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Text[0]=["","Teaches first responders and others about the Emergency Medical Service system, including its components, levels of emergency personnel, and training. The in-hospital care system is also discussed.<br /><br />(70 minutes)<br />1 CEUs"]
Text[1]=["","Continues on the teaching from 401 Introduction to EMS Systems: Part 1. Part 2 tackles such issues as the methods used to ensure the quality of patient care, including certification, medical oversight, and continuous quality improvement.<br /><br />(70 minutes)<br />0.5 CEUs"]
Text[2]=["","Examines stress that first responders may experience, how it can be reduced, and how it affects the responders&#146; families. Other topics include Critical Incident Stress Management, reactions to death, communicating with dying victims and their families, scene safety assessment, emergency response hazards, physical hazards such as chemicals and Bloodborne pathogens, and personal protective equipment.<br /><br />(60 minutes)<br />1.0 CEUs"]
Text[3]=["","Focuses on the ethical responsibilities of a first responder. It defines such terms as scope of practice, standard of care, abandonment, negligence, and breach of duty. Complex issues such as dealing with patient confidentiality, death, and crime scenes are discussed.<br /><br />(45 minutes)<br />1.0 CEUs"]
Text[4]=["","Familiarizes first responders with the human body. This course defines key words used to describe the human body, lists the body&#146;s organ systems, explores the functions of the muscular, skeletal, circulatory, respiratory, nervous and other systems, and discusses the function of the skin.<br /><br />(60 minutes)<br />1.0 CEUs"]
Text[5]=["","Examines techniques for lifting and moving patients and for preventing injuries by utilizing proper body mechanics. Topics explored include risk factors for injury, injury prevention, assistive equipment, and the differences among emergency, urgent, and non-urgent moves.<br /><br />(50 minutes)<br />1.0 CEUs"]
Text[6]=["","Defines body substance isolation, discusses some of the diseases to which first responders may be exposed, how they can be transmitted, and provides them with methods to prevent exposure to infectious diseases such as the use of personal protective equipment.<br /><br />(45 minutes)<br />1.0 CEUs"]
Text[7]=["","Addresses reacting to traumatic events, helping victims cope with traumatic events, communicating with children, senior citizens, and persons with disabilities, understanding cultural differences when communicating, discussing sensitive topics, and discussing death and dying appropriately.<br /><br />(55 minutes)<br />1.0 CEUs"]
Text[8]=["","Explores the major parts of the human respiratory system. Course topics include common signs of respiratory distress, body substance isolation during respiratory emergencies, techniques for opening and maintaining a clear airway, foreign body airway obstruction, and airway adjuncts, including oral and nasal insertion techniques.<br /><br />(50 minutes)<br />1.0 CEUs"]
Text[9]=["","Explores the major parts of the human respiratory system. Course topics include ventilation, oxygen therapy, how to perform different rescue breathing techniques, hazards and precautions associated with oxygen, preferred method of supplying oxygen, and assisting patients with stomas, dentures, or COPD.<br /><br />(40 minutes)<br />0.5 CEUs"]
Text[10]=["","Addresses the five main components of the patient assessment process, the common hazards that may be present at the scene of an emergency, the ways to protect first responders, victims, and bystanders from on-scene hazards, and defines and describes ways to determine the mechanism of injury or nature of illness. This course also describes the priorities of a first responder when accessing the emergency situation at hand and states the components of an initial patient assessment. In addition, the course identifies possible interventions needed to stabilize a patient before proceeding with a detailed assessment.<br /><br />(40 minutes)<br />0.5 CEUs"]
Text[11]=["","Explains why it is important to get a detailed patient assessment and when they should be performed. The course also lists the normal ranges of each of the baseline vital signs, outlines the steps for taking a complete patient history, describes good interview techniques for different types of patients, outlines the steps in a detailed physical exam, and introduces some recall memory aids that help first responders remember specific assessment steps.<br /><br />(70 minutes)<br />1.0 CEUs"]
Text[12]=["","Reviews the five steps of a complete assessment and discusses what to check for in the ongoing assessment to ensure patient stability. It also outlines the communication and documentation measures required for patient transfer of care. Finally, the learner has a chance to practice the entire patient assessment sequence.<br /><br />(70 minutes)<br />1.0 CEUs"]
Text[13]=["","Addresses the components of the circulatory system and their functions, the circulatory process, names and locations of major arteries, how to determine if a heart is beating, cardiac arrest and quick intervention, the relationship between blood pressure and heart problems, and recognizing shock.<br /><br />(85 minutes)<br />1.5 CEUs"]
Text[14]=["","Based upon the Emergency Cardiovascular Care (ECC) Guidelines and upon the training you would receive if you were to take a basic CPR course from a national institution like the American Heart Association. Although this course does not provide certification for basic CPR, it will discuss the techniques you should use if you encounter an emergency where someone is in cardiac arrest. This course is technical in nature and should be taken along with, or in review of, an actual instructor-led, hands-on course. This course is written to the average first responder, with additional information highlighted for persons trained as EMTs or as other healthcare providers.<br /><br />(60 minutes)<br />1.0 CEUs"]
Text[15]=["","Examines the roles of the first responder during a medical emergency, quick medical intervention, ways to avoid pathogens and germs, patient assessment, equipment and supplies, serious and life-threatening conditions, minor conditions not requiring transport, and administering common medications.<br /><br />(40 minutes)<br />0.5 CEUs"]
Text[16]=["","Outlines quick and appropriate prehospital care for the signs and symptoms of specific problems related to shock, respiratory and cardiac failure, altered mental status, poisoning, and environmental illnesses.<br /><br />(60 minutes)<br />1.0 CEUs"]
Text[17]=["","Explores the inherent dangers and causes of behavioral emergencies and how to provide emergency medical care in these cases. Therapeutic interviewing skills and documenting cases are addressed as are recognition of and special considerations for suicidal patients. The responder will also learn how to identify signals from potentially violent patients.<br /><br />(55 minutes)<br />1.0 CEUs"]
Text[18]=["","Examines arterial, venous, and capillary bleeding, control of external bleeding, signs of internal bleeding and shock, care of patients experiencing internal bleeding and shock, types and care of open soft tissue injuries, care of patients with penetrating chest injuries, open wounds to the abdomen, or impaled object injuries, amputation care, care of head, mouth, nose, face, eyes, and eyelid injuries.<br /><br />(60 minutes)<br />1.0 CEUs"]
Text[19]=["","Addresses burn evaluation, including the Rule of Nines, self-protection when treating a burn patient, common burn agents, burn classification, characteristics of superficial and full-thickness burns, burn classification by severity, burn complications, smoke inhalation, emergency treatment for thermal, electrical and chemical burns, and emergency treatment for burns of the eyes.<br /><br />(50 minutes)<br />1.0 CEUs"]
Text[20]=["","Addresses the functions of a dressing and a bandage and the recognition of both. The course also describes the proper methods for applying each type of dressing or bandage and when to apply them. In addition, it provides the steps for applying a pressure dressing, and describes the effects of improperly applied dressings and tourniquets. Bandaging and Splinting also explains the reasons for splinting, the general rules that apply to the practice, and common splinting errors. <br /><br />(45 minutes)<br />1.0 CEUs"]
Text[21]=["","Describes the function of the musculoskeletal system and the different injuries that may be sustained. The course defines and explains the common types of injury while exploring how different accidents may result in different types of musculoskeletal injury. In addition, this instruction discusses what emergency care may be necessary for major musculoskeletal injuries.<br /><br />(45 minutes)<br />1.0 CEUs"]
Text[22]=["","Examines the mechanisms of head and spinal injuries and lists injury signs and symptoms. Assessing head and spinal injuries in both responsive and unresponsive patients is addressed as is emergency care, including basic immobilization techniques.<br /><br />(65 minutes)<br />1.0 CEUs <br /><br />Prerequisites for 423 Head and Spine Injuries are: 409-410 Airway, Parts 1-2; 411-413 Patient Assessment, Parts 1-3; 414 Circulation; and 419 Bleeding and Soft Tissue Injuries.<br /> "]
Text[23]=["","Reviews the anatomy of pregnancy and the stages of labor, the role of the responder in emergency situations, including how they should prepare and assist the mother in delivery, and the appropriate after-birth care of the mother and baby, including further emergency steps to take if complications arise.<br /><br />(65 minutes)<br />1.0 CEUs"]
Text[24]=["","Discusses the role of the responder during emergencies involving children and outlines several assessment techniques appropriate for children and infants, as well as for those with special needs. Techniques discussed include the PAT, TICLS, CUPS, and PGCS methods. This course also discusses appropriate ways to identify and transport young priority patients.<br /><br />(40 minutes)<br />0.5 CEUs"]
Text[25]=["","Examines valid, expressed, and implied consent and how to obtain consent for providing medical care, including care for minors and incompetent adults. The course also addresses refusal of care or transport, advance directives, healthcare proxy agents, and legalities of restraint.<br /><br />(40 minutes)<br />0.5 CEUs"]
Text[26]=["","Addresses methamphetamine, meth abusers, and places where meth labs are likely to be hidden, methamphetamine production, hazards unique to clandestine labs, common signs and indicators of meth lab presence, minimizing risk when a clandestine lab is suspected or discovered, how to secure a lab site as part of an investigation, and how to handle special situations such as contamination and child care.<br /><br />(40 minutes)<br />0.5 CEUs"]
Text[27]=["","Examines the root causes and types of domestic violence, steps for law enforcement and EMT responses to domestic violence, and roles of other first responders in domestic violence cases.<br /><br />(50 minutes)<br />1.0 CEUs"]
Text[28]=["","Based upon Emergency Cardiovascular Care (ECC) Guidelines and upon training you would receive if you were to take a basic first aid course from a national institution like the American Red Cross. While this course does not provide certification, it is ideal as a study guide or as refresher training for people who will soon be or who are already certified in basic first aid. This course is intended for the lay public and immediate first responders. Other more advanced first aid courses appropriate for EMT training are available by category in this library.<br /><br />(55 minutes)<br />1.0 CEUs"]
Text[29]=["","Defines terrorism and lists the indicators of potential terrorist attacks. The course will help to prepare a responder by discussing different agents a terrorist might use, the procedures they should follow to prepare for an event and to preserve evidence should one occur, and the different agencies involved in an emergency response as well as their respective roles. The course also discusses methods a responder can use to protect themselves and others from possible terrorism event hazards.<br /><br />(75 minutes)<br />1.5 CEUs"]
Text[30]=["","Addresses the phases of an out-of-hospital call, ambulance and equipment preparation, the role of emergency medical dispatch, and special privileges for emergency vehicles. Service area familiarity, on-scene protocol for emergency vehicles, air rescue requests, and landing site selection also are examined.<br /><br />(50 minutes)<br />1.0 CEUs"]
Text[31]=["","Examines the extrication process, inner circle PPE, scene size-up and information relay, common hazards in the inner and outer circles, staging equipment, and stabilizing vehicles. The difference between simple and complex access is explored, as are: protecting the patient during extrication, use of common rescue tools, immobilizing entrapped patients, and rapid extrication.<br /><br />(60 minutes)<br />1.0 CEUs"]
Text[32]=["","Explains what to do when hazardous materials are present at a scene and how to identify them. Also examined are the symptoms of exposure to a hazardous material, first responder roles during a hazardous materials situation, how to approach a hazardous situation, types of hazards, and OSHA and NFPA requirements for EMS providers and first responders.<br /><br />(55 minutes)<br />1.0 CEUs"]
Text[33]=["","Explores the criteria for and types of multiple casualty incidents. This course also discusses static and dynamic situations, preparations for multiple casualty incidents, local disaster plans, implementation of the Incident Command System, the role of Command, clear text and communication, the role of the first unit on the scene, on-scene reports, EMS sector functions, basic and secondary triage, and patient identification.<br /><br />(50 minutes)<br />1.0 CEUs"]
Text[34]=["","Summarizes common unintentional injuries, illnesses, and physiological concerns that are common to young children and babies. Topics include the management of airway, breathing, circulation, and mental status emergencies, as well as the role of the responder in handling suspected child abuse and fatalities.<br /><br />(45 minutes)<br />1.0 CEUs"]
Text[35]=["","Explores the fundamental concepts of chemistry and basic atomic structure. This course also addresses safety and environmental compliance, writing chemical formulas, common units of physical and chemical properties, MSDS and SOP terms and acronyms, and acids and bases. Other topics include neutralization reactions, air- and water-reactive hazards, strong oxidizers, and hazards posed by changing states of matter, unstable chemicals, polymerization, and unintentional mixing.<br /><br />(75 minutes)<br />1.5 CEUs"]
Text[36]=["","Addresses common dangerous weapons, substances, and suspicious behaviors, as well as ways they can be identified; security concerns for hazardous materials; basic facility security requirements, including supply chain and information system; and recognizing and reporting potential security problems. (45 minutes)"]
Text[37]=["","Addresses major security threats to a petrochemical facility; units as potential targets; potential terrorist exploitation of chemical products and intermediates; economic disruption as a consequence of an attack; and chemicals of potential interest. (25 minutes)"]
Text[38]=["","Addresses the purpose of a Security Vulnerability Assessment (SVA); the SVA process; SVA project definition and team selection; SVA planning; site surveys; analysis and recommendation; SVA reports; and resources. (65 minutes)"]
Text[39]=["","Explores why all employees need security training; the planning process for security training; recommended course content; and the inclusion of value chain partners when planning security training. (30 minutes)"]
Text[40]=["","Addresses performance characteristics of an effective physical protection system; perimeters of a physical security system and their components; common types of security equipment; protecting priority areas; and the Buffer Zone Protection Program for chemical facilities. (90 minutes)"]
Text[41]=["","Addresses preventive maintenance of security equipment; developing and implementing a preventive maintenance program; how records are used in a preventive maintenance program; and root cause failure analysis. (60 minutes)"]
Text[42]=["","Examines the key elements of a security plan; third-party verification; the planning process for developing and implementing an effective security plan; changing a security plan; and security plan evaluation. (40 minutes)"]
Text[43]=["","Addresses the elements of an emergency plan; minimizing interruption of operations during and after an emergency; and responses to bomb threats and releases of chemical, biological, or radioactive agents. (50 minutes)"]
Text[44]=["","Examines the purpose of, requirements for, and differences between drills and exercises; elements of drills and exercises; and post-drill/exercise performance assessment and debriefing. (65 minutes)"]
Text[45]=["","Addresses sensitive security information (SSI) and how to protect it; common technology and cybersecurity threats; protecting cyber information systems; petrochemical industry cybersecurity initiatives; and protecting distributed control system components. (55 minutes)"]
Text[46]=["","Addresses ways adults learn; workforce demographics; trainees with special needs; meeting facility needs; training delivery and evaluation; and training preparation. (45 minutes)"]
Text[47]=["","Addresses weapon and dangerous substance detection and common types of weapons and dangerous substances. (65 minutes)"]
Text[48]=["","Addresses who is authorized to do a search and when it should be done. Also addressed are types of non-intrusive searches and special considerations when conducting a physical search. (85 minutes)"]
Text[49]=["","Examines planning a site search; conducting a site search using search sectors and check cards; recognizing when to initiate a search; conducting interior and exterior searches; recognizing hiding places; and handling evidence. (55 minutes)"]
Text[50]=["","Addresses security risk observation techniques; general characteristics and behavioral patterns of persons who are likely to threaten security; and appropriate ways to respond to a person who may pose a security risk. (40 minutes)"]
Text[51]=["","Explores methods used by criminals and terrorists to circumvent security measures; signs of terrorist activities; and techniques to thwart terrorist activities. (55 minutes)"]
Text[52]=["","Explores basic crowd psychology; crowd management during a crisis; physical management of a crowd; event planning; and effective crowd control. (70 minutes)"]
Text[53]=["","Addresses hazardous materials regulations that impact facilities; terrorist exploitation of hazardous chemicals; definition, detection, and identification of hazardous materials; risks from both terrorism and accidents associated with hazardous materials shipments; and hazardous material incident response. (75 minutes)"]
Text[54]=["","Examines types of anthrax infections, including symptoms and treatment, and appropriate responses if anthrax is suspected in suspicious letters or packages.<br />(35 minutes) "]
Text[55]=["","Examines the history and epidemiology of SARS and lists precautions to be taken by professionals who are at greatest risk for contracting the disease.<br />(50 minutes) "]
Text[56]=["","Defines what a pandemic is and how pandemic diseases, specifically influenza, spread. This course covers how to recognize and prevent disease outbreaks and lists common precautions that all can take to reduce the spread of disease-carrying germs. Because preparedness is a key to pandemic disaster prevention, this course covers how everyone, especially employers, can prepare for local pandemic outbreaks.<br />(35 minutes) "]
Text[57]=["","Discusses the signs, symptoms, and treatment of heat stress. Also covers techniques for heat stress prevention. <br />(40 minutes)"]
Text[58]=["","Examines safety policies for hot work, lockout/tagout, and assured grounding. In addition to hazard prevention, this course also covers the basics of electricity, including how current is expressed and at what level humans will be affected.<br />(35 minutes)"]
Text[59]=["","Covers safety practices meant to keep operators safe while working around electricity. This course teaches the correct way to use lockout/tagout procedures and discusses how to verify a de-energized condition.<br />(15 minutes) "]
Text[60]=["","Teaches how to properly work on or around energized parts to avoid electrocution. Who may work on energized parts, what constitutes an energized area, and proper gear and safety precautions are also discussed.<br />(15 minutes)"]
Text[61]=["","Explains how to properly manage equipment when dealing with electricity, including proper handling and inspection to ensure safety. This course also describes how to ground equipment, work in conductive locations, and test equipment.<br />(15 minutes)"]
Text[62]=["","Describes safety training for employees who face a risk of electric shock during equipment installation and  explains the basic safety equipment utilized to make an area as safe as possible.<br />(15 minutes)"]
Text[63]=["","Discusses the importance of hazard recognition skills to effective job safety analysis and personal safety. It discusses when to use hazard recognition skills, common sources of hazards, and resources to help with hazard recognition. It also discusses the four types of hazards, control methods, assessment techniques, and reporting a hazard. <br />(30 minutes) "]
Text[64]=["","Discusses the features and safety factors that are intrinsic to the design, load handling, and operation of forklifts.<br />(50 minutes) "]
Text[65]=["","Medical Surveillance, Screening, and Records discusses the importance of surveillance as it affects overall occupational health. It discusses how employees&#39; health in the workplace is monitored and how companies collect and report employee medical data in order to create a safer workplace.<br />(30 minutes) "]
Text[66]=["","Addresses office safety, including the causes of common injuries that can occur in an office, and the annual rate of injuries.<br />(20 minutes) "]
Text[67]=["","Summarizes the anatomy of the back and the signs and symptoms of back injury. It also teaches workers to recognize workplace hazards that cause back injury and to reduce injury risks by managing heavy physical workloads, learning the mechanics of lifting, applying proper lifting techniques, building core body strength, and eliminating or minimizing hazards when possible.<br />(40 minutes) "]
Text[68]=["","Discusses the basic ergonomic principles and risk assessment methods. It also covers different types of ergonomic injuries and prevention methods. <br />(50 minutes)"]
Text[69]=["","Discusses activated sludge, microorganisms, and how organic matter is removed; and the roles of aeration, flocculation, and filamentous bacteria.<br />(15 minutes)"]
Text[70]=["","Addresses use of the Hazardous Materials Table (HMT) prior to transport; hazardous material, hazardous  substance, and hazardous waste; components of the HMT, including columns and symbols; Proper Shipping Names (PSN); hazard classes; Identification Numbers  for hazardous materials; NA and UN; Packing Groups; label selection based on coding; special provisions, packaging, and limitations of transporting hazardous materials; and stowage categories.<br />(35 minutes)"]
Text[71]=["","Discusses why shipping papers are important and what information is required on them, including the required order for the information in the basic shipping description. It explains where an employee can go to get the needed information. It also discusses additional mandatory information that must be included on the shipping papers for some materials. The Uniform Hazardous Waste Manifest is also discussed as a specialized form of shipping paper for hazardous wastes.<br />(30 minutes) "]
Text[72]=["","Discusses the required markings on hazardous material packaging for both bulk and non-bulk shipments and markings that are prohibited from use. The format and placement of each marking is discussed along with acceptable alternatives.<br />(45 minutes) "]
Text[73]=["","Examines when labeling is  necessary; primary and subsidiary hazard labels; correct labeling practices; label classification; background colors; and label identification.<br />(50 minutes) "]
Text[74]=["","Addresses exceptions to the placarding requirements; correct use of placarding tables; use of subsidiary placards; correct placarding for trucks and tank cars; special provisions for highway and rail transport; placard identification.<br />(40 minutes)"]
Text[75]=["","Explores what jobs require hot work permits; hot work responsibilities; personal protective equipment; hot work procedures; and personnel responsibilities, including the operator and firewatch.<br />(45 minutes)"]
Text[76]=["","Addresses potential targets for terrorist attack; hazardous material transportation; facility security gap assessment; security plan development and implementation; internal and external threats to a company; training; job applicant background check; and preliminary steps for transportation of hazardous materials.<br />(60 minutes) "]
Text[77]=["","Addresses workplace evaluation; employee training; authorized entrants; attendant duties; entry supervisor duties; entry procedures, including closure of a line, testing the atmosphere, flammable gases, and special circumstances and how to deal with them; entry permits; and rescue and emergency services and necessary personal protective equipment.<br />(55 minutes)"]
Text[78]=["","Explores how hearing is damaged; potentially hazardous noise exposures; early symptoms of hearing loss; hearing loss prevention; hearing conservation programs; testing procedures; and hearing protection.<br />(45 minutes)"]
Text[79]=["","Addresses types of fire extinguishers and their uses; classes of fires and appropriate fire  extinguisher selection; fire extinguisher inspection; and fire prevention.<br />(25 minutes)"]
Text[80]=["","Presents an overview of OSHA 29 CFR, including its purpose, application, and intended audience. This course also addresses pertinent definitions, safety, Process Hazard Analysis, employer responsibilities, contractors, mechanical integrity, inspection and testing, incident investigation, and emergency planning and response.<br />(35 minutes) "]
Text[81]=["","Explores agencies that regulate and approve PPE; PPE types, inspection and replacement; and what PPE is necessary to perform certain tasks.<br />(25 minutes)"]
Text[82]=["","Explains what lockout/tagout is and why it is so important to the safety of all workers when maintenance or servicing work is being done. It discusses the OSHA regulations and the required elements in an energy control program. It describes lockout and tagout devices, how they should be applied, and what precautions must be taken to remove them.<br /> (40 minutes)"]
Text[83]=["","Reflects 2006 changes to OSHA&rsquo;s respirator regulations, including those pertaining to APFs, medical evaluations, facepiece seals, and cleaning, maintenance, storage, inspection, and maintenance requirements. This course also explores how contaminants get into the body through the lungs; contamination prevention; primary types of respirators and their use; proper respirator fit; and respirator inspection and cleaning.<br />(30 minutes)"]
Text[84]=["","Addresses hazardous material identification and recognition; exposure effects; Hazard Communication Standard (HCS) and Right-to-Know laws; hazardous material identification systems; hazardous material surveys; MSDSs; preventing worker exposure; monitoring workers for exposure; PPE selection; and emergency procedures.<br />(25 minutes) "]
Text[85]=["","Addresses the OSHA-mandated training requirements for employees that work around benzene. It discusses what regulations apply and the properties and hazards of benzene, along with guidelines for safe handling and storage. It describes the symptoms of short- and long-term exposure, what to do if you are exposed, and control methods to prevent exposure (including the recommended PPE). The learner is informed about the right to observe workplace monitoring as well as when medical examinations should be done. <br />(25 minutes)"]
Text[86]=["","Complies with CFR 1910.1030. This course defines bloodborne pathogens and examines ways they are transmitted. It also explains how to identify biohazards in the workplace, emphasizes ways that employees can prevent contact with pathogens, and discusses how to safely clean up/remove potentially infectious materials. Finally, this course covers actions that employees and employers must take after an exposure incident.<br />(35 minutes)"]
Text[87]=["","Contains an overview of the properties of hydrogen sulfide (H2S), the occupations that might encounter it, and the symptoms of exposure. It discusses both the OSHA and voluntary industry standards for ceiling values as well as recommended engineering and work practices controls, proper PPE, and respirator selection guidelines. It also covers recommended practices for handling H2S, how to respond to an emergency, and emergency first aid guidelines.<br />(25 minutes)"]
Text[88]=["","Discusses the common types of fall hazards associated with different walking/working surfaces and explains different fall prevention and protection measures.<br />(40 minutes) "]
Text[89]=["","Explains the different types of ladders, their features, and their associated hazards and also summarizes safety procedures and precautions..<br />(30 minutes)"]
Text[90]=["","Addresses specifications, uses, chemical properties, and potential harmful effects of butadiene; proper storage techniques; regulations; health risks and effects associated with exposure; and proper work practices to avoid exposure.<br />(30 minutes)"]
Text[91]=["","Contains an overview of RCRA, but it primarily addresses the proper handling and shipping of RCRA hazardous wastes, including on-site storage, selection and safe handling of containers, transportation using the Uniform Hazardous Waste Manifest, and emergency preparedness. <br />(30 minutes)"]
Text[92]=["","Focuses on the regulations for generators. It includes an overview of the structure of RCRA as well as a review of generator requirements. It discusses how hazardous wastes are identified (including an explanation of the new recycling rule) and explains the type of records and reports that generators must keep. <br />(35 minutes)"]
Text[93]=["","Addresses general uses of hydrofluoric acid; necessary permits; personal protective equipment; and safe handling of tools and equipment when working with hydrofluoric acid.<br />(40 minutes)"]
Text[94]=["","Addresses first aid procedures for hydrofluoric acid, preventative measure, and sample collection and preparation.<br />(30 minutes)"]
Text[95]=["","Discusses asbestos hazards in addition to exposure limits, workplace controls, safe handling practices, and protective measures.<br />(40 minutes)"]
Text[96]=["","Addresses ionizing and non-ionizing radiation; alpha and beta properties; radiation presence and the back scatter method; cancer risks due to radiation exposure; overexposure  notification; personal monitoring do&rsquo;s and don&rsquo;ts; ALARA and radiation exposure reduction; and employee responsibilities.<br />(60 minutes)"]
Text[97]=["","Addresses recognition of a hazmat incident; employer requirements; emergency response plan; training requirements for emergency response employees; first responder levels; responding to hazmat incidents; hazardous substance identification; operations evaluation; and hazmat incidents involving different modes of transportation as well as facilities.<br />(40 minutes)"]
Text[98]=["","Addresses NORM and TENORM as they pertain to oil and gas production; where NORM and TENORM are found; regulatory requirements for NORM and TENORM; exposure to NORM and TENORM; NORM surveys; and guidelines for handling NORM.<br />(60 minutes)"]
Text[99]=["","An introduction to the Department of Transportation (DOT) regulations that require Operator Qualification training for those who work with natural gas pipelines. <br />(5 minutes)"]
Text[100]=["","Examines the DOT rules governing accidental ignition sources of natural gas. Other topics include: the fire triangle, common ignition sources for escaping natural gas, buildup and/or discharge of static electricity, hot and cold cutting and welding, and isolation of pipeline segments.<br />(60 minutes)"]
Text[101]=["","Covers the definition of AOCs, identifying AOCs, operator qualification, identification of covered tasks, recognition and reaction to AOCs, and rating hazards. This course assists in compliance with DOT regulations, and references the B31Q standard.<br />(40 minutes)"]
Text[102]=["","Explains the difference between abnormal operations and abnormal operating conditions, describes safety-related conditions, and explains how to recognize possible causes of abnormal operations including appropriate responsive actions. Reporting requirements for safety-related conditions are also stated. References to DOT standards that apply to abnormal operations and safety-related conditions are listed.<br />(15 minutes)"]
Text[103]=["","Explores the composition, properties and flammable characteristics of natural gas, the history of natural gas use, gas leak and carbon monoxide monitoring, and natural gas safety.<br />(55 minutes)"]
Text[104]=["","Examines categories of combustible gas instruments, characteristics and properties of natural gas, the fire triangle, LELs, UELs, OSHA safe working levels, carbon monoxide hazards and detection, and the use, operation, and inspection of combustible gas indicators and flame ionization units.<br />(60 minutes)"]
Text[105]=["","Addresses excavation safety regulations, excavation terms and definitions, cave-in causes, soil types and testing, and excavation protection methods.<br />(65 minutes)"]
Text[106]=["","Explores the reasons for pigging, pig types and use, common pigging techniques, safe launching and receiving practices, and smart pigging techniques.<br />(90 minutes)"]
Text[107]=["","Examines house counts, class locations, use of a &quot;sliding mule,&quot; leak surveys and classification, pipeline patrols, pipeline marker installation, natural gas detection instruments, bar hole testing, natural gas migration patterns, leak survey records, and more.<br />(100 minutes)"]
Text[108]=["","Examines surveys for transmission, jurisdictional gathering and distribution facilities; leak surveys and pipeline patrols; pipeline marker installation; house counts; natural gas detection instruments; marking exposed pipe; and more.<br />(75 minutes)"]
Text[109]=["","Addresses construction procedures, conditions, and special considerations involving natural gas pipelines at bridges, stream crossings, ravines, levees, highways and railroad crossings. Also discussed are: external corrosion control of buried or submerged pipelines; protective measures to control atmospheric corrosion; and use of electrical surveys, corrosion history reviews, and records of exposed pipe examinations.<br />(65 minutes)"]
Text[110]=["","Addresses the importance of the control of pipeline leakage and proper steps of leak investigation necessary for the safe operation of any natural gas pipeline system. Applicable regulations, leaks in progress, special leak precautions, leak detection, and leak surveys are also examined.<br />(65 minutes)"]
Text[111]=["","Explores the control of natural gas pipeline leakage and necessary leak investigation steps. DOT regulations for Continuing Surveillance and Investigation of Failure are also reviewed.<br />(15 minutes)"]
Text[112]=["","Addresses a written damage prevention program, who is responsible for damage prevention, locating methods and procedures, marker colors and associated utilities, and public education.<br />(85 minutes)"]
Text[113]=["","Explains the requirements for locating and marking underground facilities before excavation work can take place. Some of the main topics include the one-call system, locating underground facilities (overview), marking methods, and public and contractor education. DOT standards and B31Q Tasks that are relevant to damage prevention are listed. Common abnormal operating conditions (AOCs) that may be encountered while performing excavation work are identified, including possible responses.<br />(30 minutes)"]
Text[114]=["","Explores the purpose of gas dehydration, including the triethylene glycol dehydration process, as well as tips and operating checks for efficient operation of the triethylene glycol dehydration unit.<br />(65 minutes)"]
Text[115]=["","Examines the triethylene glycol analysis process, including regular maintenance procedures for dehydration equipment, and startup and basic troubleshooting of a triethylene glycol gas dehydration unit.<br />(65 minutes)"]
Text[116]=["","Examines valve operations and maintenance according to original equipment manufacturers procedures. Rotary, linear, and pneumatic valve operators are discussed, as are preventive maintenance, lubrication, and safety precautions.<br />(45 minutes) "]
Text[117]=["","Explores valve operation and maintenance according to DOT regulations. Gate, ball, and plug valves are discussed, as are preventive maintenance, lubrication, and safety precautions.<br />(108 minutes)"]
Text[118]=["","Explains how a ball valve operates, along with different design features and their purposes. It also discusses proper cleaning, lubricating, and maintenance techniques that are unique to ball valve maintenance. DOT standards and B31Q Tasks that are relevant to inspection and maintenance of valves are listed. Common abnormal operating conditions (AOCs) that may be encountered while inspecting or maintaining valves are identified, including proper reactions. <br />(25 minutes)"]
Text[119]=["","Explains how a gate valve operates, along with many of the different design features and their purpose. It also discusses proper cleaning, lubricating, and maintenance techniques that are unique to gate valve maintenance. DOT standards and B31Q Tasks that are relevant to inspection and maintenance of valves are listed. Common abnormal operating conditions (AOCs) that may be encountered while inspecting or maintaining valves are identified., including possible reactions. <br />(20 minutes)"]
Text[120]=["","Examines safety and environmental issues associated with joining pipe; determining correct thread length; application of sealing compound and tape; precautions for slip-type fittings; nut and bolt selection; tightening sequence and numbering systems for flange connections; reuse of a threaded fastener; calibration frequency, records, and specifications for torque wrenches; torque wrench maintenance; and Abnormal Operating Conditions encountered when joining pipe.<br />(35 minutes)"]
Text[121]=["","Explains the various types of pipeline leaks and the methods to repair them. The definitions and procedures for &#34;hot&#34; and &#34;cold&#34; cutting and welding are included. DOT standards and B31Q Tasks that are relevant to pipeline leak repairs are listed. Common abnormal operating conditions (AOCs) that may be encountered while making pipeline leak repairs are identified, including possible responses.<br />(40 minutes)"]
Text[122]=["","Examines pipeline purging through displacement or dilution; methods of isolating equipment; purging pipelines using air or natural gas; and pipeline purging safety precautions.<br />(55 minutes)"]
Text[123]=["","Addresses the mechanical procedures, safety precautions, and limitations of pressurized pipeline tapping; procedures and precautions for preparing a pipeline for a hot tap operation; and mechanical procedures and precautions for pressurized pipeline stopping.<br />(105 minutes)"]
Text[124]=["","Examines deactivation and abandonment of steel and plastic pipeline facilities, including mains, services, regulators, meters, and odorizers; and the importance of documenting deactivated and abandoned facilities.<br />(45 minutes)"]
Text[125]=["","Addresses terms associated with anode installation and leak repair; the galvanic anode theory; different types of anodes and their uses; anode installation; cable bonding and exothermic welding techniques; and soldering procedures.<br />(45 minutes)"]
Text[126]=["","Addresses steps to be taken during a planned shutdown; steps for returning a shut-down section to operation and starting up a new line; basic procedures for emergency shutdown; and how to prevent accidental ignition during shutdown and startup.<br />(45 minutes)"]
Text[127]=["","Examines equipment needed to locate and repair rectifier failures; precautions to be used when troubleshooting rectifiers; common problems in rectifier failures; troubleshooting tips and procedure guidelines; and basic troubleshooting techniques for locating contacts.<br />(60 minutes)"]
Text[128]=["","Addresses types of and conditions for corrosion; corrosion control on pipelines; cathodic protection; galvanic anodes; impressed current and galvanic systems; types of rectifiers and their functions; inspection guidelines; and the efficiency formula.<br />(60 minutes)"]
Text[129]=["","Addresses the corrosion process; surface preparation for corrosion protection; coating below-ground pipe sections and field joints; and inspecting, repairing, and handling coated pipe.<br />(65 minutes)"]
Text[130]=["","Addresses exothermic welding procedures; test station function; test stations used for pipe-to-soil surveys; test station installation methods; cable bonding techniques; soldering methods; and materials, spacing and location.<br />(50 minutes)"]
Text[131]=["","Addresses cathodic protection criteria and piping applications; cathodic protection surveys; and survey data evaluation and reporting.<br />(50 minutes) "]
Text[132]=["","Examines the purpose and categories of pipe casings; the functions of protective coatings for casings; and shorted casings.<br />(55 minutes)"]
Text[133]=["","Explains the requirements and acceptable methods for pipe inspections. The different causes of internal pipe corrosion, monitoring, and corrosion control methods are also described. Industry standards for acceptable gas quality are included, as well as a list of DOT standards and B31Q tasks that are relevant to corrosion control. Common abnormal operating conditions (AOCs) that may be encountered while monitoring corrosion are identified, including possible responses. <br />(45 minutes)"]
Text[134]=["","Addresses foreign interference; static, dynamic, and AC-induced stray current; calculating circuit resistance of a bond; and eliminating stray current interference.<br />(50 minutes)"]
Text[135]=["","Examines corrosion types, conditions, causes, and rates; bacterial corrosion; rectifier troubleshooting; pipe-to-soil surveys, including survey maintenance and equipment; electrode placement; reading potentials with meters; close interval surveys; data logger systems; and dresser couplings.<br />(70 minutes)"]
Text[136]=["","Examines pipeline safety regulations (CFR Title 49 Part 195) including corrosion control (Subpart H). This course addresses requirements for atmospheric corrosion control; specific DOT regulations (including Part 192) pertaining to atmospheric corrosion in pipeline operations; the corrosion process; attributes of and risk factors for atmospheric corrosion; and protective measures for atmosphere corrosion control.<br />(40 minutes)"]
Text[137]=["","Addresses rigging safety, including job planning, inspection of tools and equipment, and proper use of equipment; determining area, volume, radius, load weight, center of gravity, and sling tension; inspecting different kinds of rigging equipment in accordance with OSHA regulations; safe rigging practices and proper use of equipment and standard hand signals.<br />(105 minutes)"]
Text[138]=["","Examines types of electric arc welding; types and uses of joints; weld defects and prevention; preheating a weld area; electrode selection and storage; welding sequence; pipe beveling and lineup; are welding techniques and striking the arc; hot and cold welding and cutting; weld positions; field inspections of welds; and safety precautions during electric arc welding.<br />(95 minutes)"]
Text[139]=["","Addresses butt, fillet, and 90&deg; branch welds; safety precautions for welders; essential variables; single and multiple qualification tests; macro-section tests and face bend tests on branch and sleeve welds; typical welder qualification tests; and DOT 192 Appendix C.<br />(130 minutes)"]
Text[140]=["","Examines the functions of a welding inspector; percentages of each day&#146;s butt welds to be tested, depending upon class location, when nondestructive testing is required; common welding defects and how to cure them; information needed on welding inspection reports; and essential variables.<br />(60 minutes)"]
Text[141]=["","Addresses types of gas welding; identifying joints; equipment needed for oxy/acetylene and gas welding and cutting; neutral, carburizing, and oxidizing flames; purging hoses; field inspection of welds; weld positions; hot and cold welding and cutting; and safety precautions.<br />(90 minutes)"]
Text[142]=["","Addresses the causes and effects of stress corrosion cracking (SCC); the conditions that indicate the need to inspect for SCC; the preparation of a pipeline for Wet Magnetic Particle (MT) Inspection; the preparation of a pipeline for Dry Magnetic Particle Inspection; inspection documentation requirements; defining Abnormal Operating Conditions; and reacting to Abnormal Operating Conditions affecting MT Inspections.<br />(30 minutes)"]
Text[143]=["","Examines the liquid dye penetrant inspection process, including weld preparation, application of liquid penetrant cleaner and developer, weld post-cleaning, documentation requirements, and abnormal operating conditions.<br />(35 minutes)"]
Text[144]=["","Examines the purpose and applicability of ultrasonic thickness testing. The steps for conducting an ultrasonic thickness test are explained, as are pipe or metal surface preparation, and use of couplant gel.<br />(35 minutes)"]
Text[145]=["","Explores procedures and safety precautions of Compressor Station Operation, including: compressor station components; written emergency plan; compressor station systems; emergency shutdown procedures; and electrical hazards.<br />(95 minutes) "]
Text[146]=["","Addresses operation of an internal combustion-reciprocating compressor, including start-up, loading, unloading and shutdown procedures; parts of a compressor; and compressor troubleshooting and maintenance.<br />(85 minutes) "]
Text[147]=["","Examines the operational process of a turbine compressor unit. This course addresses theory of operation for turbine and centrifugal compressor units; major components of the turbine unit; purposes of fuel gas, lubrication, and air systems; key components of wet and dry seal systems; startup, loading, unloading, and shutdown procedures for turbine compressor units; and maintenance disadvantages.<br />(95 minutes)"]
Text[148]=["","Examines the major components of a compressor cylinder; compressor valve operation and classification of cylinders; troubleshooting and safely changing compressor cylinders; maximizing available horsepower for compressor efficiency; and piston rings and packing materials.<br />(60 minutes)"]
Text[149]=["","Addresses gas path integrity and maintenance to minimize compromises; horizontal and vertical rod runout; critical compressor clearances involved in gas path integrity, including measurement, records, acceptable limits, and adjustment; leak testing methods and repair; run-time verification tests; and proper torquing of threaded fasteners.<br />(70 minutes)"]
Text[150]=["","Addresses the importance of balanced engine power cylinders for fuel efficiency, emissions control, and lower repair costs; correct procedures and methods for balancing power cylinders; and how engine performance-monitoring tools are used to balance power cylinders.<br />(45 minutes)"]
Text[151]=["","Examines major gas control terminology; flow rate and pressure; SCADA systems; compressor operation basics; emergency response; and overpressure protection for pipelines carrying high-pressure gas.<br />(60 minutes)"]
Text[152]=["","Addresses workplace substance abuse, DOT-regulated drug abuse policies, job performance, crisis situations, drug testing requirements, and the roles and responsibilities of supervisors.<br />(75 minutes)"]
Text[153]=["","Addresses workplace substance abuse, DOT-regulated alcohol abuse policies, job performance, crisis situations, alcohol testing requirements, and the roles and responsibilities of supervisors.<br />(60 minutes) "]
Text[154]=["","Provides general information about the management of solid waste, specifically non-hazardous waste and hazardous waste as defined in RCRA Subtitle C, and an overview of the waste minimization hierarchy.<br />(50 minutes)"]
Text[155]=["","Is a general overview course that discusses the purpose of air permitting, federal and state operating permits, stack and fugitive emissions, emissions issues, agency inspections, inspection preparation, and responding to Notices of Violation.<br />(25 minutes)"]
Text[156]=["","Is designed to make employees aware of the type of environmental concerns,including regulatory requirements that pipeline operators must address.<br />(30 minutes)"]
Text[157]=["","Addresses basic properties of electricity, circuits, and safety device components; Ohm&#146;s law; measuring voltage, current, and resistance; types of switches and relays; common electrical symbols and their use in wiring and line diagrams; inductance and capacitance; waveform properties and phase relationships; and transformers.<br />(95 minutes)"]
Text[158]=["","Addresses basic information and hardware components concerning PLCs; principles of PLC operation; applications of PLCs in the natural gas industry; installation, calibration and checkout, documentation, and troubleshooting PLCs; peripheral devices used with PLCs; waveform properties and phase relationships; and ladder logic and other skills associated with programming PLCs.<br />(70 minutes)"]
Text[159]=["","Addresses SCADA system: history, office and field hardware components, communication protocols, installation, calibration, and troubleshooting.<br />(105 minutes)"]
Text[160]=["","Covers the definition of AOCs, identifying AOCs, operator qualification, identification of covered tasks, recognition and reaction to AOCs, and rating hazards. This course assists in compliance with DOT regulations, and references the B31Q standard.<br />(40 minutes)"]
Text[161]=["","Explains the difference between abnormal operations and abnormal operating conditions, describes safety-related conditions, and explains how to recognize possible causes of abnormal operations including appropriate responsive actions. Reporting requirements for safety-related conditions are also stated. References to DOT standards that apply to abnormal operations and safety-related conditions are listed.<br />(15 minutes)"]
Text[162]=["","Addresses underground storage in the energy industry; similarities and differences of gas and liquids products; basic storage functions and terms; different types of underground storage; and the purpose and function of underground storage equipment.<br />(95 minutes)"]
Text[163]=["","Explains the function of valves in a pipeline system and the importance of visual inspections and maintenance to ensure that they work properly.  It also discusses the qualities of a proper lubricant/sealant, how and when they should be used, and the equipment used to apply them. DOT standards and B31Q Tasks that are relevant to inspection and maintenance of valves are listed, as well as common AOCs.<br />(25 minutes)"]
Text[164]=["","Explains how a plug valve operates, along with many of the different design features and their purpose. It also discusses proper cleaning, lubricating, and maintenance techniques that are unique to plug valve maintenance. DOT standards and B31Q Tasks that are relevant to inspection and maintenance of valves are listed. Common abnormal operating conditions (AOCs) that may be encountered while inspecting or maintaining valves are identified, including proper reactions.<br />(20 minutes)"]
Text[165]=["","Is a general overview course that discusses the purpose of air permitting, Title V operating permits, stack and fugitive emissions, emissions issues, agency inspections, inspection preparation, and responding to a citation.<br />(20 minutes)"]
Text[166]=["","Addresses appropriate interview protocols with the news media and emergency response officials at the scene of a pipeline emergency.<br />(35 minutes)"]
Text[167]=["","Describes how employees and workplaces can prepare for a pandemic.<br />(30 minutes)"]
Text[168]=["","Examines Corrosion Control regulations and other CFR Title 49 Part 195 provisions. Other topics include: pipeline patrols; population changes and encroachments; underwater inspection and reburial of pipelines in the Gulf of Mexico; and inspection of exposed pipelines, right-of-way markers, in-service breakout tanks, and rectifiers.<br />(50 minutes)"]
Text[169]=["","Guides operating personnel through these key DOT regulations governing liquid pipelines.<br />(30 minutes)"]
Text[170]=["","Addresses key regulations for pipeline safety and corrosion control, including: excavation backfilling for liquid pipelines; location, installation, and maintenance of permanent pipeline marker signs; corrosion inspection for uncovered pipelines; continuing education; written damage prevention programs; one-call systems; responsibility for facility locations; temporary pipeline marking; symbols; qualifications to perform pipeline location and marking; excavation near pressurized pipelines; safety buffer zones; and abnormal operating conditions.<br />(65 minutes)"]
Text[171]=["","Reflects CFR Title 49 Part 195 pipeline safety regulations, including Subpart H Corrosion Control. Topics addressed in this course include: below-ground pipeline coating for hazardous liquid pipelines; remedial actions when exposed pipeline is located; pipe coating removal; pipeline operator responsibilities; marking exposed pipeline; pipe surface preparation; coating material preparation and application; jeeping; and abnormal operating conditions.<br />(85 minutes)"]
Text[172]=["","Addresses DOT Subpart H - Corrosion Control regulations regarding cathodic protection and test lead installation on liquid pipeline systems; terms associated with galvanic anode installation; the galvanic anode theory; types of anodes and their uses; calculations for sacrificial anode output and expected life; anode installation; cable bonding and exothermic welding techniques; and Abnormal Operating Conditions.<br />(50 minutes)"]
Text[173]=["","Examines pipeline safety regulations in CFR Title 49 Part 195 and Subpart H - Corrosion Control with regard to: testing frequency of cathodically protected pipelines, including bonds, and buried or submerged pipelines; measurement of tank bottom-to-soil potentials; handling Abnormal Operating Conditions during annual surveys; measurement of pipe-to-soil, tank bottom-to-soil, and casing-to-soil potentials; correctly reading potentials and the electrical criteria used to determine adequate protection; electrode (half-cell) maintenance; placement of an electrode (half-cell) and use of a multi-meter while taking potentials readings; foreign electrical interference; and foreign line interference testing.<br />(110 minutes)"]
Text[174]=["","Addresses CFR Title 49 Part 195 regulations, including corrosion control (Subpart H). This course examines cathodic protection recitifiers, including: instruments used to troubleshoot rectifiers and cathodic protection systems; troubleshooting precautions and procedures; abnormal operating conditions; common operational problems; rectifier repair techniques; and basic troubleshooting techniques used when locating contacts.<br />(70 minutes)"]
Text[175]=["","Addresses Title 49 Part 195 pipeline safety regulations, including corrosion control (Subpart H). This course examines conditions for corrosion cell function; types of pipeline corrosion cells; requirements for liquid pipeline systems; controlling corrosion on pipelines and aboveground storage tanks; cathodic protection testing; installation of test leads; cathodic protection rectifier inspections; and recognizing and reacting to abnormal operating conditions.<br />(80 minutes)"]
Text[176]=["","Addresses CFR Title 49 Part 195 pipeline safety regulations, including corrosion control (Subpart H). This course addresses terms associated with exothermic welding procedures; test stations and cathodic protection regulations; test stations used for pipe-to-soil surveys; test station installation methods; performing pull tests; test station materials, spacing and location; and recognizing and reacting to abnormal operating conditions.<br />(50 minutes)"]
Text[177]=["","Addresses CFR Title 49 Part 195 pipeline safety regulations, including corrosion control (Subpart H). This course teaches operating personnel about: foreign interference; static, dynamic, and AC-induced stray currents; calculating circuit resistance of a bond; and eliminating stray current interference.<br />(60 minutes)"]
Text[178]=["","Explores the purpose, types, and basic functions of natural gas compressors and pipeline pumps; starting and stopping procedures for a products pump; the functions of the devices used to prevent pipeline overpressure, including relief valves, monitor regulators, regulators, pressure switches, and pressure transmitters.<br />(85 minutes)"]
Text[179]=["","Explores the basic definitions of a liquid pipeline system; duties and responsibilities of a pipeline controller; types of pipeline control and their regulations; calculations on safe and timely product delivery; SCADA and SCADA monitoring systems; and procedure and follow-up actions for emergency response.<br />(65 minutes)"]
Text[180]=["","Addresses the type of equipment the PLC replaces and PLC application; functions of PLC hardware components; PLC modes of operation; PLC memory function; PLC installation in various environments; calibration and check-out of analog loops in a PLC, including zero and span adjustments; proper operation of discrete I/O in a PLC; documenting PLC calibration and check-out; basic troubleshooting; PLC ladder logic concepts and changes; PLC timers and counters, including function and on-site changes; adjusting PLC pressure set points on-site; implementing PLC programs on-site; documenting PLC program changes; and regulatory requirements for the use of PLCs in the pipeline industry.<br />(125 minutes)"]
Text[181]=["","Examines the functions of a pressure switch; absolute and gauge pressure; primary and secondary calibration standards; pressure switch inspection, operational testing, and calibration; federal regulations; and abnormal operating conditions.<br />(50 minutes)"]
Text[182]=["","Examines pressure transmitter functions; absolute and gauge pressure; primary and secondary calibration standards; pressure transmitter inspection, operational testing, and calibration; documenting calibration results; applicable federal regulations; and abnormal operating conditions.<br />(60 minutes)"]
Text[183]=["","Reflects DOT pipeline safety regulations (CFR Title 49 Part 195), including corrosion control (Subpart H) with regard to liquid pipelines. This course addresses conditions for corrosion cell function; corrosion on metal structures; anodic and cathodic area functions and roles in protecting against metal loss on above-ground steel storage tanks; stray (interference) currents and direct current (DC); general and pitting corrosion; types of corrosion cells on steel storage tanks; galvanic (sacrificial) anodes and impressed current systems; external corrosion control testing intervals for cathodic protection systems and breakout tank inspections; insulated (electrical isolation) joints and protective coatings; anode operation and installation; measuring tank bottom-to-soil potential readings while considering the IR drop and at the center of the tank bottom; and abnormal operating conditions pertaining to rectifier inspections.<br />(70 minutes)"]
Text[184]=["","Reflects DOT pipeline safety regulations (CFR Title 49 Part 195) regarding cathodic protection on liquid pipelines. This course addresses tank shell inspections in accordance with API-575 Inspection of Atmospheric and Low-Pressure Storage Tanks; corrosion cell function; how corrosion occurs where electrical current leaves or flows from a metal structure; anodic and cathodic area functions and roles in protecting against metal loss on above-ground steel storage tanks; stray (interference) currents and direct current (DC); general and pitting corrosion; types of corrosion cells on steel storage tanks; applying cathodic protection; galvanic (sacrificial) anodes and impressed current systems; external corrosion control testing intervals for cathodic protection systems and breakout tank inspections; and abnormal operating conditions pertaining to rectifier inspections.<br />(60 minutes)"]
Text[185]=["","Addresses the aboveground storage tank overfill protection program outlined by the American Petroleum Institute (API 2350). Also addressed are: API and National Fire Protection Association (NFPA 30) recommended practices; overfill protection requirements and state regulatory agency impact; Class I liquids; overfill protection written procedures; product transfer written procedures; tank alarm levels and equipment for attended and unattended tank facilities; and abnormal operating conditions.<br />(70 minutes)"]
Text[186]=["","Addresses trends and economic forces driving change in the pipeline industry; competence, performance, and productivity; human performance model; the human performance system; and human performance improvement.<br />(40 minutes)"]
Text[187]=["","Examines mentoring and counseling basics and comparison; an effective mentoring system; the need for mentoring and counseling; roles, responsibilities, and ethical behavior of mentors; needs of adult learners; value and behaviors and how they affect mentors; trust and rapport, including building trust, communication techniques and facilitative listening; expectation and feedback; and conflict resolution.<br />(65 minutes)"]
Text[188]=["","Examines differences between mentoring and job performance evaluations; the evaluator&#146;s role; employee evaluation plan; competency profiles; assessing knowledge, skills, attributes, and common barriers to accurate observation; teaching job task knowledge and job skills; and giving and receiving feedback.<br />(35 minutes)"]
Text[189]=["","Addresses how to participate in a media interview at the scene of an emergency; the five &quot;Ws&quot; and the &quot;nine points;&quot; what emergency response officials and the news media should know during a company emergency; providing the media with proper contact information; a spokesperson&#146;s role during pipeline emergencies, including compliance with DOT regulation Title 49 CFR 192.615; and use of pipeline maps and drawings.<br />(35 minutes) "]
Text[190]=["","Addresses the Incident Command System (ICS) and Natural Gas Emergencies training program; Incident Commander responsibilities and staff; kinds of pipeline emergencies and company response; implementing a successful ICS; the role of NIMS in incident management; and maintaining relations with emergency response officials.<br />(35 minutes)"]
Text[191]=["","Examines basic operations of an aerial lift, including different types of hazards, inspection and safety practices, and hazard avoidance.<br />(35 minutes)"]
Text[192]=["","Explores International Mobile Crane Hand Signals used to communicate with operators.<br />(25 minutes) "]
Text[193]=["","Explains how hand tools work, identifies safe work techniques and general maintenance requirements, and lists tool inspection tasks. In addition to screwdrivers and wrenches, the safe use of drifts, chisels, punches, hammers, and sockets is also addressed.<br />(35 minutes)"]
Text[194]=["","Addresses the identification and safe use of pliers, saws, shears, snips, cable cutters, clamps, vices, rules, gauges, taps, dies, and bolt extractors.<br />(45 minutes)"]
Text[195]=["","Describes the differences between pneumatic and electric power tools. Proper power tool use and hazard identification, inspection tasks, and general maintenance requirements are also addressed.<br />(35 minutes)"]
Text[196]=["","Addresses hand signals for truck and gantry cranes; safe loads for chains, shackles, open eye hooks, wire ropes, and web slings; chain hoists, come-alongs, and jacks; lift capacity chart for lattice boom cranes, and basic maintenance and inspection of rigging.<br />(30 minutes)"]
Text[197]=["","Examines the characteristics, advantages, and limitations of basic slings, as well as the use, storage, and maintenance of slings.<br />(35 minutes)"]
Text[198]=["","Examines parts of a scaffold and how they work together, safe scaffold construction, scaffold inspection, and scaffold safety terms.<br />(35 minutes)"]
Text[199]=["","Examines types of control valves and their applications; material compatibility and durability of control valves; types of control valve actuators and their applications; and the selection process for various types of actuators.<br />(35 minutes) "]
Text[200]=["","Explores both hydrostatic and pneumatic testing methods for detecting leaks in pipes and tubing, and the basic procedures for each.<br />(15 minutes)"]
Text[201]=["","Addresses the four major control responses for automatic controls; names of controls located on the controller; names of adjustments that should not be moved; and adjustments located on the controller.<br />(30 minutes)"]
Text[202]=["","Explores the letters and symbols of the American Standard Pipe Thread; tools and methods used to determine whether pipe threads meet dimensional requirements; and requirements for tight make-up of threaded pipe connections.<br />(40 minutes)"]
Text[203]=["","Provides the beginning pipefitter with a general overview of pipe hangers and supports, with an emphasis on their identification and correct use in industry.<br />(25 minutes)"]
Text[204]=["","Examines types of basic valves and valve connections; valve installation techniques; and types of valve maintenance techniques.<br />(50 minutes)"]
Text[205]=["","Explores steam trap design and operation, and types of steam traps and their associated problems.<br />(50 minutes)"]
Text[206]=["","Explores how each type of thermostatic trap works, including the movement of the cage unit within the trap casing and the metal traps.<br />(20 minutes)"]
Text[207]=["","Addresses types of mechanical traps and how they work; the differences between mechanical and other type traps; how air binding and F and T traps are used when air is present; and proper mechanical trap maintenance.<br />(20 minutes)"]
Text[208]=["","Explores how thermodynamic traps depend on flash steam for proper operation; the simple design of the tilting disc-type and the piston and lever-type thermodynamic traps; and proper thermodynamic trap maintenance.<br />(30 minutes)"]
Text[209]=["","Examines site maps; work zones, controlled access points, and boundaries; the buddy system; site and emergency communication; accessing medical assistance; and safe work practices.<br />(30 minutes)"]
Text[210]=["","Addresses the site evaluation process; health and safety risks; PPE for initial site entry; pre-entry information; types of monitoring; and risk identification and employee notification.<br />(25 minutes)"]
Text[211]=["","Addresses the Hazardous Waste Operations and Emergency Response (HAZWOPER) standard; the Resource Conservation and Recovery Act (RCRA); the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA); Superfund Amendments and Reauthorization Act (SARA); Emergency Planning and Community Right-to-Know Act (EPCRA); the Hazard Communication Standard (HCS) and other regulations pertinent to HAZWOPER; and the future of worker health and safety regulations.<br />(45 minutes)"]
Text[212]=["","Examines the physical properties of toxic substances; toxicity; hazards and hazard factors; local and systemic health effects; and measuring and monitoring exposures.<br />(50 minutes)"]
Text[213]=["","Addresses major hazards requiring immediate identification; Material Safety Data Sheets (MSDS); identification methods for hazardous materials that are transported and in the workplace; and in-plant labels and hazardous material identification systems.<br />(55 minutes)"]
Text[214]=["","Addresses the difference between an incidental release and one that requires an emergency response; rescue/response actions, including sequence; the National Response System; and Incident Command.<br />(45 minutes)"]
Text[215]=["","Defines decontamination and discusses a decontamination plan, methods, areas, and monitoring. Emergency decontamination is also addressed as decontamination of equipment and PPE.<br />(40 minutes)"]
Text[216]=["","Addresses the purposes and components of: site safety and health programs; site-specific safety and health plans; safety and health training programs; and medical surveillance programs.<br />(35 minutes)"]
Text[217]=["","Defines a site-specific safety and health plan, lists its elements, and discusses site-specific safety and health plan tools.<br />(30 minutes)"]
Text[218]=["","Explains the importance of HAZWOPER training and identifies training recipients and levels. This course also lists training requirements for: emergency responders and workers at cleanup sites and treatment, storage, and disposal facilities.<br />(30 minutes)"]
Text[219]=["","Addresses when to conduct air monitoring and detection; types and limitations of direct-reading instruments; monitoring for IDLH conditions; laboratory analysis of samples; monitoring of high-risk employees at hazardous waste sites; and personal air sampling methods.<br />(40 minutes)"]
Text[220]=["","Defines sampling and analysis and also Addresses personal sampling, environmental sampling techniques, drum sampling techniques, wipe sampling, bulk sampling, and analytical methods and laboratories.<br />(75 minutes)"]
Text[221]=["","Identifies and describes factors that make a chemical hazardous. This course also lists and explains the health and physical hazards of chemicals, and discusses how to recognize and reduce chemical exposure.<br />(40 minutes) "]
Text[222]=["","Defines physical hazards and also Addresses noise, heat stress, cold stress, ionizing radiation, vibration, certain chemicals, and slips, trips, and falls.<br />(75 minutes)"]
Text[223]=["","Addresses PPE programs; respiratory protection programs; types of respirators; respirator selection, use, maintenance, and storage; chemical protective clothing selection, use, maintenance, and storage; EPA levels of protection; and PPE uses and hazards.<br />(80 minutes)"]
Text[224]=["","Addresses the purposes and components of a medical surveillance program and pre-employment screening. Periodic medical screening is also addressed.<br />(45 minutes)"]
Text[225]=["","Explores confined space entry, including: confined space examples, hazards, permit-required confined spaces, hazard controls, training requirements, assigned personnel duties, employer&#146;s responsibilities, entry permits, and safe entry.<br />(70 minutes)"]
Text[226]=["","Addresses accuracy of information; the Hazard Communication Standard (HCS); downstream flow of information; Material Safety Data Sheet (MSDS); hazard communication program; hazard communication changes; and other information sources.<br />(35 minutes) "]
Text[227]=["","Examines the elements of a spill containment program and new spill containment technologies.<br />(25 minutes)"]
Text[228]=["","Provides general awareness about first aid. Course topics include: techniques and supplies used to administer first aid and types of care provided as the result of common hazardous waste site accidents. This course is not a first aid certification course.<br />(55 minutes)"]
Text[229]=["","Addresses energy control programs; the purposes of lockout/tagout procedures; energy sources and their control; lockout/tagout procedure steps; steps for reactivating equipment; differences between lockout and tagout; effective lockout and tagout devices; training requirements; and tag limitations.<br />(55 minutes)"]
Text[230]=["","Examines origins of the HAZWOPER emergency response plan; emergency action vs. emergency response plans; elements of emergency action and emergency response plans; how to handle an emergency response; and the Incident Command System.<br />(45 minutes)"]
Text[231]=["","Addresses drum and container inspection, handling, opening, and sampling; characterization, staging, and bulking; shipping and transport; and entering tanks and vaults.<br />(55 minutes)"]
Text[232]=["","Examines the employment provision of the ADA, including who is considered disabled, what steps an employer must take to accommodate disabled employees, some tax benefits for employers complying with the ADA, and what to do if an employee has a complaint.<br />(45 minutes)"]
Text[233]=["","Covers the federal minimum wage and who is exempt from it, the guidelines for workers less than 18 years of age, and provisions for a 40-hour workweek and overtime pay.<br />(40 minutes)"]
Text[234]=["","The Family and Medical Leave Act (FMLA) requires most employers to provide unpaid, job-protected leave to eligible employees for certain family and medical reasons, including new military family leave provisions. This course informs employees about their federal rights and informs supervisors about how family and medical leave works. The course describes an &quot;eligible employee&quot;, how time off is calculated, and under what circumstances an employee can take family or medical leave. The course also covers requesting leave, the medical certification process, and employer notification requirements. It includes the new provision in the Act&lsquo;s first amendments effective January 2009.<br />(35 minutes)"]
Text[235]=["","Explores the advantages and disadvantages of e-mail, e-mail etiquette rules, spam and flames, company e-mail policies, and other aspects of e-mail.<br />(35 minutes)"]
Text[236]=["","Explains how to conduct telephone calls in a professional manner, including answering, placing customers on hold, taking messages, transferring a call, and concluding a call.<br />(35 minutes)"]
Text[237]=["","Teaches managers about sexual harassment terminology, how to recognize occurrences, and how to handle a complaint. Laws governing sexual harassment and other aspects also are addressed.<br />(45 minutes)"]
Text[238]=["","Teaches managers about sexual harassment terminology, how to recognize occurrences, and how to handle a complaint. Laws governing sexual harassment and other aspects also are addressed.<br />(45 minutes)"]
Text[239]=["","Examines types of workplace violence, steps employer can take to protect their employees and themselves, recognizing the potential for violence, what to do after a violent incident occurs, and more.<br />(45 minutes)"]
Text[240]=["","Teaches learners about the importance of diversity in the workplace, the role of diversity in management and the workforce, types of diversity, diverse workplace plans, and more.<br />(45 minutes)"]
Text[241]=["","Examines common symptoms and signs of possible substance abuse, drug- and alcohol-free workplaces, drug- and alcohol-free workplace programs, substance abuse testing, and how to confront employees with substance abuse problems.<br />(70 minutes)"]
Text[242]=["","Explores the need for a company substance abuse policy, compliance with company policy, common signs of substance abuse, commonly-abused drugs and associated terminology, and assistance for employees with substance abuse problems.<br />(95 minutes)"]
Text[243]=["","Explains how to recognize the warning signs of anger in co-workers and potential actions that can be taken to diffuse it.<br />(20 minutes)"]
Text[244]=["","Demonstrates how employee anger affects the workplace and provides examples of techniques used to control, manage, and eliminate anger issues before they become workplace issues.<br />(25 minutes)"]
Text[245]=["","Explores effective time management skills, use of the five-point checklist to define goals, task prioritization, and methods of defining goals and tasks for groups.<br />(45 minutes) "]
Text[246]=["","Teaches the learner methods that can be used to organize their environment, their time, and their thoughts.<br />(30 minutes)"]
Text[247]=["","Examines the roles of coaching and counseling in the workplace and how to implement coaching and counseling skills.<br />(45 minutes)"]
Text[248]=["","Teaches the learner about the importance of effective listening skills and explains how to be an effective listener.<br />(30 minutes) "]
Text[249]=["","Addresses driving statistics, risks, and techniques; passive restraint systems; common distractions; impaired driving; emotional and physical conditions that affect driving ability; and pre-trip vehicle inspection.<br />(45 minutes) "]
Text[250]=["","Describes the provisions of this law and also Addresses job equality, comparable worth, pay differentials, and how violations are handled by the Equal Employment Opportunity Commission.<br />(20 minutes)"]
Text[251]=["","Examines the provisions of this law, job equality, comparable worth, pay differentials, and the handling of EPA violations.<br />(20 minutes)"]
Text[252]=["","Explains why this law was passed, who it protects, and what it protects them from. Other topics include the Equal Cost Rule, exempt parties, and how to file a charge through the Equal Employment Opportunity Commission.<br />(20 minutes) "]
Text[253]=["","Examines codes of ethics and conduct, ethical conduct in the workplace, company stakeholders, common unethical practices, reporting unethical practices, and ethical decision-making.<br />(40 minutes)"]
Text[254]=["","Explains the importance of this legislation, its major provisions, and key requirements. Other topics inlcude the roles of various federal commissions and boards; internal and external auditing functions; internal control and control framework; Section 302 and 404 compliance; sustainable compliance; and more.<br />(65 minutes)"]
Text[255]=["","Looks at how to reduce costs by reducing wastes of time, material, and labor. Also addressed is cost reduction as it pertains to: wasted fuel, steam, and utilities; heat conservation; leaking safety relief valves; and preventive maintenance.<br />(50 minutes)"]
Text[256]=["","Examines proper sampling methods for process control tests, interpretation and reporting of test results, and common tests to determine physical properties.<br />(30 minutes)"]
Text[257]=["","Examines sample purity as determined by a BS&amp;W test, cloud and pour point tests, and the neutralization value (NV) test. Production composition and quality are also addressed as are methods of composition testing.<br />(20 minutes)"]
Text[258]=["","Examines the operator&#146;s role in fighting plant fires; the fire triangle; burning and extinguishing characteristics of fuels; flammable and combustible liquids; boiling point and vapor pressure; fire classes; extinguishing Class B, LPG, and heavy oil fires; and sources of oxygen, ignition, explosions, and detonations.<br />(45 minutes)"]
Text[259]=["","Addresses water&#146;s effect on different fires, types of nozzles, proper hose handling, use of monitors and sprays for fighting fires, and tools for an effective water stream.<br />(45 minutes)"]
Text[260]=["","Examines fire extinguisher effectiveness, use of carbon dioxide extinguishers, types of fires fought with dry chemical extinguishers, dry chemical and carbon dioxide extinguishers, use of foam extinguishers on tank or spill fires, and how foam chambers, towers and other foam types are used.<br />(45 minutes)"]
Text[261]=["","Explains how to handle different hoses and nozzles; how to approach a fire; proper nozzle angle; fuel supply shut-off procedures for single-man firefighting; how to handle different types of fires, including small interior fires; and more.<br />(45 minutes)"]
Text[262]=["","Examines the three states of matter, how heat energy works, heat energy of an object, molecular speed and subsequent liquid states, use of boilers and cooling towers, and the expansion method of measuring temperature.<br />(45 minutes)"]
Text[263]=["","Addresses types of heat transfer, heat transfer rate calculations, ways heat is transferred in a furnace, how furnace efficiency is maximized, and identification of shell-and-tube exchangers, transverse baffles, tube sheet exchangers, u-tube exchangers, and pitch.<br />(50 minutes)"]
Text[264]=["","Examines basic chemical reactions; components of a basic chemical reaction; general combustion requirements for liquid, solid, and gaseous fuels; and combustion reaction and control.<br />(40 minutes)"]
Text[265]=["","Teaches the learner to define fluids, list the states of matter, and identify the types of phase changes.<br />(25 minutes)"]
Text[266]=["","Addresses density, specific gravity, viscosity, and units of measurement for pressure and temperature.<br />(25 minutes)"]
Text[267]=["","Examines the gas laws, gas measurement and handling, real and ideal gases, and gas handling precautions.<br />(20 minutes)"]
Text[268]=["","Examines static pressure, fluid pressure, specific gravity of a liquid, tools for measuring liquids, and formulas for net positive suction head and calculating static pressure and liquid head from measurements.<br />(35 minutes)"]
Text[269]=["","Explores types of flow, how flow is measured and controlled, and how flowing liquid is affected by gravity, piping, valves, pumps, compressors, fans, and blowers.<br />(45 minutes)"]
Text[270]=["","Addresses the types of centrifugal pumps, pump operation, and pump systems.<br />(40 minutes)"]
Text[271]=["","Addresses basic pumps and their function, capacity, pressure, and mechanical efficiency. The effect a pump has on the liquid moving through it is explained. Reciprocating and rotary pumps are also examined.<br />(45 minutes)"]
Text[272]=["","Explains the parts of a pump and how they function; how pumps move liquid through them; proper ways to prepare, start, and shut down a pump; and ways to prevent and correct common pump problems.<br />(60 minutes)"]
Text[273]=["","Explains types of valves and how to control the ways they open and close; other types of process controls; ways to display, read and transmit signals from measurements throughout a plant; and safety devices that can be used to shut down or repair areas in a plant.<br />(50 minutes)"]
Text[274]=["","Teaches the learner about the parts of a furnace, how a furnace operates, the importance of combustion in a furnace, and how to control combustion and maintain an optimal supply of air to the furnace.<br />(40 minutes)"]
Text[275]=["","Examines proper startup and shutdown procedures for furnaces, the appropriate time for shutdown, and how to chart a course of action to restore correct and efficient firing of a furnace.<br />(40 minutes)"]
Text[276]=["","Defines atoms, molecules, and hydrocarbons; explains fractions of the refining process and conversion between temperature scales; defines pressure, specific gravity and density, viscosity, sensible heat and latent heat, heat of vaporization, and the process of enrichment; explains how to calculate BTUs; defines volatility, steady state distillation, multiple stills, stripping, and batch distillation; and examines fractionation.<br />(55 minutes)"]
Text[277]=["","Examines fractioning towers and trays, including structure, types, purpose, major processes, and useful and foreign products. Ways to safely clean and enter a tower are also addressed as are proper shutdown and startup procedures.<br />(60 minutes)"]
Text[278]=["","Explains what happens inside a fractionating tower in terms of pressure, flow rate, and material and heat balance. Conducting tests, flash point, API gravity, and proper ways to collect and analyze data are also examined.<br />(35 minutes) "]
Text[279]=["","Addresses accident cause and avoidance, personal protective equipment, and human awareness of potentially hazardous areas or situations.<br />(50 minutes)"]
Text[280]=["","Explains how to calculate pressure from the weight, force, and area of gas and how to measure atmospheric pressure. Also discussed are special pressure areas, heat and thermal energy, scales used to measure temperature, temperature conversions, thermocouples, and kinetic energy.<br />(35 minutes)"]
Text[281]=["","Examines temperature and volume; Charles&#146; Law; Boyle&#146;s Law; compressors and gas temperature; discharge temperature, work, power, and efficiency; and ways to measure work.<br />(35 minutes)"]
Text[282]=["","Explains how to: use, interpret, and convert fractions; how to add, subtract, multiply, and divide fractions and decimals; convert percentages and state the percent formula; state the relationship between ratios and proportions; and define direct and inverse proportions, and number conversion.<br />(60 minutes)"]
Text[283]=["","Examines how an AC motor changes the energy of an electrical current into mechanical power; types of motors, their functions and uses; and how an operator should use a motor, including reversing and braking, grounding the electrical current, motor enclosures, and bearings and lubrication.<br />(50 minutes)"]
Text[284]=["","Examines leak prevention, gasket groups and classifications, installation and removal procedures, and gasket fabrication.<br />(25 minutes) "]
Text[285]=["","Examines hydraulics and pneumatics, fluid mechanics, Pascal&#146;s Law, Boyle&#146;s Law, and the mercury column experiment.<br />(40 minutes) "]
Text[286]=["","Takes a look at cylinder types and operation, hydraulic pumps, discharging, sewering, and recirculation.<br />(20 minutes) "]
Text[287]=["","Examines valve types and their purposes, cylinder packing procedures, and accumulators.<br />(30 minutes) "]
Text[288]=["","Addresses the purposes of lubrication, viscosity, types of lubricants and lubrication systems, SAE ratings, the lubrication chart, and safety precautions.<br />(25 minutes) "]
Text[289]=["","Addresses the types, uses and functions of bearings, dissimilar and similar metals, bearing composition, and how viscosity and lubrication affect bearings.<br />(25 minutes)"]
Text[290]=["","Examines bearing types, anti-friction bearings, metric and numbering systems, transmission units, pillow blocks, flange bearing units, clearance, relining, operating temperatures, oil contamination, and bearing cleaning.<br />(30 minutes) "]
Text[291]=["","Addresses lubricant functions, pump bearing life, pump bearing lubrication methods, and more.<br />(20 minutes) "]
Text[292]=["","Examines reasons and procedures for re-greasing bearings, and oil mist systems and their maintenance.<br />(40 minutes) "]
Text[293]=["","Addresses the use and types of compression packings, their materials, leakage control, removal and inspection, installation, reversal, size, and additional rings.<br />(35 minutes) "]
Text[294]=["","Examines the purposes of lip-type and squeeze-type packings, as well as O-rings, X-rings, and delta rings.<br />(25 minutes)"]
Text[295]=["","Examines belt drive styles, code marking, belt storage, formulas, drive alignment, installation, tension, maintenance, and the belt numbering system.<br />(60 minutes)"]
Text[296]=["","Explores the types, use, and parts of a mechanical seal, and how to protect it from damage.<br />(40 minutes)"]
Text[297]=["","Explores the parts, pitch, width, diameter, and identification of chain drives. Other topics include sprocket types, and the inspection, installation, and maintenance of chain drives.<br />(25 minutes) "]
Text[298]=["","Examines installation of roller and silent chains, use of measuring devices, alignment of sprocket wheels, shaft and chain adjustments, lubrication and maintenance of silent chains, and more.<br />(25 minutes) "]
Text[299]=["","Addresses proper roller installation, use of measuring devices and detachers, sprocket wheel alignment, shaft and chain adjustment, and installation, lubrication and maintenance of silent chains.<br />(25 minutes)"]
Text[300]=["","Examines pressure, pressure and liquid height formulas, types of head, and various pressure and pump calculations.<br />(35 minutes)"]
Text[301]=["","Explores different ways pressure is depicted, net positive suction head, available and required NPSH, and troubleshooting indicators and the factors that lead to them.<br />(25 minutes)"]
Text[302]=["","Examines shaft misalignment, couplings, coupling alignment methods and adjustments, and the effect of temperature during installation and operation.<br />(35 minutes) "]
Text[303]=["","Addresses the components and types, seal arrangements, API flush plans, and mechanical seal maintenance techniques.<br />(45 minutes)"]
Text[304]=["","Examines situations where positive pumps are used, types of positive displacement pumps, the principle of displacement, positive displacement pump operation, cavitation, and excessive discharge pressure.<br />(40 minutes)"]
Text[305]=["","Explores key components of centrifugal pumps, types of centrifugal pumps, pump standards, and pump maintenance techniques.<br />(40 minutes)"]
Text[306]=["","Addresses different kinds of chlorine commonly used in the municipal workplace; chemical and physical properties of chlorine; chemical and health hazards of chlorine; regulations for transportation, use, and storage of chlorine; and safe work practices for storage and handling of chlorine.<br />(60 minutes)"]
Text[307]=["","Examines what heat stress is; how the body cools itself; heat-related illnesses and their symptoms; responses to heat-related illnesses; and ways to prevent heat stress.<br />(30 minutes)"]
Text[308]=["","Addresses the dangers of electrical shock and how it occurs; the dangers of electrical burns; response to electrical fires; what to do when a coworker is shocked or burned; the seven most common electrical hazards; risks of electrical hazards; creating a safe electrical work environment by controlling hazards; and safe electrical work practices.<br />(55 minutes)"]
Text[309]=["","Addresses major parts of the spinal column; back care; back strain prevention; good posture; and exercises for strengthening the back.<br />(40 minutes)"]
Text[310]=["","Examines what ergonomics is and how it helps prevent employee injuries; cumulative trauma disorders, such as tendonitis and carpal tunnel syndrome; and the symptoms and treatment of cumulative trauma disorders.<br />(35 minutes)"]
Text[311]=["","Addresses confined space laws; recognizing confined spaces; confined space hazards; the roles of specific personnel; the permitting process; confined space pre-entry preparations ranging from training to PPE; and rescue procedures.<br />(65 minutes)"]
Text[312]=["","Examines how noise damages hearing; potentially hazardous noise exposures; hearing loss symptoms, measurement, and prevention; hearing conservation programs; program training and recordkeeping; and hearing protection.<br />(45 minutes)"]
Text[313]=["","Addresses types of fire extinguishers and their use; classes of fires and extinguishers required for each; extinguisher inspection; and fire prevention practices.<br />(25 minutes)"]
Text[314]=["","Examines types of PPE, its purpose, tasks that require PPE, and agencies that regulate and approve PPE.<br />(25 minutes)"]
Text[315]=["","Addresses the purpose of lockout/tagout controls; worker roles; hazardous energy sources; tagout control limitations; application of lockout/tagout controls; and removal of lockout/tagout controls.<br />(30 minutes)"]
Text[316]=["","Explores hazardous materials in the workplace; effects of chronic and acute exposures; fire, explosion, and the potential dangers of chemical mixtures; hazardous material recognition; protections required by law; labeling and other identification systems; hazardous material surveys; MSDS use; exposure prevention and worker monitoring; PPE use; and emergency procedures.<br />(65 minutes)"]
Text[317]=["","Addresses exposure to common bloodborne pathogens; reducing risk of exposure; universal precautions; sharps handling; PPE use; the biohazard warning label; exposure response and post-exposure medical evaluation; and the Hepatitis B vaccination.<br />(25 minutes)"]
Text[318]=["","Examines different types of ladders; ladder inspection; ladder parts; and safety precautions when using ladders.<br />(30 minutes)"]
Text[319]=["","Addresses friable and non-friable fibers; asbestos use; asbestos-related diseases and smoking; labeling for asbestos-containing materials; types of insulation; asbestos exposure limits and air monitoring; asbestos work classes; safe work practices; and respirator requirements.<br />(45 minutes)"]
Text[320]=["","Addresses OSHA standard 29 CFR 1910.178 for forklift operator training; forklift design and parts; forklift stability, operation and safety; surface conditions; load stability and manipulation; stacking and un-stacking; vehicle and pedestrian traffic; and restricted access.<br />(100 minutes)"]
Text[321]=["","Explores hot work tasks, hazards, standards, and permits; the roles of management, PIA, the worker performing the hot work, and the fire watch; the permitting process and what must be done before a permit is issued; safe work practices; and checking a completed hot work job.<br />(30 minutes)"]
Text[322]=["","Examines basic types and categories of falls; control measures; risk minimization guidelines; fall prevention, including protection devices, PPE, and slip-resistant materials; and maintenance of fall prevention equipment.<br />(60 minutes) "]
Text[323]=["","Addresses frequency of poisonings, types of household poisons, safe poison storage programs, and poisoning response.<br />(30 minutes)"]
Text[324]=["","Explores stress management; time management and goal setting; personal rewards; proper nutrition, exercise, and adequate sleep; positive thinking; changing personal outlooks; stress response; open communication; and the &quot;Ten Commandments for Managing Stress.&quot;<br />(35 minutes) "]
Text[325]=["","Examines effective exercise programs, training phases, the basis for effective training, types of exercises, and how men and women burn calories differently.<br />(30 minutes) "]
Text[326]=["","Explores the steps and rules for spring cleaning, climbing ladders, and lifting.<br />(35 minutes)"]
Text[327]=["","Explores prevention of injuries and accidental death in the home; prevention of falls, burns/fires, drowning, electrocution, and suffocation; and kitchen and garage safety.<br />(50 minutes)"]
Text[328]=["","Addresses swimming and boating safety; treatment of common summer allergies, sunburn, stings, and bites; safety rules when barbecuing; recognizing and avoiding heat stress and dehydration; and avoiding and treating motion sickness.<br />(35 minutes)"]
Text[329]=["","Addresses how to protect your home when you are away; first aid kits; proper packing; trip and vacation safety measures; how to avoid becoming a crime victim on cruises and in hotels; medical concerns while traveling; minimizing jet lag; and safety concerns when traveling abroad.<br />(95 minutes)"]
Text[330]=["","Addresses deciding if your child is mature enough to stay home alone; appropriate methods for buckling up children, infants, and toddlers; safety guidelines for walking and riding a bus to and from school; and playground equipment safety.<br />(35 minutes) "]
Text[331]=["","Explores safe use of firearms; hunting safety; safe and ecological camp set-up; and what to do if you become lost.<br />(35 minutes)"]
Text[332]=["","Addresses types and use of fire extinguishers; importance of home smoke detectors, fire drills, and fire safety inspections; home fireplace safety; and fire safety away from home.<br />(55 minutes) "]
Text[333]=["","Addresses wintertime preparations for home and auto, and precautions for pets and plants during the winter.<br />(40 minutes) "]
Text[334]=["","Examines holiday fire and electrical hazards, including hazards posed by Christmas trees and decorations. Holiday shopping hazards are also addressed.<br />(30 minutes)"]
Text[335]=["","Addresses the basics of healthy eating; weight-loss exercise routines; other weight-loss methods; and helping children learn about health weight maintenance.<br />(60 minutes)"]
Text[336]=["","Examines the types of car seats; age and weight requirements for various car and booster seats; car seat selection; car seat positioning; harness types; car seat installation; proper strap adjustment; the LATCH system; proper seatbelt placement; and infant stabilization.<br />(45 minutes)"]
Text[337]=["","Explores the dangers and costs of tobacco use and methods of stopping tobacco use.<br />(25 minutes)"]
Text[338]=["","Examines the causes, detection, and prevention of hypertension.<br />(25 minutes)"]
Text[339]=["","Teaches the learner about heat stress, serious consequences of heat-related illnesses, heat stress first aid, and heat stress prevention.<br />(40 minutes)"]
Text[340]=["","Examines history and classification; common fireworks injuries; safe handling of consumer fireworks; and spectator safety at professional exhibitions.<br />(30 minutes)"]
Text[341]=["","Addresses the likelihood of developing skin cancer; cause and contributing factors; types and common warning signs; reducing the risks of skin cancer; common treatments; and self-examination.<br />(40 minutes)"]
Text[342]=["","Explores types of parasitic and defending insects, bite prevention, and problems caused by bites.<br />(40 minutes)"]
Text[343]=["","Examines common sports injuries, injury prevention, common injuries in child athletes, and how to prevent these injuries.<br />(40 minutes)"]
Text[344]=["","Addresses general hazards of Halloween and specific hazards of costumes and trick-or-treating.<br />(15 minutes) "]
Text[345]=["","Addresses food poisoning, proper food storage, food spoilage, sanitization, and safe food preparation.<br />(45 minutes) "]
Text[346]=["","Addresses toy warning labels, toy hazards, toy safety, toy storage, storage hazards, and age-appropriate toy selection.<br />(55 minutes)"]
Text[347]=["","Explores common traffic law violation; driving and road hazards; and safe vs. dangerous driving practices.<br />(30 minutes)"]
Text[348]=["","Addresses the benefits of bicycle riding; bicycle maintenance; and road safety laws.<br />(35 minutes)"]
Text[349]=["","Explores basic boating terms; Navigational Rules; required and recommended equipment for safe boating; avoiding common accidents; radioing for help on the water; buoys and markers in the U.S. Aids to Navigation System; and safety precautions for different types of water recreation.<br />(55 minutes)"]
Text[350]=["","Explores risks of fall-related injuries; causes of trips and slips; precautions for increasing safety at home; ladder inspection; and safe ladder use.<br />(30 minutes)"]
Text[351]=["","Explores taking responsibility for children&#146;s safety and protecting them from harm; safety rules for walking to and from school, the playground, and in the neighborhood; protecting children from drugs, alcohol, guns, and violence; handling bullies and sexual harassment; preventing children from accessing questionable content on the Internet; and protecting children from online predators.<br />(55 minutes)"]
Text[352]=["","Addresses oil changes, types of lubricants, and tagging out and removing equipment from service.<br />(10 minutes)"]
Text[353]=["","Addresses system buildup, filter element replacement, and maintenance of filters, strainers, and lines.<br />(10 minutes)"]
Text[354]=["","Examines flange face differences, flange installation and connection, gasket cleaning and alignment, bolt alignment and insertion, the crossover sequence, and checking for leaks.<br />(10 minutes)"]
Text[355]=["","Addresses blind identification, hazards of line breaking, line shut-down and depressurization, bolt removal techniques, bolt reinstallation using the crossover process and a pin wrench, and installation of a spec or slip blind.<br />(10 minutes)"]
Text[356]=["","Examines methods for stopping leaks, choosing replacement gaskets, and repairing wall leaks and pinhole leaks.<br />(10 minutes)"]
Text[357]=["","Lists the steps of blowdown and tells how to maintain gauge glasses and burners.<br />(15 minutes)"]
Text[358]=["","Examines methods for stopping leaks, choosing replacement gaskets, and identifying methods used to repair wall and pinhole leaks.<br />(15 minutes)"]
Text[359]=["","Explains how to monitor natural-feed system and lists common contaminant of these systems.<br />(15 minutes)"]
Text[360]=["","Explains how to safely enter a manway.<br />(5 minutes)"]
Text[361]=["","Identify and explain the functions of a natural-feed lubrication system.<br />(10 minutes)"]
Text[362]=["","Explains how to remove and replace pressure and temperature gauges.<br />(10 minutes)"]
Text[363]=["","Identifies various types of pipe and tubing and describes the function of different fittings.<br />(10 minutes) "]
Text[364]=["","Describes different types of pipes and how they are used.<br />(10 minutes)"]
Text[365]=["","Identifies the parts of a tubing cutter and explains how to cut tubing.<br />(10 minutes)"]
Text[366]=["","Examines pipe replacement, threading pipe by manually and mechanically, and installation procedures for threaded pipes.<br />(15 minutes)"]
Text[367]=["","Looks at common tools normally found in an operator&#146;s toolbox and discusses the application for these tools.<br />(15 minutes)"]
Text[368]=["","Discusses flareless fitting, including components and installation.<br />(5 minutes) "]
Text[369]=["","Addresses installation of tubing and tubing fittings, and also defines snoop and its purpose. <br />(5 minutes)"]
Text[370]=["","Examines various types of valves, valve parts, and the relationship between valves and flows.<br />(10 minutes)"]
Text[371]=["","Addresses hand installation of valves, including threaded valves.<br />(5 minutes)"]
Text[372]=["","Examines how to stop a packing leak and explains why lubrication is important.<br />(10 minutes)"]
Text[373]=["","Discusses common wrenches and their applications.<br />(10 minutes) "]
Text[374]=["","Addresses the need for port facility security and basic security requirements; the intent of the MTSA and the FSP; potential security problems; Certain Dangerous Cargo; and hazardous materials recognition and associated basic concerns.<br />(40 minutes)"]
Text[375]=["","Examines the IMO role in maritime security; the applicable elements of SOLAS 74; which ports and ships come under the ISPS Code; and the USCG role in implementing ISPS Code.<br />(25 minutes)"]
Text[376]=["","Addresses maritime security threats, including methods criminals use to smuggle aliens, contraband, money, and cargo; threats from piracy, armed robbery, and terrorism; how threats affect the maritime industry; and ways to prevent or minimize the risks of security threats.<br />(40 minutes)"]
Text[377]=["","Addresses intermodal shipping key terms; risks associated with intermodal shipping; maritime transportation logistics including the path that cargo follows from the shipper to the receiver; and documentation required for transporting and transferring cargo.<br />(55 minutes)"]
Text[378]=["","Addresses the basic goals, provisions, and importance of the Maritime Transportation Security Act; MTSA-required security measures for identification of people and vessels; MTSA provisions for security incident response; MARSEC levels, directives, and security breaches; and MTSA enforcement provisions.<br />(45 minutes)"]
Text[379]=["","Addresses general requirements of the Maritime Security Transportation Act for facilities; responsibilities and qualifications of each entity involved in maintaining an effective and compliant facility security program; and security assessments and plans maintained to organize facility security.<br />(20 minutes)"]
Text[380]=["","Examines Certain Dangerous Cargo pertaining to port facilities and vessels; recognition of a CDC facility or vessel; CDC-required special security measures; and how CDC regulations are interrelated.<br />(20 minutes)"]
Text[381]=["","Addresses Maritime Transportation Security Act (MTSA) regulations as they relate to vessels; responsibilities of the Company Security Officer, Vessel Security Officer, the Master, and the operator/owner; and basic vessel security measures.<br />(20 minutes)"]
Text[382]=["","Addresses major maritime security initiatives at the federal level and government and law enforcement agencies involved in facility security.<br />(25 minutes)"]
Text[383]=["","Examines when to use a Declaration of Security (DoS); the contents of a DoS; who can complete a DoS; and reporting requirements of vessels prior to entering port including MARSEC Level compliance, Notice of Arrival, and Notice of Departure.<br />(15 minutes)"]
Text[384]=["","Defines MARSEC levels; compares MARSEC and DHS security levels; and describes what actions are required when the MARSEC Level changes.<br />(10 minutes)"]
Text[385]=["","Addresses the identity and meaning of each MARSEC level; actions required by port facilities at each MARSEC level; security procedures for corresponding MARSEC levels; and additional security actions for certain types of facilities.<br />(50 minutes)"]
Text[386]=["","Examines the importance of a Facility Security Assessment (FSA) when creating a Facility Security Plan; background information needed for an FSA; conducting on-scene surveys; analysis and recommendation steps required for an FSA; and how to write an FSA report.<br />(45 minutes)"]
Text[387]=["","Addresses key terms used in risk analysis; steps in the risk assessment process and how to conduct each step; software and checklists for security risk assessments; and risk assessment best practices.<br />(50 minutes)"]
Text[388]=["","Discusses perimeters of a physical security system and the purpose of each; components of a security system for each perimeter; types, advantages, and limitations of security equipment; and the most important areas of a facility to protect.<br />(90 minutes)"]
Text[389]=["","Addresses preventive maintenance of security equipment; implementing a preventive maintenance program; and using records in a preventive maintenance program. Root Cause Problem Elimination is also discussed.<br />(55 minutes)"]
Text[390]=["","Addresses the purpose and required content of an FSP; why the FSP is a security-sensitive document and procedures for handling it; the FSP approval process; reasons for adding temporary security measures to the FSP and subsequent approval process.<br />(40 minutes) "]
Text[391]=["","Addresses the planning process for successful implementation of a Facility Security Plan and measures needed to implement the plan; methods to assure that the plan remains effective over time; and communication and approval processes for implementing changes to the plan.<br />(40 minutes)"]
Text[392]=["","Addresses the elements of an emergency plan; how to minimize interruption of operations during and after an emergency; actions to take as the result of a bomb threat or releases of chemical, biological, or radioactive agents; and threats to facilities from vessel-related emergencies.<br />(55 minutes)"]
Text[393]=["","Addresses the purpose and requirements for drills and exercises and the differences between them; elements of drills and exercises; and post-drill/exercise performance assessment and debriefing.<br />(70 minutes)"]
Text[394]=["","Explores types of documents that must be always available to the U.S. Coast Guard; validity and verification requirements for the Statement of Compliance for a facility; recording and record retention requirements for facility security activities; good recordkeeping practices for facility security documents; and how to recognize and protect Sensitive Security Information.<br />(35 minutes) "]
Text[395]=["","Addresses the planning, standards, and delivery requirements for security training and types of trainees and the recommended course content for each.<br />(15 minutes)"]
Text[396]=["","Explores how adults learn; workforce demographics; trainees with special needs; training development; proven techniques for training delivery; evaluating training delivery options; and training session preparation.<br />(45 minutes)"]
Text[397]=["","Addresses common types of weapons and dangerous substances and detection of weapons and dangerous substances<br />(80 minutes)"]
Text[398]=["","Examines who is authorized to do a search and when it should be done. Also addressed are types of non-intrusive searches and special considerations when conducting a physical search.<br />(85 minutes)"]
Text[399]=["","Examines planning a site search; conducting a site search using search sectors and check cards; recognizing when to initiate a search; conducting interior and exterior searches; recognizing hiding places; and handling evidence.<br />(60 minutes)"]
Text[400]=["","Addresses security risk observation techniques; general characteristics and behavioral patterns of persons who are likely to threaten security; and appropriate ways to respond to a person who may pose a security risk.<br />(45 minutes)"]
Text[401]=["","Explores methods used by criminals and terrorists to circumvent security measures; signs of terrorist activities; and techniques to thwart terrorist activities.<br />(50 minutes)"]
Text[402]=["","Explores basic crowd psychology; crowd management during a crisis; physical management of a crowd; event planning; and effective crowd control.<br />(70 minutes)"]
Text[403]=["","Addresses hazardous materials regulations that impact facilities; definition, detection, and identification of hazardous materials; risks associated with handling hazardous materials cargoes and with hosting vessels carrying hazardous materials; and hazardous material incident response at ports.<br />(70 minutes)"]
Text[404]=["","Discusses symptoms of drug or alcohol abuse; observable effects and workplace issues associated with commonly abused drugs; purpose of a drug- and alcohol-free workplace policy; likely workplace consequences of substance abuse; getting help for substance abuse; what to do if a worker recognizes symptoms of substance abuse in a coworker; and a self-test for substance abuse problems.<br />(50 minutes)"]
Text[405]=["","Addresses drug and alcohol problems in the workplace; the benefits of a drug-free workplace; role of a supervisor in a drug-free workplace program; regulations concerning a drug-free workplace, specifically a port facility; a successful drug-free workplace program; employee performance problems and physical characteristics that may indicate substance abuse; job factors that may lead to stress and substance abuse; confronting employees who may have substance abuse problems; help and information resources for employees.<br />(50 minutes)"]
Text[406]=["","Examines the distillation process and its components; what affects the separation of a mixture of liquids; methods of distilling mixtures of liquids; batch distillation, multiple still distillation, reflux, and re-distillation; the relationship between trays and fractionating tower size; and types of trays used in distillation.<br />(60 minutes)"]
Text[407]=["","Addresses variables in distillation tower operation that may or may not be controlled by the operator; changing variables and the effect on other variables; indicators, testing, and correction or problems; common distillation process problems; and normal operations.<br />(45 minutes)"]
Text[408]=["","Examines P&amp;IDs, PFDs, and their differences; the purpose of PFDs; valve symbols and actual valves; how each line is identified and what symbols are used to represent instrument lines and pneumatic and electric transmissions; symbols for different types of plant equipment and the letters associated with them.<br />(40 minutes)"]
Text[409]=["","Examines functions of centrifugal pumps; preventing casing leaks and air infiltration; packing, seals, and their uses; the main pump driver, including an electric motor, impellers, couplings, and the auxiliaries of a pump; how to determine if a pump is performing properly; and methods of control.<br />(75 minutes)"]
Text[410]=["","Addresses five pump problems; use of the troubleshooting tree; and safety precautions that preserves equipment and protects operators and maintenance personnel.<br />(40 minutes) "]
Text[411]=["","Examines the main function and parts of a heat exchanger in a plant; ways heat is transferred in a shell and tube exchanger; factors that affect the rate of heat; steps for running a heat exchanger.<br />(50 minutes) "]
Text[412]=["","Addresses the importance of valves in maintaining the network of piping that runs through a plant; major types of valves; valve functions; control valves; quick opening valves and when they are used; the purposes of gate, pressure relief, and check valves; and consequences of inadequate valve maintenance.<br />(50 minutes)"]
Text[413]=["","Examines the basic types, function, products, and components of cooling towers; component function; how a cooling tower works; how algae and bacteria affect cooling tower systems; how to maintain algae-free water and prevent corrosion; and how to get rid of the solids caused by inhibitors.<br />(60 minutes)"]
Text[414]=["","Explores variables that affect control mechanisms; maintaining appropriate levels for efficient cooling; steps for cooling tower operation; use past experience and the troubleshooting tree when problems occur; the presence of dangerous chemicals; and use of protective equipment.<br />(65 minutes)"]
Text[415]=["","Explores compressors and compressor speed; how a compressor works and what it produces; the installation process; parts of a compressor and a v-belt-driven motor; compressor operation for maximum efficiency; equipment function; lubrication; compressor use and installation; compressor function checklist; and how to start up, run, shut down, prepare for maintenance, and troubleshoot a compressor.<br />(75 minutes)"]
Text[416]=["","Explores the basic role of process chemistry in a chemical company employee&#146;s job; the differences between organic and inorganic chemistry; atoms and subatomic particles; the relationship between electrons and orbitals; and stability of elements and their ability to bond with other elements.<br />(35 minutes)"]
Text[417]=["","Addresses different ways elements combine to form molecules; how molecules are expressed in formulas; contrast and comparison of empirical, molecular, and structural formulas; calculating molecular weights using the periodic table; chemical, polar, covalent, polar-covalent, hydrogen, and ionic bonds; chemical and physical changes; endothermic and exothermic reactions; balancing chemical equations; reversible reactions and how they work; mixtures, solutions, and colloids; and contrast and comparison of mixtures and compounds.<br />(65 minutes)"]
Text[418]=["","Addresses hydrocarbons as classifications for different substances; functional groups of hydrocarbons; the uses of alkanes, alkenes, and alkynes; and amines, including where they come from and what they may form.<br />(40 minutes)"]
Text[419]=["","Examines rules for accepting hazardous transport material when loading a cargo truck; basic markings; how to load and what may be loaded into a cargo truck; acceptable measurements for weight and outage at certain temperatures; types of unloading; and properly marking the cargo truck as to contents and safety warnings.<br />(25 minutes)"]
Text[420]=["","Explores how to prepare tank cars for loading and how to safely load and unload under various conditions; mechanical inspection, tank car outage, attendance by a qualified person, post-unloading inspection, post-loading inspection, and tank and jacket inspection; labeling a tank car to identify what its content; and marking single-unit tank cars on both sides using a series of identification numbers and placards.<br />(25 minutes)"]
Text[421]=["","Addresses process reactor design and basic operation; parts of a reactor; types of reactors and their uses; operator responsibilities for reactors; use of fixed and moving bed reactors; tubular reactor, a jacketed tubular reactor, and a fired-tube reactor; how the reaction runs in batch; and continuous stirred reactors and their use.<br />(55 minutes)"]
Text[422]=["","Focuses on survival, weaponry, driving techniques, and ambush recognition for protection specialists with assignments in Iraq.<br />(55 minutes)"]
Text[423]=["","Teaches civilians working in Iraq how to: recognize potential dangers, improve their safety in public places, select and work with security providers, employ safe driving techniques, and avoid possible ambushes.<br />(60 minutes)"]
Text[424]=["","Explores traveler vulnerabilities, travel preparations, hostage avoidance, and hostage behavior.<br />(60 minutes)"]
Text[425]=["","Examines ways to improve personal safety abroad, precautions when making travel arrangements, importance of points of contact, and traveling and lodging precautions.<br />(65 minutes) "]
Text[426]=["","Explores safe conduct in the woodshop, personal protective equipment, shop equipment safety, and basic fire safety.<br />(40 minutes)"]
Text[427]=["","Explores how to set up an EHS policy; create and state lab procedures and safety rules, and point out safety rules and practices when working.<br />(25 minutes)"]
Text[428]=["","Explores safe practices and procedures in an automotive technology laboratory; personal protective equipment; proper lifting techniques; and types of fire extinguishers and their uses.<br />(45 minutes)"]
Text[429]=["","Addresses the storage and disposal of chemicals and lubricants; and the signs and dangers of exposure to carbon monoxide, oxides of nitrogen, hydrocarbons, refrigerant, and gasoline.<br />(25 minutes)"]
Text[430]=["","Addresses jump-starting and lifting or jacking up a vehicle.<br />(20 minutes)"]
Text[431]=["","Explores common types of hand and power tools, and safe use of hammers, screwdrivers, and other hand and power tools.<br />(25 minutes) "]
Text[432]=["","Addresses specific hazards of a metal shop, proper safety equipment and practices, and injury response.<br />(50 minutes) "]
Text[433]=["","Examines basic safety principles for natural gas and hazardous liquids pipeline workers. Course topics include guidelines, emergency procedures, communication, recordkeeping, and equipment and operations. <br />(20 minutes)"]
Text[434]=["","Describes the steps necessary to conduct an investigation of work-related accidents, including securing the scene, collecting facts, interview techniques, developing a sequence of events, root cause analysis, writing a report, and making recommendations. <br />(30 minutes)"]
Text[435]=["","Provides an introduction to LNG and describes its characteristics and hazards.<br />(30 minutes)"]
Text[436]=["","Examines the potential hazards that could occur as the result of small and large releases of LNG.<br />(35 minutes)"]
Text[437]=["","Gives a brief description of LNG facilities and their functions and operations. This course also defines common terms and examines applicable regulations and standards.<br />(30 minutes)"]
Text[438]=["","Examines the hazards of working around hydrogen sulfide. This course also reviews the operation of filter-separators, amine units, and mole sieve dehydrators, including common troubleshooting problems.<br />(30 minutes)"]
Text[439]=["","Reviews popular LNG technologies. Also discussed are shutdown and start-up of the liquefaction process, including cool-down, purging, and common operation problems such as freezing and leaks.<br />(30 minutes)"]
Text[440]=["","Describes the degrees of containment of LNG storage vessels, how they are constructed, and how boil-off gas is handled. This course also examines the cool-down and regasification processes, types of vaporizers, and operational issues associated with vaporizers.<br />(35 minutes)"]
Text[441]=["","Describes pumps, including in-tank pumps, and explains how and where they are used in an LNG plant. This course also examines how and where compressors are used, including those used in boil-off gas and refrigeration applications. The main types of compressor drivers and their features are discussed, as well.<br />(30 minutes) "]
Text[442]=["","Discusses the various process instruments used to measure pressure, flow, level, and temperature. The second phase of the course explains the use of control instruments, control systems, and DOT requirements for control systems.<br />(45 minutes)"]
Text[443]=["","Examines protocols, equipment, safety, security, and procedures for LNG transfer operations from ships to import terminal facilities. The course also takes a brief look at transfer operations involving LNG truck trailers.<br />(65 minutes)"]
Text[444]=["","Discusses the codes, standards, and references that apply to the design, construction, and operation of LNG facilities. Materials that are suitable for LNG service, testing methods, design, inspections, and documentation requirements are also explained.<br />(35 minutes)"]
Text[445]=["","Discusses the welding process, welding techniques, test methods, and certification of welders. The second phase of the course explains the types of corrosion, typical locations of corrosion, and methods of controlling corrosion. The last phase of the course discusses the DOT requirements of the maintenance process, including training and documentation.<br />(40 minutes)"]
Text[446]=["","Defines current good manufacturing practices for the pharmaceutical manufacturing industry. Important topics from the 21 CFR Part 211 Food CGMP Regulation are covered in this course, including the quality control issues (personnel, facilities, labeling, and documentation) as they apply to manufacturing, packaging, and storing finished pharmaceuticals.<br />(45 minutes)"]
Text[447]=["","Is a refresher course that examines how GLP programs ensure that submitted lab results from non-clinical studies are of the most trustworthy quality. In particular, the course explores the FDA regulation concerning non-clinical lab studies (21 CFR 58) and two similarly applicable EPA regulations (40 CFR 160 and 40 CFR 792). Also addressed are the OECD principles, the international counterpart to U.S. regulations.<br />(60 minutes)"]
Text[448]=["","Explains the requirements for locating and marking underground facilities before excavation work may take place. The main topic of this course is line locating equipment and line locating methods. DOT standards and B31Q Tasks that are relevant to excavation work are listed. Common abnormal operating conditions (AOCs) that may be encountered while performing excavation work are identified, including possible responses.<br />(30 minutes)"]
Text[449]=["","Explains how a relief valve operates, along with different design features and their purpose. It also discusses the procedure for testing relief valves. DOT standards and B31Q Tasks that are relevant to inspection and testing of relief valves are listed. Common abnormal operating conditions (AOCs) that may be encountered while inspecting or testing relief valves are identified, including possible responses.<br />(25 minutes)"]
Text[450]=["","Explains how a regulator operates, along with different design features and their purpose. The differences between a pilot-operated and a spring-operated regulator are explained. The procedure for testing regulators is also discussed. DOT standards and B21Q Tasks that are relevant to inspection and testing of regulators are listed. Common abnormal operating conditions (AOCs) that may be encountered while inspecting or testing regulators are identified, including possible reactions.<br />(30 minutes)"]
Text[451]=["","Explains the purpose of control valves in a pipeline system. The different parts that make up a control valve assembly and their functions are discussed. The process for inspecting a control valve is also explained. DOT standards and B31Q Tasks that are relevant to inspecting and testing control valves are listed. Common abnormal operating conditions (AOCs) that may be encountered while inspecting and testing control valves are identified, including reactions. <br />(15 minutes) "]
Text[452]=["","Explains the requirements for pressure testing steel pipelines. Some topics covered are water handling, pipe design, class locations, MAOP, SMYS, strength testing, test preparation, and the pressure testing procedure. DOT standards and B31Q Tasks that are relevant to pressure testing steel pipelines are listed. Common abnormal operating conditions (AOCs) that may be encountered while pressure testing pipelines are identified, including possible responses.<br />(40 minutes)"]
Text[453]=["","Explains the requirements for pressure testing steel pipelines. Some topics covered are water handling, pipe design, class locations, MAOP, SMYS, strength testing, test preparation, and the pressure testing procedure. DOT standards and B21Q Tasks that are relevant to pressure testing plastic pipelines are listed. Common abnormal operating conditions (AOCs) that may be encountered while pressure testing pipelines are identified, including possible responses.<br />(35 minutes)"]
Text[454]=["","Explains the use of composites to repair imperfections and damage on pipelines. DOT standards and B31Q Tasks that are relevant to pipeline repair using composites are listed. Common abnormal operating conditions (AOCs) that may be encountered while making pipeline repairs are identified, including possible responses.<br />(25 minutes)"]
Text[455]=["","Examines the concept of management of change (MOC), the types of changes, the application and importance of an MOC program, and the importance of understanding MOC processes used within a specific organization.<br />(35 minutes)"]
Text[456]=["","Explains the requirements for pressure testing steel pipelines.Some topics covered are water handling, pipe design, establishing MOP, pressure testing requirements, test preparation, and the pressure testing procedure. DOT standards and B21Q Tasks that are relevant to pressure testing steel pipelines are listed. Common abnormal operating conditions (AOCs) that may be encountered while pressure testing pipelines are identified, including possible responses.<br />(35 minutes)"] 
Text[457]=["","Addresses natural gas odorization and its regulation, distribution systems, class determination, testing, recordkeeping, odorometer operation and maintenance, and safe handling and storage.<br />(70 minutes)"]
Text[458]=["","Examines types of plastic pipe used in the heat fusion process; principles of heat fusion; the heat fusion process; inspection and testing of fused joints; safety precautions when handling polyethylene pipe; hazards of static electricity; and spark prevention.<br />(100 minutes)"]
Text[459]=["","Examines types of plastic pipe used in the electrofusion process; basic principles of electrofusion; the electrofusion process; inspection and testing of fused joints;safety precautions when handling polyethylene pipes; hazards of static electricity; and spark prevention.<br />(70 minutes)"]
Text[460]=["","Examines Lycofit® fittings, joining plastic pipe with mechanical fittings, and installation of various kinds of couplings.<br />(65 minutes)"]
Text[461]=["","Teaches the user how to: determine present system and facilities conditions; review proposed up-rate pressures; understand and write an up-rate plan; determine system conditions prior to pressure increases; and maintain required up-rate records.<br />(65 minutes)"]
Text[462]=["","Addresses precautions and practices for handling and storing plastic pipe; installation of plastic pipe for natural gas main and service lines according to DOT Regulations Part 192 Subpart G; installation of transition fittings; installation of excess flow valves according to DOT Regulations 192.381 and 192.383; abandonment and reinstatement of mains and services according to DOT Regulation 192.727; and installation of tracer wire according to DOT Regulation 192.321.<br />(45 minutes)"]
Text[463]=["","Addresses direct burial of plastic pipe according to DOT Regulations 192.321 and 192.375; tie-ins and tapping service punch tees according to DOT Regulations 192.367 and 192.627; squeezing plastic pipe, including the squeeze-off procedure; inserting plastic pipe in an existing line; pressure testing mains and services; purging mains according to DOT Regulation 192.629; and repairing PVC pipe according to DOT Regulation 192.281.<br />(55 minutes)"]
Text[464]=["","Examines general safety precautions for natural gas operations and maintenance; testing for gaseous or oxygen-deficient atmosphere; lock-out and tag-out of gas valves; trenching and excavation safety guidelines; hazards of directional boring; traffic management, including traffic control zones; hazards of static electricity, including possible ignition; and the Hazard Decision Tree Analysis.<br />(70 minutes)"]
Text[465]=["","Addresses proper handling, storage and inspection of steel pipe; typical right-of-way and easement requirements; excavation requirements, including pipeline depth and clearance from other underground structures; pipe installation requirements for overhead and underground highway, railroad, stream, river and levee crossings; pipeline installation, including joining pipe by welding or with fittings, lowering-in, pressure testing, and backfilling the excavation; and steel Distribution Service line installation, including meter installation, connection to curb valves, and connection to the main by tapping. (65 minutes)"]
Text[466]=["","Designed for Gas Transmission and Distribution Participants, this course addresses tie-in considerations regarding job planning, safety, equipment, materials and man power; tie-in procedures, including line shutdown, purging, welding, pressure testing, required fittings, and returning the pipeline to service; tie-in cofiguration connections; and installation of one-and two-piece control fittings, steel=to-plastic trasition fittings, curb and service valve tees, three-way tees, tapping and drilling, and stopping procedures for steel pipe.<br />(35 minutes)"]
Text[467]=["","Examines the requirements for atmospheric corrosion control. This course addresses the corrosion process; surface preparation; attributes of and risk factors for atmospheric corrosion; and protective methods used to control atmospheric corrosion. <br />(40 minutes)"]
Text[468]=["","Examines the basic parts of a residential gas distribution system; installation of meters and regulators; protecting a residential gas system from pressure damage; meter and regulator selection; installation of a meter set and adjusting a meter&#39;s set point; testing for gas system leaks; and service wrap-up procedures.<br />(50 minutes)"]
Text[469]=["","Addresses the basic parts of a commercial gas distribution system; installation of meters and regulators; protecting a commercial gas system from pressure damage; meter and regulator selection; installation of a meter set and adjusting a meter&#39;s set point; testing for gas system leaks; and service wrap-up procedures.<br />(60 minutes)"]
Text[470]=["","Addresses public awareness program requirements for the natural gas and hazardous liquids pipeline industries, including types of stakeholder audiences, message content, message delivery frequency, and program evaluation. <br />(35 minutes)"]
Text[471]=["","Discusses the general steps necessary to conduct an investigation of an accident or incident involving natural gas and hazardous liquids pipeline systems. <br />(30 minutes)"]
Text[472]=["","Examines how control room supervisors can recognize and manage fatigue on the part of controllers who work with SCADA systems for natural gas and hazardous liquids pipeline operators. The fatigue mitigation strategies in this course are also useful for supervisors of shift workers at compressor and pump stations and other workers involved in around-the-clock operations such as pigging, hydrotesting and dewatering, pipeline tie-ins, and new pipeline and station construction. <br />(30 minutes)"]
Text[473]=["","Examines fatigue countermeasures that natural gas hazardous liquids pipeline controllers and other shift workers can take to prevent fatigue. Strategies that these workers can take both at home and at work are discussed. <br />(30 minutes)"]
Text[474]=["","Is an overview of the control room management provisions of 49 CFR 192, &#34;Transportation of Natural and Other Gas By Pipeline; Minimum Federal Safety Standards,&#34; and 49 CFR 195, &#34;Transportation of Hazardous Liquids By Pipeline.&#34; Major provisions of the CRM amendment are addressed, including written CRM procedures, roles and responsiblilites, adequate information, point-to-point verification, fatigue, alarm, and change management, operator experience, training, and compliance validation and deviation. <br />(30 minutes)"]
Text[475]=["","Teaches the learner about the DTEX DX1000G/L odorant detection instrument system and how to conduct an odor concentration test. <br />(30 minutes)"]
Text[476]=["","Explores how this odorant detection instrument works, explains how to operate and troubleshoot the instrument, and provides additional information that will help the user skillfully operate the instrument. <br />(15 minutes)"]
Text[477]=["","Examines the components, range of operation, and key functions of this combustible gas indicator; and also explains how to operate the instrument. <br />(30 minutes)"]
Text[478]=["","Introduces operators to the T82 Single Gas Monitor and teaches how to operate this sensitive instrument. Calibration, maintenance, and smart sensor modes are also addressed. <br />(20 minutes)"]
Text[479]=["","Teaches techniques for locating buried pipeline and cables using the Radiodetection Pipe Locator. The course also explains how to operate the Radiodetection receiver and transmitter. Tips for using the Radiodetection locator are also provided. <br />(75 minutes)"]
Text[480]=["","Explains how to use this pipe locating instrument, including the three primary locating methods; direct connection, inductive coupling, and the inductive method. Also examined are instrument checkout prcedures, tracing techniques, and maintenance requirements. <br />(60 minutes)"]
Text[481]=["","Is an overview course about the type of facility response plan utilized in the hazardous liquids pipeline industry. <br />(25 minutes)"]
Text[482]=["","Explains how planning will help management provide key corporate resources to assist operational assets responding to an emergency. <br />(20 minutes)"]
Text[483]=["","Explores the components of respective emergency response plans utilized by the natural gas and liquefied natural gas pipeline industries. <br />(25 minutes)"]
Text[484]=["","Addresses emergency action plans and reviews damage prevention programs including one-call systems, public and contractor education about gas pipelines, and response procedures for pipeline damage from an outside force. <br />(100 minutes)"]
Text[485]=["","831 Fall Protection Systems outlines the general components of a fall protection program, including mandated training, fall protection requirements, the different types of fall protection, employee responsibilities and safety, and fall rescue."]
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