ASME B31Q

Pipeline Personnel Qualification

Updated May 2026

Pipeline Personnel Qualification (OQ) is a regulatory requirement designed to ensure that individuals performing covered tasks on pipelines are qualified, capable of recognizing,and able to react to abnormal operating conditions (AOCs). The industry standard ASME B31Q provides the framework for identifying these tasks, evaluating personnel and managing qualifications.

The ASME B31Q Task List courses are specialized training and assessment programs designed to meet the requirements for the qualification of pipeline operators. These courses are offered by various providers and cover over 100 specific tasks, including corrosion protection, pressure testing, valve maintenance and inspection and repair of piping systems. They include both computer-based training and performance assessments.

ASME B31Q Courses: List of Tasks

ASME-0001 Measure Structure -to-Electrolyte Potential

The course covers the knowledge required to perform tests in the field of cathodic protection, including an overview of cathodic protection systems and testing equipment, as well as the procedure for measuring the potential difference between the structure and the electrolyte. Abnormal operating conditions are also addressed.

ASME-0011 Conduct Close Interval Survey

The course explains the purpose of a short-range measurement, as well as the preparations for the measurement and the steps involved in performing it, including measuring the potential differences between the structure and the ground and recording log data. Abnormal operating conditions are also discussed.

ASME-0021 Measure Soil Resistivity

The course covers methods for measuring soil resistance, the appropriate measuring equipment and tools, suitable measurement locations, how to measure soil resistance and record data, and abnormal operating conditions that may arise during this task.

ASME-0031 Inspect and Monitor Galvanic Ground Beds/Anodes

The course explains how to inspect and monitor cathodic protection systems and anodes by verifying the test location, measuring the potential differences between the structure and the electrolyte, analyzing the remaining service life of the anodes, and documenting the results. It also addresses abnormal operating conditions that may arise.

ASME-0041 Installation and Maintenance of Mechanical Electrical Connections

The course explains how to install mechanical and electrical connections, how to inspect test equipment, how to perform maintenance on damaged test leads, and how to check mechanical integrity and electrical continuity. It also addresses abnormal operating conditions that may arise.

ASME-0051 Installation of Exothermic Electrical Connections

The course explains why electrical connections are installed, covers the knowledge required before making exothermic welded joints, describes the steps and equipment needed to perform exothermic welded joints, and lists potential abnormal operating conditions that may arise during installation.

ASME-0061 Inspect or Test Cathodic Protection Bonds

The course explains the purpose of cathodic protection connections, as well as the different types of connections, the use of shunts, the inspection and testing procedures, and how to identify and respond to unusual operating conditions that may arise during inspection or testing.

ASME-0071Inspect or Test Cathodic Protection Electrical Isolation Devices

The course explains the purpose of electrical isolation devices, as well as their locations and types, and the procedures for inspecting and testing them, and addresses unusual operating conditions that may arise during the inspection or testing of electrical isolation devices for cathodic protection.

ASME-0081 Install Cathodic Protection Electrical Isolation Devices

The course describes the purpose of installing electrical disconnecting devices, the required knowledge and skills, the procedures for installing various electrical disconnecting devices, and any unusual operating conditions that may arise during the process.

ASME-0091 Troubleshoot Active Cathodic Protection System

The course explains the purpose of troubleshooting and resolving faults in cathodic protection systems. In addition, the safety measures for this work are described, an overview of the necessary equipment is provided, and the procedures for detecting and rectifying faults in rectifiers, grounding beds, cables, and metal contact points are explained. The document also addresses unusual operating conditions that may arise during the detection and rectification of faults in the system.

ASME-0101 Inspect Rectifier and Obtain Readings

The course discusses the role of a rectifier in cathodic protection and describes the procedure for inspecting a rectifier. It explains how to read the output voltage and current values of a rectifier and how these values can be used to verify that the rectifier is functioning properly. The procedure includes information on measuring voltage, calculating current, validating measured values to confirm that the rectifier is operating as expected, and documenting the data. It also discusses abnormal operating conditions that may occur.

Create a Safe and Healthy Workplace

ASME-0111 Maintain Rectifier

The course discusses the role of a rectifier in cathodic protection and describes the procedure for performing maintenance on the rectifier. The procedure includes troubleshooting the rectifier, repairing the rectifier by replacing defective parts, performing fine and coarse adjustments of the tap settings, and documenting maintenance on the rectifier. The course also describes how to recognize and respond to abnormal operating conditions.

ASME-0141 Visual Inspection for Atmospheric Corrosion

The course explains the purpose of visual inspections for atmospheric corrosion, illustrates the types of coating failure, describes the procedure for visual inspections, and provides an overview of abnormal operating conditions that may occur during an inspection.

ASME-0151 Visual Inspection of Buried Pipe and Components When Exposed

The course explains the purpose of the inspection; defines terms related to external corrosion, coatings, coating defects, and coating methods; describes the inspection procedure; and addresses abnormal operating conditions that may arise during the work.

ASME-0161 Visual Inspection for Internal Corrosion

The course covers various defects that may be identified during a visual inspection of the internal surfaces of a pipe or component. The types of corrosion covered in the course include pitting corrosion, scale, and microbiologically influenced corrosion (MIC). The course covers the basic steps of the inspection process, including documenting the location of each defect. It also describes how to recognize abnormal operating conditions that may arise and how to respond to them.

ASME-0171 Measure External Corrosion

The course describes various types of corrosion and explains the procedure for measuring external corrosion on steel pipes. The procedure includes information on preparing the pipe surface, creating a paper template of the pipe surface, applying a grid to corroded sections of the steel pipe, performing external corrosion measurements, and documenting the findings. In addition, the course describes how to recognize abnormal operating conditions and respond to them.

ASME-0181 Measure Internal Corrosion

The course describes various types of corrosion and explains the procedure for measuring internal corrosion in steel pipes. The procedure includes information on preparing the pipe surface, performing internal corrosion measurements, mapping the corrosion on the pipe surface, and documenting and reporting the findings. In addition, the course describes how to recognize abnormal operating conditions that may occur and how to respond to them.

ASME-0191 Measure Atmospheric Corrosion

The course covers the types and characteristics of atmospheric corrosion in above-ground pipelines, surface preparation, equipment inspections, measurement methods, and unusual operating conditions that may arise when measuring atmospheric corrosion.

ASME-0201 Visual Inspection of Installed Pipe and Components for MechanicalDamage

The course explains the purpose of visually inspecting installed piping for mechanical damage, the terminology associated with mechanical damage, how to perform a visual inspection of installed piping and components for mechanical damage, and how to identify and respond to any unusual operating conditions while carrying out the procedure.

ASME-0211 Measure and Characterize Mechanical Damage on Installed Pipe andComponents

The course explains the purpose and procedure for measuring and characterizing mechanical damage, defines terms related to mechanical damage, discusses the necessary tools and documentation requirements, and describes unusual operating conditions that may arise during the inspection.

ASME-0221 Inspect, Test and Maintain Sensing Devices

The course covers the various types of measuring equipment, as well as the procedure for conducting a visual inspection, testing with the appropriate test equipment, recalibrating the measuring range and set point of a measuring device, and abnormal operating conditions that may arise while performing the task.

ASME-0231 Inspect, Test and Maintain Programmable Logic Controllers (PLC)

The course explains how to check the test equipment, visually inspect PLCs for damage, isolate them, test them for proper operation, perform maintenance as needed, and put them back into service. It also covers abnormal operating conditions that may arise while performing this task.

ASME-0241 Inspect, Test and Maintain Liquid Leak Detection Flow Computers

The course examines how flow meters and other devices are connected to flow computers as part of a CPM system designed to detect leaks in pipelines. It covers the inspection, testing, and maintenance of these systems, as well as abnormal operating conditions that may arise during these procedures.

ASME-0271 Prove Flowmeters for Hazardous Liquid Leak Detection

The course covers the use of reference meters and conventional displacement meters for calibrating flow meters used to detect leaks of hazardous liquids. The displacement meters covered include unidirectional, bidirectional, and compact meters. The course also addresses abnormal operating conditions that may arise.

ASME-0281 Maintain Flowmeters for Hazardous Liquid Leak Detection

This course discusses the various types of flow meters, including orifice plate, turbine, displacement, Coriolis, ultrasonic, magnetic, and vortex flow meters. The steps for flow meter maintenance, such as repair and disassembly, are also covered. Additionally, you will learn how to respond to abnormal operating conditions that you may encounter during flow meter maintenance.

ASME-0291 Inspect, Test, and Maintain Gravitometers/Densitometers for Hazardous Liquid Leak Detection

The course describes the qualifications and knowledge required for inspecting and testing these devices, the initial inspection, maintenance procedures, and how to put the instruments back into service. Possible deviating operating conditions are also discussed.

ASME-0301 Manually Opening and Closing Valves

The course covers the manual operation of valves using tools and by manually operating actuators. It addresses work preparation, the effects of pressure changes resulting from manual operation, and abnormal operating conditions that may arise during the work.

ASME-0311 Operate Valves Manually to Adjust Flow/Pressure and Monitor for Changes

The course explains how to prepare for the manual operation of valves and outlines the procedures for regulating and monitoring flow or pressure. The course covers various types of valves, such as gate valves and ball valves; manual and mechanical operating methods for making adjustments; how to verify that the intended flow or pressure is achieved; and how to monitor whether flow and pressure remain within acceptable limits. The course also describes how to document tasks and how to recognize and respond to abnormal operating conditions.

ASME-0321 Valve Corrective Maintenance

The course explains how to prepare for corrective maintenance on valves and discusses the types of maintenance that may need to be performed, such as carrying out repairs, replacing parts, flushing the valve, making adjustments, and lubricating the valve. In addition, the course explains how to document corrective maintenance on valves and how to identify and respond to abnormal operating conditions.

ASME-0331 Valve - Visual Inspection and Partial Operation

The course describes the purpose of visual inspection and partial operation of valves in pipelines, explains how to visually inspect and partially operate valves, discusses how to perform routine lubrication of valves, and lists abnormal operating conditions that may arise while performing the task.

ASME-0341 Perform Valve Preventive Maintenance

This course describes how to prepare for valve preventive maintenance and explains the steps that may be required for the maintenance, such as inspecting and replacing the spindle packing, winterizing valves, injecting a corrosion inhibitor, injecting a valve sealant/flushing agent, and lubricating the valve. The course also describes how to document valve preventive maintenance and how to recognize and respond to abnormal operating conditions.

ASME-0351 Pneumatic Actuator/Operator Inspection and Testing, Preventive andCorrective Maintenance

The course explains how to perform a visual inspection, implement preventive and corrective measures, adjust settings, and conduct a performance test on drives and control mechanisms. It also addresses abnormal operating conditions that may arise during the task.

ASME-0361 Electric Actuator/Operator Inspection and Testing, Preventive andCorrective Maintenance

ASME-0371 Hydraulic Actuator/Operator Inspection and Testing, Preventive and Corrective Maintenance

ASME-0381 Spring-Loaded, PressureRegulating Device - Inspection and Testing,Preventive and Corrective Maintenance

The course explains why control equipment must be inspected and maintained; describes how it should be inspected, tested, and maintained; and discusses how to recognize and respond to abnormal operating conditions that may arise during work.

ASME-0391 Pilot-Operated, PressureRegulating Device - Inspection, Testing,Preventive and Corrective Maintenance

The course explains the purpose of inspecting and maintaining pressure regulators; describes how pressure regulators with pilot valves should be inspected, tested, and maintained; and discusses how to recognize and respond to abnormal operating conditions that may arise while performing the task.

ASME-0401 Controller-Type, PressureRegulating Device - Inspection, Testing,Preventive and Corrective Maintenance

The course explains the purpose of inspections and maintenance; describes how controller-type control equipment should be inspected, tested, and maintained; and discusses how to recognize and respond to abnormal operating conditions that may arise while performing the task.

ASME-0411 Spring-Loaded, PressureLimiting and -Relief Device - Inspection,Testing, Preventive and Corrective Maintenance

The course explains the purpose and steps involved in inspecting a relief valve, describes preventive and corrective maintenance, and discusses how to identify and respond to abnormal operating conditions that may arise while performing the task.

ASME-0421 Pilot-Operated, PressureLimiting and -Relief Device - Inspection,Testing, Preventive and Corrective Maintenance

The course explains the purpose and steps involved in inspecting a relief valve, describes preventive and corrective maintenance, and addresses unusual operating conditions that may arise while performing the task.

ASME-431 Inspect, Test, and Maintain Pneumatic-Loaded, Pressure-Limiting, or Pressure-Relief Device

The course explains the purpose and steps for inspecting a relief valve, describes preventive and corrective maintenance, and discusses how to recognize and respond to abnormal operating conditions that may occur during the task.

ASME-0551 Explosive Atmosphere Detection and Alarm System Performance Testand Corrective Maintenance

The course explains the purpose of the detection and alarm system and discusses how the system can be visually inspected, current measurements checked, and a system performance test carried out. It also covers corrective maintenance steps and describes abnormal operating conditions that may occur during operations.

%LEL / %UEL / PPM / PID Lowerand Upper Explosive Limits

ASME-0561 Pressure Test: Nonliquid Medium - MAOP Less Than 100 psi

The course explains how to test a pipeline with a maximum allowable operating pressure (MAOP) of less than 100 psi using a non-fluid medium, such as air or an inert gas. It also covers test preparation and design, data recording, and abnormal operating conditions that may arise.

ASME-0571 Perform Pressure Test Using a Nonliquid Medium — MAOP Greater Than or Equal to 100 psi (700 kPa)

This course explains how to prepare for and perform a pressure test on a pipeline with a MAOP of 100 psi or higher using a non-fluid medium, such as air or an inert gas. You will also learn about test preparation and design, data logging, and abnormal operating conditions you may encounter while conducting the test.

ASME-0581 Pressure Test: Liquid Medium

The course describes how a pipeline can be subjected to a pressure test using a liquid medium, such as water or another liquid medium designated by the operator. It also provides information on the preparations and setup of the test, data recording, and abnormal operating conditions that may arise.

ASME-0591 Leak Test at Operating Pressure

The course covers the testing of pipelines for leaks at operating pressure, including the importance of properly sealed pipeline joints and leak-free components; the calibration, certification, and testing of equipment or media; and the use of leak detection equipment. It also addresses how to recognize and respond to abnormal operating conditions that may arise.

ASME-0641 Visually Inspect Pipe and Components Prior to Installation

The course explains the importance of inspecting pipes and pipe fittings, potential defects, the inspection procedure, and any unusual operating conditions that may arise during the inspection.

ASME-0671 Joining of Plastic Pipe: Solvent Cement

The course explains why plastic pipes are joined using adhesive, lists the necessary materials, describes how to prepare and make the joint, discusses how to inspect the joint, and lists unusual operating conditions that may arise.

ASME-0681 Joining of Plastic Pipe: Stab Fittings

The course explains why plastic pipes are connected using push-fit fittings, what materials are required for this, how to prepare the connection, how to make it, and how to inspect it. It also addresses unusual circumstances that may arise during this work.

ASME-0691 Joining of Pipe: NonbottomOut Compression Couplings

The course covers the procedure for connecting pipes with an outer diameter of up to 2 inches using compression fittings without bottom contact. An overview is provided of the tools you need to connect the pipes and what the inspection of the completed connection entails. It also discusses unusual operating conditions that may arise when connecting pipes with non-grounded compression fittings.

ASME-0701 Joining of Pipe: Bottom-Out Compression Couplings

The course covers the procedure for connecting pipes with an outer diameter of up to 2 inches using bottom-out compression couplings. It covers how to connect the pipe sections to the coupling and what the inspection of the completed connection entails. It also discusses abnormal operating conditions that may occur when connecting pipes with bottom-out clamp couplings.

ASME-0711 Joining of Pipe: Compression Couplings

The course covers the selection and use of elbow couplings for connecting pipes with a diameter greater than 2 inches. It also covers the preparation of pipes and couplings, the installation of the coupling, and the inspection of the installed coupling. In addition, the course addresses abnormal operating conditions.

ASME-0721 Joining of Pipe: Threaded Joints

The course covers connecting pipes with threaded fittings and inspecting the finished connection. It addresses key concepts such as pipe wall thickness and quality, diameter, thread type, pressure class, and material. Standards for pipes and threads are also discussed, as well as defects that may occur in a finished connection. In addition, it addresses abnormal operating conditions that one may encounter.

ASME-0731 Joining of Pipe: Flange Assembly

The course covers the steps required to install flanges, tighten them in the correct order, and apply the proper torque values. It discusses the various types of flanges and gaskets, as well as the preparations for flange installation and the inspection of the completed assembly. It also addresses abnormal operating conditions that may arise.

ASME-0751 Joining of Plastic Pipe - Butt Heat Fusion: Manual

The course describes how to join plastic pipes by hand using butt welding. Students are guided step by step through the butt welding process, including the selection of tools, pipe preparation, and the heating phase. The difference between a correct and an incorrect butt weld is also explained. In addition, the course addresses unusual operating conditions that may arise.

ASME-0761 Joining of Plastic Pipe - Butt Heat Fusion: Hydraulic Machine

The course describes how plastic tubes can be welded together using the butt welding method with a hydraulic machine. The manual guides the student through the steps of the butt welding process, including tool selection, tube preparation, and the heating phase. The properties of a well-welded joint are also described. Possible deviating operating conditions are discussed as well.

ASME-0771 Joining of Plastic Pipe: Sidewall Heat Fusion

The course discusses the purpose of the sidewall welding method for joining plastic pipes and the associated steps, including the preparation of the equipment, the pipe, and the fitting, as well as the heating and welding process. It also describes a correct and incorrect weld joint and provides an overview of common problems and causes of defective joints. Abnormal operating conditions that may occur are also discussed.

ASME-0781 Joining of Plastic Pipe: Electrofusion

The course discusses the electrofusion method for joining plastic tubes and the associated steps, including the necessary preparation, clamping, and the fusion process. It also describes correct and incorrect heat fusion and provides an overview of common problems and causes of defective connections. Abnormal operating conditions that may occur are also discussed.

ASME-0791 Joining of Plastic Pipe: Socket Heat Fusion

The course discusses the purpose of the socket welding method and the associated steps, including the preparation of the equipment, the pipe, and the fitting, as well as the heating and welding process. It also describes a correct and incorrect socket weld connection and provides an overview of common causes of defective connections. Abnormal operating conditions that may occur are also discussed.

ASME-811 Perform Visual Inspection of Welding and Welds

The course explains the requirements for welding inspection qualification, the identification of the welding procedure, visual inspections of welds in progress and the final weld, and abnormal operating conditions (AOCs) that may be encountered during the task.

ASME-0821 Tubing and Fitting Installation: Instrument, Control and Sampling

The course covers the service requirements for pipe installation, the suitability of pipes and fittings for their intended use, and the installation of pipes and fittings, including cutting and bending pipes, and connecting pipes and fittings. Possible abnormal operating conditions are also discussed.

ASME-0861 Installation of Steel Pipe in a Ditch

The course discusses how steel pipes must be properly installed in a trench. Topics covered include the correct procedures for handling the pipes, inspection of the trench and the pipes, installation of the pipes, and preparations for backfilling the trench. Potential deviating operating conditions are also discussed.

ASME-0871 Installation of Steel Pipe in a Bore

The course discusses the purpose of installing a steel pipe in a borehole, as well as the proper handling of the pipe, inspection of the pipe and the coating, the insertion method into the borehole, and the correct clearance and deflection angle of the pipe. Abnormal operating conditions that may occur are also discussed.

ASME-0881 Installation of Steel Pipe Plowing/Pull-In

including preparing the pipe and equipment, inspecting exposed pipe and its coating, placing and attaching the pipe, and plowing the pipe into the ground. Abnormal operating conditions (AOCs) that may be encountered are also discussed.

ASME-0891 Field Bending of Steel Pipe

The course describes how steel pipes must be bent in the field, including the proper preparation of the pipes and the setup of the equipment, the procedure for bending steel pipes in the field, and the post-completion inspection. Potential deviating operating conditions are also discussed.

ASME-0901 Installation of Plastic Pipe in a Ditch

The course explains how to correctly handle the plastic pipe, what to look out for when inspecting the trench and the pipe, how to install the pipe and tracer wire, how to inspect the installed pipe, and what must be included in the required documentation. Abnormal operating conditions that may occur during the work are also discussed.

ASME-0911 Installation of Plastic Pipe in a Bore

The course explains how to handle the plastic pipe correctly, how to install the pipe in a borehole without damaging it, how to visually inspect the pipe after installation, and how to document the work. Potential operating conditions that may arise during the execution of the work are also discussed.

ASME-0921 Installation of Plastic Pipe Plowing/Pull-In

The course explains how to handle the plastic pipe correctly, how to install the pipe using the plow/pull method, how to visually inspect the pipe after installation, and how to document the work. Potential operating conditions that may arise during the execution of the work are also discussed.

ASME-0931 Installation of Plastic Pipe by Plowing/Planting

The course explains the purpose of burying plastic pipes and discusses pipe selection and handling precautions. It also describes the plowing/planting method for burying the plastic pipes. Documentation and abnormal operating conditions that may occur during the work are also discussed.

ASME-0935 Relocation of a Pipeline

The course explains the reasons why a pipeline might be relocated, describes the preparatory work, including pressure measurements, and discusses the process of relocating a pipeline. It also provides an overview of inspection points after the relocation and the associated abnormal operating conditions that may occur.

ASME-0941 Install Tracer Wire

The course explains the purpose of tracing wire for plastic pipes, how tracing wire should be installed, how mechanical integrity and continuity can be tested after installation, and how abnormal operating conditions that may occur during work can be recognized and responded to.

ASME-0951 Installation of Pipe Aboveground

The course describes the requirements for above-ground pipeline installation, including proper handling of the pipeline, anchoring and support requirements, and inspection points. Possible deviating operating conditions are also discussed.

ASME-0961 Above-Ground Supports and Anchors: Inspection, Preventive and CorrectiveMaintenance

The course explains the purpose of inspecting and maintaining above-ground pipe supports and anchors, and describes the procedure for this. Possible deviating operating conditions are also discussed.

ASME-0971 Installation and Maintenance of Casing Spacers, Vents and Seals

This course describes the basic components of casing systems and explains the procedures for installing and maintaining casing spacers, vents, and seals. The procedures provide basic guidelines for installation, indicate what to look for during a visual inspection of the installation, explain how maintenance should be performed to remedy problems discovered during routine checks and patrols, and describe how the installation and maintenance must be documented. The course also describes how to recognize and respond to abnormal operating conditions that may occur.

ASME-0981 Backfilling

This course identifies materials unsuitable for trench backfilling following pipeline maintenance. The course explains the trench backfilling procedure, including layering, compaction, and the application of pipe protection material. It also describes how task execution details must be documented and how potential abnormal operating conditions can be recognized and responded to.

ASME-0991 Coating Application and Repair: Brushed or Rolled

This course explains how protective coatings can be applied to pipes, tanks, and other industrial surfaces using brush and roller techniques. Proper surface preparation, appropriate application techniques, and visual inspection points are also covered. Additionally, potential deviating operating conditions are discussed.

ASME-1001 Coating Application and Repair: Sprayed

This course explains how protective coatings can be applied to pipes, tanks, and other industrial surfaces using the spray technique. Surface preparation, the correct application technique, and visual inspection points are also covered. In addition, potential deviating operating conditions are discussed.

ASME-1011 External Coating Application and Repair: Wrapped

This course explains how protective coatings can be applied to pipes, tanks, and other industrial surfaces using the winding technique. Surface preparation, the correct application technique, and visual inspection points are also covered. Additionally, potential deviating operating conditions are discussed.

ASME-1041 Install Mechanical Clamps and Sleeves: Bolted

This course describes the preparation for the installation of mechanical clamps and sleeves, discusses precautions and installation procedures, and provides an overview of the points to look out for when inspecting installed clamps or sleeves. It also explains how to recognize abnormal operating conditions and respond to them.

ASME-1051 Fit-Up of Weld-Type Repair Sleeve

The course explains the purpose of weldable repair sleeves, the necessary preparations for mounting weldable sleeves, how weldable sleeves must be mounted correctly, and what abnormal operating conditions may occur during the work.

ASME-1071 Repair of Steel Pipe by Grinding

The course explains the purpose of grinding steel pipes for repairs, the importance of measuring the pipe wall thickness, the steps for removing defects by grinding, and the abnormal operating conditions that may occur during grinding.

ASME-1081 Tapping a Pipeline (Tap Diameter 2 inch and Less)

The course explains the purpose of tapping a pipeline, describes the difference between a 'hot tap' and a 'hot tap', lists the preparatory work required before tapping, describes how a 'hot tap' must be performed (including aligning the fittings and installing and removing the tapping machine), and provides an overview of abnormal operating conditions that may occur during tapping.

ASME-1191 Tap a Pipeline [Tap Diameter Greater Than 2 inch

The course explains the purpose of a hot tap, how to prepare for it, the steps for performing a hot tap, and the abnormal operating conditions that may occur during the task.

ASME-1101 Tapping a Pipeline With a Built-In Cutter

The course explains the purpose of tapping a pipeline, describes the difference between a pressure tap and a standard tap, explains how to perform a tap using a fitting with a built-in cutter, and provides an overview of abnormal operating conditions that may occur during tapping.

ASME-1111 Tapping Cast and Ductile Iron Pipe and Low-Pressure Steel Pipe

The course explains the purpose of a hot tap; how to prepare for a hot tap; the steps for performing a hot tap, including preparations and pressure tests; and abnormal operating conditions that may occur during the task.

ASME-1121 Bagging and Stopping LowPressure Pipe

The course describes how low-pressure lines must be shut off and wrapped, including inserting and removing a gas bag to temporarily interrupt operation for repairs, and monitoring the pressure to meet system requirements during the work. Potential abnormal operating conditions are also discussed.

ASME-1131 Stopper (Stopple) Pipe

The course explains the purpose of shutting off a pipeline with a stopper, the preparations for shutting off the pipeline, the installation and operation of the shut-off equipment, the placement of shut-off plugs, and the abnormal operating conditions that may occur during the work.

ASME-1141 Squeeze Off Plastic Pipe

The course explains why crimping plastic pipes is necessary, how to prepare for crimping plastic pipes, how to install the crimping tool, how to perform the crimping of plastic pipes, and what possible exceptional circumstances may arise during the execution.

ASME-1151 Squeeze Off Steel Pipe

The course covers what to look out for when installing a pressure testing tool on steel pipes, the necessary equipment, the general pressure testing procedure, pressure monitoring during pressure testing, and abnormal operating conditions that may occur during the procedure.

ASME-1161 Installation of Customer Meters and Regulators: Residential and SmallCommercial

The course explains how natural gas meters and regulators must be installed in homes and small commercial businesses. Components of a meter installation, the operation of the regulator and meter, the installation and inspection of the meter system, overpressure protection, and gas measurements are covered, as well as possible deviating operating conditions.

ASME-1171 Installing Customer Meters: Large Commercial and Industrial

This course explains how customer meters should be installed for large commercial and industrial companies. The course covers all aspects of meter selection and installation, as well as potential deviations in operations.

ASME-1181 Installing/Maintaining Customer PressureRegulating/Limiting, andRelief Devices: Large Commercial and Industrial

The course explains the purpose and procedure for installing and maintaining pressure regulating, pressure limiting, and pressure relief devices. It also discusses visual inspections, testing, and abnormal operating conditions that may occur during these activities.

ASME-1191 Maintenance of Service Valves Upstream of Customer Meter

The course explains the purpose of maintenance, visual inspections, maintenance, and operation of the valve, as well as the abnormal operating conditions that may occur during the work.

ASME-1201 Temporary Isolation of Service Lines and Service Discontinuance

The course describes how a service line can be temporarily shut off, including identifying the correct meter, closing the gas shut-off valve, installing a standard shut-off valve, and cutting and sealing the line if necessary. Possible abnormal operating conditions are also discussed.

ASME-1211 Odorization: Periodic Sampling

The course teaches the user the steps for periodically sampling the odor concentration in natural gas. The user learns how to determine the test location, how to perform an odor test, and how to recognize conditions that may influence the odor measurement. Possible deviating operating conditions are also discussed.

ASME-1221 Inspect, Test, and Maintain Odorizer

The course covers the inspection, testing, and maintenance of odor systems after installation or replacement, before the pipeline is put back into service. Various types of odor systems, gas and odor detection instruments, and possible deviating operating conditions are also discussed.

ASME-1231 Inside Gas Leak Investigation

The course explains the purpose of an investigation into an indoor gas leak, how to check the necessary test equipment, what to look out for during the investigation, and what precautions to take. Abnormal operating conditions that may occur during the work are also discussed.

ASME-1241 Outside Gas Leak Investigation

The course explains the purpose of an investigation into an outdoor gas leak, how to check the necessary test equipment, what to look out for during the investigation, and what precautions to take. Abnormal operating conditions that may occur during the work are also discussed.

ASME-1251 Hazardous Liquid Leak Investigation

The course explains the purpose of the investigation and the necessary information. It also discusses how the suspected leak area should be assessed, what to do if a leak is discovered, how the area can be made safe, and who needs to be notified. Possible abnormal operating conditions that may arise during the work are also discussed.

ASME-1261 Walking Gas Leakage Survey

The course explains the purpose of the gas leak investigation, the steps for inspecting portable test equipment, what to look out for during the investigation, and how the investigation must be documented. It also discusses abnormal operating conditions that may occur during the work.

ASME-1271 Mobile Gas Leakage Survey

The The course explains the purpose of a gas leak investigation, the different types of mobile measuring instruments, the steps for inspecting portable test equipment, what to look out for during a gas leak investigation, and how the investigation must be documented. Abnormal operating conditions that may occur during the work are also discussed.

ASME-1291 Locate Underground Pipelines

The This course covers the procedure for locating underground pipelines, including the placement of temporary markers. It also covers the One-Call system, the use of maps and records, various localization methods, types of temporary markers, the APWA Universal Color Code, and abnormal operating conditions that may occur.

ASME-1301 Install and Maintain Pipeline Markers

The Course discusses the location, placement and maintenance of permanent pipeline markers.

ASME-1311 Inspect Pipeline Surface Conditions: Patrol Right-of-Way or Easement

The course covers the location, placement, and maintenance of permanent pipeline markings, including the different types of markings, the evaluation of existing markings, and preparation for installation. Potential abnormal operating conditions are also discussed.

ASME-1311 Inspect Pipeline Surface Conditions by Patrolling Right-of-Way or Easement

The course covers the preparations, procedures, and follow-up actions for the inspection of pipeline routes, including signs of leaks, breaches, and conditions that affect the safety or integrity of the pipeline. Abnormal operating conditions that may occur are also discussed.

ASME-1321 Damage Prevention During Excavation Activities by or on Behalf of the Operator

The course covers activities to prevent damage before and during excavation work, including checking whether underground pipes are marked; providing the required notifications; deploying an observer to guide the operator; and conducting soundings, excavation work, or test drilling to verify the location. Requirements for tasks after excavation work and potential abnormal operating conditions are also addressed.

ASME-1331 Damage Prevention Inspection During Third-Party Excavation or EncroachmentActivities as Determined Necessary by Operator

The course covers activities to prevent damage prior to excavation, how the inspection should be carried out, and how to recognize and respond to abnormal operating conditions that may occur.

ASME-1341 Provide or Ensure Adequate Pipeline Support During Operator-InitiatedExcavation Activities

The course covers support structures for existing pipelines being excavated for maintenance or repair, including struts and soil plugs, as well as bridge structures and reinforcements. Potential abnormal operating conditions are also discussed.

ASME-1351 Vault Inspection and Maintenance

This course covers the requirements for inspecting and maintaining rooms housing valves and other pressure-regulating or pressure-limiting equipment for pipelines. It also addresses confined space entry, room covers and locking mechanisms, structural integrity, drainage, ventilation, and room maintenance. Additionally, potential abnormal operating conditions are discussed.

ASME-1361 Inspect, Test and Maintain Station Emergency Shutdown System

This course covers the inspection, testing, and corrective maintenance of emergency stop systems for compressor and pumping stations. It also explains how emergency stop systems work and describes abnormal operating conditions that may occur during these activities.

ASME-1411 Indirect Inspection Techniques

The course examines four methods for indirect inspection of pipelines, including voltage gradient measurements using AC and DC, short-distance measurements, and soil resistance measurements. The necessary tools for each technique and the general methodology are discussed. Abnormal operating conditions that may occur during indirect inspections are also listed.

ASME-1421 Direct Examination Techniques

The course covers techniques used to assess damage to pipelines, including mechanical damage, coating damage, and corrosion damage. The course also discusses abnormal operating conditions that may occur.

ASME-1631 Launch or Receive Internal Devices (Pigs) With a Temporary Launcher or Receiver for Lines Not in Service

The course discusses the purpose of pigging operations, explains how pigs must be launched and retrieved, and provides an overview of abnormal operating conditions that may occur during the task.

ASME-1651 Purging of Pipeline Facilities

The course explains the purpose of flushing pipelines with natural gas, air, and inert gas; provides an overview of the preparations for flushing a pipeline; describes how the flushing must be carried out; and discusses abnormal operating conditions that may occur.