The course meets the training requirement for Certified ISO 45001: 2015 Lead Auditor Certification.

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.

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.

This is a combined course of Process Safety Management Compliance and Compliance Auditing. Combine the two courses to save!

Learn to perform compliance auditing of process safety management (PSM) and risk management program (RMP) systems in accordance with OSHA and EPA regulations.

Learn to use the license-fee-free SOURCE™ root cause analysis (RCA) methodology for investigating incidents.

This is a combined course of Layer of Protection Analysis LOPA and Safety Integrity Level SIL Trainings.

This course focuses on the principles involved in the design of safety instrumented systems (SIS) that conform to the requirements of ANSI/ISA-61511-2018. (IEC 61511 Mod). In this intensive 2-day course, we 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.

This is a combined course of Process Safety Management Compliance and Compliance Auditing. Combine the two courses to save!

This course addresses OSHA process safety management and EPA risk management program mechanical integrity (MI) requirements. Attendees will learn how to develop and implement an efficient mechanical integrity program. It also includes the inspection, test, and preventive maintenance (ITPM) activities for equipment in the petrochemical industry and the recognized and generally accepted good engineering practices (RAGAGEPs) that are the bases for equipment design, fabrication, installation and ITPM plans.