| 110d |
Dust Hazards Analysis |
Learn practical methods for performing dust hazard analyses (DHAs) of industrial facilities. NFPA 652 contains retroactive requirements for a DHA. Now, all existing systems are required to have a DHA, and the time limit to perform this analysis is three years from the date of issuance of the standard, October 2015. |
| 704 |
LNG as a Marine Fuel Technical Overview – Gas Fueled Ship Design, Operation, and Safety |
This 2-day interactive course provides a technically focused overview of LNG marine fuel vessel design, construction, safety and operations. |
| 234 |
Effective Planning and Scheduling Fundamentals using Maximo |
Avoid bad maintenance practices by developing your skills to effectively plan and schedule. In this course, you will learn the skills and abilities to pair the theory of strong planning and scheduling with hand-on application in your CMMS, IBM Maximo. |
| 235 |
Effective Planning and Scheduling Fundamentals using Infor EAM |
Avoid bad maintenance practices by developing your skills to effectively plan and schedule. In this course, you will learn the skills and abilities to pair the theory of strong planning and scheduling with hand-on application in your CMMS, Infor EAM. |
| 237 |
FMEA (Failure Modes and Effects Analysis) |
Learn the tried and true reliability technique, Failure Modes and Effects Analysis (FMEA). The course is designed to be valuable to individuals with varying levels of FMEA knowledge and application. For those new to FMEA, there is a foundational level-setting to start the course, and then teams of varied skill levels are established to allow individuals to mature their FMEA skills at a comfortable pace. |
| 139 |
Reliability Based Maintenance Strategy Optimization |
Learn reliability-based maintenance optimization strategies in this dynamic course that blends adult learning techniques with emphasis on workshops, discussions, and relevant course material. Learn to judge and communicate the importance of assigning asset criticality. |
| 705 |
Advanced – Gas Fueled Ship Design, Operation, and Safety |
This 1-day interactive course provides a deeper look at LNG marine fuel vessel propulsion, fuel storage and supply systems and practical operations considerations. |
| 704-705 |
CC: LNG as a Marine Fuel Technical Overview – Gas Fueled Ship Design, Operation and Safety and Advanced Gas Fueled Ship Design, Operation and Safety |
This is a combined course of LNG as a Marine Fuel Technical Overview – Gas Fueled Ship Design, Operation and Safety and Advanced Gas Fueled Ship Design, Operation and Safety |
| 253 |
Intentional Adulteration Mitigation (Food Defense) |
This 3-day course will teach the participant the knowledge of what an organization is likely to expect in 2019 as the FDA begins to implement enforcement of the most complicated of the Food Safety Modernization Act (FSMA) Rules 21 CFR 11 and 21 CFR 121: "Mitigation Strategies To Protect Food Against Intentional Adulteration." |
| 100 |
Process Safety Management Compliance |
Learn how to develop and implement a cost-effective PSM program for a single facility or an entire corporation. |
| 101 |
Compliance Auditing |
During this 2-day version of the course, you will learn to perform compliance auditing of process safety management and risk management program systems in accordance with OSHA and EPA regulations. Combine this course with Process Safety Management Compliance and save! |
| 100-101 |
CC: Process Safety Management Compliance and Compliance Auditing |
This is a combined course of Process Safety Management Compliance and Compliance Auditing. Combine the two courses to save! |
| 103 |
Risk Based Process Safety |
This course teaches you how to use the Risk Based Process Safety guideline to design a new process safety management system, correct a deficient PSM system or improve PSM practices. |
| 104 |
Risk Management Program Compliance |
Learn about the mandated components of a risk management program (RMP) and how to implement a compliance strategy. Learn the basics of hazard assessments, emergency response programs, and risk management plans (RMPlans) as well as the current rulemaking and enforcement initiatives such as EPA audits. |
| 105 |
Resubmitting EPA RMPlans |
This 1-day course provides expert guidance and proven techniques, developed by our engineers during many years of RMP compliance work, for assessing and updating RMPlans in a timely and cost-effective manner. |
| 107 |
Improving PSM Performance |
Process safety management programs have been implemented at many companies for over 20 years, based on meeting regulatory requirements and on the fundamental need to safely manage process hazards at their facilities. Many companies and facilities, though, continue to have PSM performance problems, potentially resulting in catastrophic incidents, serious injuries, lost business, and high costs. This course is intended to highlight common performance problems with PSM programs and to introduce proven methods and practical approaches for improving performance. |
| 108 |
Risk Management Using Bowties |
THESIS BowTie™ is a risk management software application that can assist companies with visualizing and reducing risk to as low as reasonably practicable (ALARP). This 2-day course assists safety and risk professionals by providing an in-depth understanding of the Bowtie Risk Management concept. |
| 109 |
Advanced Techniques for Risk Management Using Bowties |
THESIS BowTie™ is a risk management software application that can assist companies with visualizing and reducing risk to as low as reasonably practicable (ALARP). This 3-day course provides an advanced understanding of the Bowtie Risk Management concept. |
| 110 |
Process Hazard Analysis Leader |
Learn practical methods for performing process hazard analyses (PHAs) of systems, procedures, and computer software using the hazard and operability (HAZOPs), what if / what-if, and checklist analysis techniques that address federal regulatory requirements. |
| 110s |
Process Hazard Analysis Leader with LEADER Software |
Qualify as a knowledgeable PHA leader, as required by OSHA and EPA, and be eligible for certification as a PHA leader. The fifth day of this course involves training on the LEADER™ software, which is a separate charge. |
| 110-110d |
Process Hazard Analysis Leader and Dust Hazards Analysis |
Qualify as a knowledgeable PHA leader, as required by OSHA and EPA, and be eligible for certification as a PHA leader. The fifth day of this course involves training on the LEADER™ software, which is a separate charge. |
| 110st |
LEADER Software Workshop - 1 Day |
This 1-day Option is for existing registrants who have already licensed the software but did not take the 5th day of training in the same week they originally took the 4-day Process Hazard Analysis Leader course. |
| 111 |
Advanced PHA Leader |
Learn the tips, tricks, and secrets that professional analysts use to conduct efficient process hazard analyses. Learn how to optimize process sections; conduct meetings; document work for review in regulatory, public, and legal forums; and analyze facility siting issues within the context of a PHA. |
| 113 |
Revalidating Process Hazard Analyses |
In this course attendees learn how to efficiently revalidate process hazard analyses. By learning how to use a revalidation decision tree, attendees gain a productive revalidation tool that accounts for management goals, previous documentation, PHA quality, and operating history. |
| 114 |
Management of Change |
This course emphasizes hazard review techniques commonly used to evaluate changes. It also includes sections on improving existing programs for management of change (MOC) and pre-startup safety review (PSSR), plus special topics such as managing changes during the construction phase of major capital projects, managing personnel changes, and using software systems to manage change. |
| 114-113-111 |
CC: Management of Change, Revalidating Process Hazard Analyses and Advanced PHA Leader |
This is a combined course of Management of Change, Revalidating Process Hazard Analyses and Advanced PHA Leader. |
| 115 |
Hazard and Accident Analysis |
Learn techniques for qualitatively identifying and assessing the hazards associated with process systems. In this course, you will also learn how to choose the most appropriate technique for a given problem. |
| 120 |
Root Cause Analysis and Incident Investigation |
Learn to use the license-fee-free SOURCE™ root cause analysis (RCA) methodology for investigating incidents. |
| 120r |
Root Cause Analysis to Improve Asset Reliability |
This Root Cause Analysis (RCA) methodology is a critical step in the execution of an effective Reliability Based Maintenance (RBM) program to drive continuous improvement throughout your maintenance organization. |
| 121 |
Root Cause Analysis Essentials |
This 1½-day version of our popular Root Cause Analysis course is designed for personnel performing investigations of simple incidents. The focus of the course is on identifying causal factors, root causes, and recommendations for human performance problems and equipment issues. |
| 122 |
Advanced Root Cause Analysis |
This advanced 2-day follow on course to our standard 3-day RCA course (Course 120) allows attendees to learn advanced techniques and gain additional insight from our experienced investigators. Although we cover core topics in every offering, the course content is tailored each time to address the specific needs of the participants. We solicit input from each of the participants in advance so we can address the key concerns and issues of each attendee. |
| 120-122 |
CC: Root Cause Analysis, Incident Investigation and Advanced RCA |
This is a combined course of Root Cause Analysis and Incident Investigation and Advanced Root Cause Analysis. |
| 131 |
Mechanical Integrity and Understanding RAGAGEPs |
This course addresses OSHA process safety management and EPA risk management program mechanical integrity (MI) requirements and teaches you how to develop and implement an efficient mechanical integrity program. |
| 137 |
Fundamentals of Fitness for Service |
This Fitness-For-Service training course will provide attendees with an introduction to the API 579-1/ASME FFS-1 standard used for demonstrating structural integrity of in-service pressurized equipment. |
| 138 |
Damage Mechanism Review and Integrity Operating Windows |
This course will cover the damage mechanisms listed in API RP 571 and provide an in-depth look at common damage mechanisms that affect fixed equipment in chemical and refining processes. You will learn how damage mechanisms depend on operating and environmental conditions for different materials of construction. |
| 140 |
Human Error Prevention |
During this 2-day course, attendees learn how to examine and categorize specific human errors to identify the conditions and situations that contributed to mistakes. |
| 120-140 |
CC: Root Cause Analysis, Incident Investigation and Human Error Prevention |
This is a combined course of Root Cause Analysis and Incident Investigation and Human Error Prevention. Combine the two courses to save! |
| 200 |
Layer of Protection Analysis |
Layer of protection analysis (LOPA) is the newest methodology for hazard evaluation and risk assessment. LOPA helps the analyst make consistent decisions on the adequacy of existing or proposed layers of protection against an accident scenario. |
| 215 |
Safety Culture Improvement (Cal/OSHA GISO 5189.1 Emphasis) |
Learn proven techniques on how to effectively assess the existing safety culture at multiple organizational levels. |
| 210 |
Safety Integrity Level |
In this intensive 2-day course, our training experts will teach you how to evaluate the need for a safety instrumented function (SIF), evaluate potential system architectures, and analyze the system to determine its predicted performance, from both a risk reduction and reliability standpoint. |
| 200-210 |
CC: Layer of Protection Analysis and Safety Integrity Level |
This is a combined course of Layer of Protection Analysis and Safety Integrity Level. |
| 217 |
API RP 752, 753 and 756: Facility Siting Regulations and Compliance |
This one-day course addresses the regulatory requirements for facility siting and gives an overview of the methods to satisfy the requirements. |
| 220 |
Quantitative Analysis Techniques |
Learn how to get quantitative answers to your questions and also how to identify the systems, subsystems, and components that contribute the most to your loss exposure. |
| 230 |
Consequence Analysis |
This course covers current regulatory requirements including source term modeling, atmospheric dispersion modeling, fire modeling, explosion modeling, risk analysis methods and data and correlations for evaluating personnel injury and facility/equipment damage resulting from toxic exposure, fires, and explosions. |
| 240 |
Facility Siting Hazards Analysis Techniques |
Learn what you need to do to satisfy the hazards analysis portion of OSHA facility siting requirements using either a consequence or risk-based approach. This technical course is designed for the process safety professional who performs facility siting studies. |
| 233 |
Enterprise Risk Management |
Learn about different risk models and approaches to tough decisions via expert guidance and proven risk techniques. |
| 300 |
Environmental Compliance Bootcamp |
Learn the ins and outs of environmental laws and regulations during this interactive 5-day course. Instructors review the background of each environmental law/regulation, delve into the specifics, provide expert insights into how the laws and regulations may apply to your facility, and teach practical compliance strategies. |
| 301 |
Beyond Environmental Bootcamp |
This interactive 2½-day workshop provides an understanding of the complex nature of the major environmental regulations, such as the Clean Air Act (CAA). |
| 310 |
Clean Air Compliance Institute |
This course offers a comprehensive look at the Clean Air Act, including Title V permits, State Implementation Plans (SIPs), National Ambient Air Quality Standards (NAAQS), preconstruction permits, New Source Review, risk management planning, and other topics. |
| 340 |
Certified ISO 14001 Lead Auditor |
The course satisfies the training requirement for ISO 14001: 2015 Lead Auditor certification. |
| 340-820 |
CC: Certified ISO 14001 Lead Auditor / ISO 45001 Lead Auditor |
This unique training option allows you to take 5 full days of classes (Monday through Friday) and gain both certifications at once for one low price. |
| 600 |
Certified ISO 9001 Lead Auditor |
This course is designed for those who plan and/or conduct audits of quality management systems under the ISO 9000 standard. |
| 600-340 |
CC: Certified ISO 9001 / ISO 14001 Lead Auditor |
This unique training option allows you to take 5 full days of classes (Monday through Friday) and gain both certifications at once for one low price. |
| 605 |
PED Seminar |
ABS Consulting and HPi Verification Services (NoBo #1521) invite you to a one day seminar on the new PED that will become law on July 19, 2016. |
| 690 |
PMP Exam Preparation: Project Management Boot Camp |
This fast-paced 5 day boot camp prepares each participant with all the core competencies to pass the PMP® Exam the first time. In this PMP® course, you will learn project management terms, processes and skills as well as methodologies for taking the PMP® Exam. |
| 701 |
International & Offshore Oil and Gas Regulations and Standards |
This 3-day course assists professionals in the offshore oil and gas industry by providing an overview of the regulatory approaches used by various countries around the world including the United States, United Kingdom, Norway, Brazil, Australia, the Middle East (Abu Dhabi) and West Africa (Angola). |
| 703 |
PD443 - ASME BPV Code: Section VIII Division 1 Combination Course |
This course is based on the rules for pressure vessel design and construction, serving as a comprehensive introduction to the requirements of Section VIII, Division 1 including background, organization, design, materials, fabrication, inspection, testing and documentation of pressure vessels. |
| 800 |
OSHA Compliance Bootcamp |
This course provides an in-depth review of OSHA's general industry standards and a comprehensive look at the requirements for the more frequently referenced standards and letters of interpretation. |
| 820 |
Certified ISO 45001 Lead Auditor |
This training is for those occupational health and safety (OH&S) professionals who wish to become auditors for the internationally accepted norms and regulations relating to the ISO 45001 standard. |
| 910 |
Maritime RCA / Incident Investigation |
This 2-day course is designed for personnel who seek an efficient way to conduct a thorough investigation of complex incidents to help identify underlying causes and making effective recommendations. This course applies the process outlined in ABS Guidance Notes on the Investigation of Marine Incidents; training satisfies TMSA Element 8 and DPA Element 3. |
| 911 |
Advanced Maritime Root Cause Analysis (RCA) / Incident Investigation |
This 3-day course takes our popular Maritime RCA / Incident Investigation course farther. It trains attendees in additional techniques for addressing complex incidents that happen aboard or involve the vessel. |
| 912 |
Maritime Management of Change |
This course is intended to address the management of change (MOC) requirements of the ISM Code (3: Company Responsibilities and Authority); TMSA (Element 7: Management of Change); ISO 9000 (5: Management Responsibility); and ISPS Code (Part A/11: Company Security Officer). |
| 913 |
Maritime Risk Assessment Implementation |
This course introduces hazard analysis techniques for identifying and assessing the hazards of various activities, processes, procedures and equipment in the maritime industry. |