• Well Control and Production Safety Regulations
• Well Pumping: Introduction to Sucker-Rod Systems
• Well Pumping: Operating Sucker-Rods
• Well Pumping: Sucker-Rod Pump Performance
• Well Pumping: Sucker-Rod Surface Equipment
• Well Pumping: Sucker-Rod Systems
• Wireline and Sonar Well Operations

• Basic Core Analysis
• Coring and Core Preservation
• Drilling Fundamentals: Part 1
• Drilling Fundamentals: Part 2
• Introduction to Artificial Lift
• Introduction to Hydraulic Fracturing
• Offshore Systems
• Plate Tectonics
• Porosity
• Special Core Analysis
• Subsea Systems
• Well Completion and Stimulation Fundamentals
• Well Stimulation Methods
• Wellhead Components

• Catalytic Reforming
• Cleaning Activities
• Cooling Towers: Introduction
• Cooling Towers: Water Conditioning
• Corrosion Control
• Cost Reduction for Operators
• Fire Fighting: Extinguishing Agents
• Fire Fighting: Fuels and Combustion
• Fire Fighting: Portable Fire Extinguishers and Foams
• Fire Fighting: Strategies
• Fire Fighting: Tactics
• Fired Heaters: Equipment and Design
• Fired Heaters: Operating Techniques
• Flange Piping
• Fluid Catalytic Cracking
• Furnace Operations: Working With Furnaces
• Introduction to Furnace Operations
• Performing Skills Assessment
• Pipe Fitting Basics
• Practical Distillation: Abnormal Operations
• Practical Distillation: Behavior of Hydrocarbons
• Practical Distillation: Fractionating Equipment
• Practical Distillation: Normal Operations
• Practical Distillation: Operating Procedures
• Practical Distillation: Principles and Practices
• Practical Distillation: Concepts and Quality
• Process Control Tests
• Process Operator Responsiblities
• Process Plant Chemistry
• Safe Laboratory Operations
• Safe Tank Cleaning: Cleaning the Tank
• Safe Tank Cleaning: Gas-Freeing
• Safe Tank Cleaning: Hazardous Materials
• Safe Tank Cleaning: Preparing for Cleaning
• Small Threaded Pipe
• Statistical Process Control
• Tubing
• Valve Maintenance
• Wastewater Treatment: Biological Treatment Process
• Wastewater Treatment: Preliminary Treatment
• Wastewater Treatment: Process Control
• Wastewater Treatment: Testing and Troubleshooting

• Actuators
• Ambient and Process Chillers
• Analyzer Sampling and Conditioning System
• Analyzer Shelters
• Arc Flash Causes and Mitigation
• Basic Electronics
• Batteries
• Bearings
• Blinding and De-blinding
• Cable Duct Banks and Trays
• Capacitor Banks
• Cathodic Protection Systems
• Chlorine Analyzers
• Circuit Breakers
• Columns and Process Vessels
• Compressed Air Dryers
• Condition Monitoring - Agitators and Mixers
• Condition Monitoring - Balancing
• Condition Monitoring - Compressors
• Condition Monitoring - Electrical Motors
• Condition Monitoring - General
• Condition Monitoring - Pumps
• Condition Monitoring - Turbines, Fans and Blowers
• Conductivity Analyzers
• Control Loops
• Control Systems - SCADA, DCS and ESD
• Cooling Towers for Technicians
• Corrosion in Metal
• Custody Meters
• Diesel Engine Generators
• Differential Pressure Flow Measurement
• Dissolved Oxygen Analyzers
• Drive Couplings
• Dust and Coalescer Filters
• Dynamic Compressor Systems, Seals and Routine Tasks
• Dynamic Compressors: Introduction and Operation
• Dynamic Pumps
• EI&A Field Awareness
• Electrical Cables
• Electrical Documentation
• Electrical Heat Tracing
• Electrical Level Measurement
• Electrical Motor Properties, Troubleshooting and Maintenance
• Electrician's Tools and Test Equipment
• Emergency Backup
• Emergency Power Systems
• Engineering Drawings and Symbols
• Extruder Equipment
• Extruder Equipment Maintenance
• Fans and Blowers
• Fans and Blowers Maintenance
• Fasteners
• Fault Diagnosis, Troubleshooting and Machine Inspections
• Fiber Optic Cable
• Filters and Strainers
• Fire Detection
• Fire Protection Systems
• Flame Scanning Devices
• Flow Gauging (Rotameter)
• Forklifts
• Fundamentals of Condition and Predictive Monitoring
• Fundamentals of Demineralized Water Treatment Systems
• Fundamentals of Reverse Osmosis Systems
• Fundamentals of Vibration Measurement
• Fundamentals Principles of Instrument Calibration 
• Gala Pellet Dryer for Technicians
• Gas Chromatography
• Gas Density Analyzers
• Gas Detection
• Gas Insulated Substations (GIS) and Sulfur Hexafluoride (SF6)
• Gas Turbines for Technicians
• Gaskets and Packing
• Gears
• Grounding
• Hand and Power Tools for Technicians
• Hazardous Area and Protection Classifications
• Heat Exchangers for Technicians
• High Voltage Gas Insulated Switchgear (GIS)
• High Voltage Substation Switchgear
• HVAC Fundamentals
• Hydraulic Systems
• Hydrostatic Head Level Measurement
• Hydrostatic Head Level Measurement - Device Troubleshooting and Calibration
• Hyper Compressor
• Industrial Elevators
• Insulation and Thermal Protection
• Introduction to AC/DC Electrical Motors for Technicians
• Introduction to Auxiliary Boiler Systems
• Introduction to Supervisory Control and Date Acquisition (SCADA)
• Laydown Yards and Area Management
• Leak Detection in Refrigeration Lines
• Lightning Arrester
• Liquid Nitrogen Storage Systems
• Low Voltage Substation Switchgear
• Lubrication Systems, Classifications and Applications
• LV Intelligent Switchgear
• Machine Alignment
• Maintaining HVAC Systems
• Maintaining Storage Tanks
• Maintenance Fundamentals
• Manuals and Drawings
• Mass Flow Measurement
• Measurement and Calibration Basics
• Measuring Tools
• Mechanical Hoses
• Medium Voltage Substation Switchgear
• Medium Voltage Vacuum Contactors
• Melting Flow Rate Analyzers
• Microwave and Laser Level Measurement
• Mixers and Blenders
• Moisture Analyzers
• Motor Signature Analysis (MCE)
• Network and Communication Systems
• Nuclear Radiation Level Measurement
• Oxygen Analyzer
• Pelletizers
• pH Analyzers
• Photometric Analyzers
• Pipe Supports
• Pipes and Fittings
• Planned, Corrective, and Breakdown Maintenance
• Plant Lighting
• Pneumatic Control Systems
• Pneumatic Systems
• Pneumatic Tubing and Fittings
• Point Level Switches
• Positive Displacement Pumps for Technicians
• Potable Water Treatment System
• Power and Distribution Transformers
• Power Cables
• Pressure Measurement
• Pressure Relief Safety Devices
• Preventative Maintenance Plans
• Protective Relays
• Purging Storage Tanks
• Radio and Communication Systems
• Reactors
• Reciprocating Compressors
• Regenerative Thermal Oxidizer
• Reports and Communication
• Rotary Feeder
• Rotary Stem Valves for Technicians
• Rotating Equipment Condition Diagnosis
• Safety in Instrumentation and Control Systems
• SCADA Operation
• Sealing Devices (Gaskets)
• Security Systems
• Shell and Tube Heat Exchangers
• Sight and Float Gauging
• Simple Control System (PLC)
• Sliding Stem Valves for Technicians
• Spark Plugs
• Special Valves
• Steam Boilers
• Steam Condensate Hazards and Removal
• Steam Traps
• Steam Turbine Controls
• Steam Turbines for Technicians
• Storage Tanks
• Structural Safety
• Tank Gauging System
• Tank Roof Inspection
• Temperature Measurement
• Transformer Maintenance
• Ultrasonic Level Measurement
• Understanding pH Measurement
• Uninterruptible Power Supply
• Utility and Instrument Air Systems
• Valve Accessories
• Valve Design and Characteristics
• Valves Inspection, Testing and Repair
• Variable Speed and Frequency Drives (VFD/VSD)
• Vent System and Rundown System
• Volumetric Flow Measurement
• Water Softening Systems
• Weigh Bridges, Docks Levelers & Scales
• Weighing Devices
• Workshop Tools and Equipment

• Amine Sweetening Process
• Fractionation in Gas Processing
• Gas Processing Hazards
• Gas Processing Thermodynamics
• Hydrocarbon Phase Behavior and Vapor-Liquid Equilibrium
• Introduction to Gas Processing for Operations
• Molecular Sieve Dehydration
• Solid Bed Adsorption and TEG Dehydration
• Turboexpander Gas Processing Plant

• Atmospheric and Pressure Storage Tanks
• Automated Control Applications
• Chemical Injection Systems
• Coalescing Filters
• Condensate Stabilization System
• Dewpoint Testing/Requirements
• Electrical Load Centers and Panelboards 
• Electrical System Basics and Diagrams
• Electrical System Protection
• Flare System Fundamentals
• Flare System Hazards and Ignition
• Flare System Purging Startup and Shutdown
• Flowing Pipeline Hydraulics
• Fractional Distillation Process Fundamentals
• Fundamentals of Hazardous Area Classifications 
• Gas Compressor Performance
• Glycol Dehydration Equipment and Operation
• Glycol Injection System Operation
• Glycol Sampling and Testing
• Heat Medium and Hot Oil Systems
• Heat Medium System Operation
• High Pressure Gas Sampling
• High Pressure Liquid Sampling
• Hydrates
• Introduction to Computerized Control Systems
• Introduction to Gas Chromatography
• Introduction to Measurement: Density, Moisture, pH, and Conductivity
• Introduction to Measurement: Level and Flow
• Introduction to Measurement: Temperature and Pressure
• Introduction to Pigging
• Introduction to Pipeline Hydrocarbons
• Introduction to Pipeline Systems
• ISO Truck Tank Construction and Inspection
• Liquid Storage Systems
• Manifold Systems Overview
• Measurement Basics and Standards
• Mercaptan Odorizing Systems
• Methanol Injection
• Motor Control Centers (MCCs) 
• Natural Gas Liquids (NGL) Truck Offloading
• Non-Destructive Examination (NDE)
• Operating Hydrogen Sulfide (H2S) Tube Samplers
• Pentane (C5)+ Truck Loading
• Pig Launching and Receiving
• Pipeline Batching
• Pipeline Bridge Systems
• Pipeline Commissioning
• Pipeline Crossings
• Pipeline Flow Characteristics and Static Pipeline Hydraulics
• Pipeline Hydrocarbon Measurement and Testing
• Pipeline In-Line Inspection Tools
• Pipeline Input/Feed and Export Systems
• Pipeline Isolation
• Pipeline Purging with Nitrogen
• Process Control Strategies
• Produced Water Treatment
• Propane and Butane Truck Loading
• Propane Refrigeration Units and Low Temperature Separators (LTS)
• Pumping Out Flare Knockout Drums
• Rail Car Inspection
• Rail Car Loading and Offloading
• Rail Car Sampling and Composition Testing
• Recycle Compressor Operation
• Reflux in Fractionation Operations
• Remote Pipeline Startup and Shutdown
• Roto-Launch Automatic Multiple Pig Launcher
• Sales Gas Compressor Operation
• Sales Gas Compressor Types, Use and Limitations
• Sales Gas Filter Replacement
• Salt Caverns and Underground Storage
• Screw Compressor Components and Auxiliary Equipment
• Solid Desiccants
• Tank Isolation
• Tank Venting Systems
• Testing Composition of Offloading Truck NGLs
• Tower Fouling and Corrosion Cleaning
• Turbidity Measurement
• Two Phase and Three Phase Separators
• Underground Storage Tank Inspection and Monitoring
• Water Removal from a Storage Tank Bottom

Process Safety in Operations:

• Audits and Key Performance Indicators
• Emergency Response and Incident Investigation 
• Hazards
• Introduction
• Management of Change
• Projects, Construction and Operations
• Risk Management

• Gasoline Blending Operations
• Refinery Process Overview:
  • Catalytic Reforming
  • Fluid Catalytic Cracking
  • Gasoline Blending
  • Introduction
  • Refinery Process Hazards
  • Crude Distillation
• Solvent Deasphalting
  • Introduction
  • Analytical Methods and Sample Frequency
  • Primary Equipment
  • Process Operations
  • Process Variables
  • Unit Hazards
• Sulfur Recovery and Tail Gas Processing Overview
• Sulfuric Acid Plant:
  • Auxiliary Equipment
  • Introduction and Process Overview
  • Primary Equipment
  • Process Safety
• SYDEC Delayed Coking Process:
  • Overview
  • Auxiliary Equipment
  • Consequences of Deviation
  • Operations
  • Primary Equipment
  • Process Hazards
• Turnaround Operations

• Access to Medical Records
• Accident Control Techniques: Introduction
• Accident Control Techniques: Safe Work Practices
• American Chemistry Council: Responsible Care
• Asbestos
• Assessing Occupational Exposure
• Benzene
• Combustible Dust Hazards
• Confined Space Entry
• DOT Drug and Alcohol Testing
• DOT Hazardous Materials Employee Safety
• DOT Hazardous Materials General Awareness
• DOT Hazardous Materials Transportation Security Awareness
• Driving Safety
• EHS Regulatory Overview
• Electrical Safety for Qualified Employees
• Electrical Safety for Unqualified Employees
• Emergency Action Plans, Alarm Systems, and Fire Prevention Plans
• Environmental Awareness
• Excavation and Trenching
• Excavation and Trenching for Operations Personnel
• Explosive and Flammable Chemicals
• Export Compliance and Global Trade Guidelines
• Eye and Face Protection
• Eye Wash and Safety Showers
• Fall Prevention
• First Aid Procedures
• Forklifts and Powered Industrial Trucks
• Hand and Power Tool Safety
• Hand Safety
• Hazard Communication
• Hazards of Naturally Occurring Radioactive Materials (NORM)
• Hazwoper: Awareness
• Hazwoper: Operations
• Hazwoper: Overview
• Hearing Protection
• Heat Stress Safety
• Helicopter Safety
• Hot Work
• Hydrogen Sulfide (H2S)
• Incident Reporting and Investigation
• Industrial Ergonomics
• Industrial Hygiene
• Introduction to Hazmat Transportation Regulations
• Introduction to Process Safety Management (PSM)
• Ionizing Radiation
• Irritants, Corrosives, and Sensitizers
• Jet Fuel Quality Control
• Laboratory Safety
• Ladder Safety
• Ladder Safety for Construction
• Line Breaking
• Lockout/Tagout
• Manual Handling and Lifting Techniques
• Naturally Occurring Radioactive Materials (NORM)
• Nitrogen Safe Use and Handling
• Occupational Exposure to 1,3-Butadiene
• Occupational Exposure to Bloodborne Pathogens
• Occupational Exposure to Carcinogens
• Occupational Exposure to Chlorine
• Occupational Exposure to Formaldehyde
• Occupational Exposure to Hexavalent Chromium
• Occupational Exposure to Hydrochloric Acid
• Occupational Exposure to Lead
• Occupational Exposure to Respirable Crystalline Silica
• Occupational Exposure to Respirable Crystalline Silica - General Industry
• Occupational Exposure to Sodium Hydroxide (Caustic Soda)
• Occupational Exposure to Sulfur Dioxide
• Occupational Exposure to Sulfuric Acid
• Office Ergonomics
• Office Fire Safety
• Office Safety
• Offshore Water Safety
• Oxygen-Fuel Gas Welding and Cutting
• Personal Protective Equipment
• Portable Fire Extinguishers
• Portable Fire Extinguishers: Non-Emergency Responder
• Process Safety and Fatigue Management
• Process Safety and Fatigue Management for Supervisors
• RCRA Emergency Response
• RCRA Generators
• RCRA Transporters
• RCRA Treatment, Storage, and Disposal Facilities
• Respiratory Protection
• Rigging, Slings and Crane Lifts
• Scaffolding
• Security Training:  All Personnel
• Security Training: Facility Security Officer Overview
• Security Training: Security Personnel
• Specifications for Accident Prevention Signs and Tags
• Spill Prevention, Control, and Countermeasures
• Storage and Handling of Anhydrous Ammonia
• Toxic Chemicals
• Toxic Substances Control Act (TSCA)
• Unstable and Reactive Chemicals
• Vehicle-Mounted Elevated Work Platforms and Aerial Lifts
• Walking/Working Surfaces
• Warehouse Safety
• Working on Scaffolds
• Workplace Violence

• Access to Medical Records - UK
• Asbestos - UK
• Assessing Occupational Exposure - UK
• Benzene - UK
• Confined Space Entry - UK
• Driving Safety - UK
• Electrical Safety for Qualified Employees - UK
• Electrical Safety for Unqualified Employees - UK
• Environmental Awareness - UK
• Excavation and Trenching - UK
• Explosive and Flammable Chemicals - UK
• Eye and Face Protection - UK
• Eye Wash and Safety Showers - UK
• Fall Prevention - UK
• First Aid Procedures - UK
• Forklifts and Powered Industrial Trucks - UK
• Hand Safety - UK
• Hazardous Waste Spill Response, Containment and Decontamination - UK
• Hearing Protection - UK
• Heat Stress Safety - UK
• Helicopter Safety - UK
• Hot Work - UK
• Hydrogen Sulphide (H2S) - UK
• Incident Reporting and Investigation - UK
• Industrial Ergonomics - UK
• Industrial Hygiene - UK
• Ionising Radiation - UK
• Irritants, Corrosives, and Sensitizers - UK
• Laboratory Safety - UK
• Ladder Safety - UK
• Line Breaking - UK
• Lockout/Tagout - UK
• Manual Handling and Lifting Techniques - UK
• Naturally Occurring Radioactive Materials (NORM) - UK
• Nitrogen Safe Use and Handling - UK
• Occupational Exposure to 1,3-Butadiene - UK
• Occupational Exposure to Bloodborne Pathogens - UK
• Occupational Exposure to Carcinogens - UK
• Occupational Exposure to Chlorine - UK
• Occupational Exposure to Formaldehyde - UK
• Occupational Exposure to Hexavalent Chromium - UK
• Occupational Exposure to Hydrochloric Acid - UK
• Occupational Exposure to Lead - UK
• Occupational Exposure to Sodium Hydroxide (Caustic Soda) - UK
• Occupational Exposure to Sulphur Dioxide - UK
• Occupational Exposure to Sulphuric Acid - UK
• Office Ergonomics - UK
• Office Fire Safety - UK
• Office Safety - UK
• Offshore Water Safety - UK
• Overview of Hazardous Waste Operations and Emergency Response - UK
• Oxygen-Fuel Gas Welding and Cutting - UK
• Personal Protective Equipment - UK
• Portable Fire Extinguishers - UK
• Portable Fire Extinguishers: Non-Emergency Responder - UK
• Process Safety and Fatigue Management - UK
• Process Safety and Fatigue Management for Supervisors - UK
• Respiratory Protection - UK
• Rigging, Slings and Crane Lifts - UK
• Specifications for Accident Prevention Signs and Tags - UK
• Spill Prevention, Control, and Countermeasures - UK
• Storage and Handling of Anhydrous Ammonia - UK
• Toxic Chemicals - UK
• Unstable and Reactive Chemicals - UK
• Vehicle-Mounted Elevated Work Platforms and Aerial Lifts - UK
• Walking/Working Surfaces - UK
• Warehouse Safety - UK
• Workplace Violence - UK