Welcome to the BakerRisk Learning Center

This one-day course is intended to give participants an overview of the Lithium-ion battery components, primary failure modes of Battery Energy Storage Systems (BESS), and their consequences and associated mitigation techniques.

This one-day course is intended to give participants an overview of risk management in the biofuels industry including biodiesel, ethanol, methanol, and biogas.

This four-day course will focus on the practical calculations of designing structures to withstand postulated blast load. This course will utilize the tools and analysis techniques developed by the Explosion Research Cooperative.

This one-day course provides an overview of dust hazard analysis (DHA) and hazardous area classification (HAC) and how the two concepts are combined in a combustible dust HAC study.

The focus of this one-day course will be on explaining elements of a sample real-life Crisis Emergency Response Plan. Practical tools and industrial examples will be presented.

The course provides exposure to a range of explosion types, with a focus on vapor cloud explosion (VCE) phenomena.

This combined course is intended to give participants a 5-day overview of our Facility Siting & QRA and PHA/LOPA Combo Training

This two-day course focuses on the fundamentals of facility siting studies (FSS), quantitative risk assessments (QRA), and mitigation techniques. The primary objectives are to provide a thorough foundation and knowledge of the inputs, methodologies, and typical types of results for FSS and QRAs.

This one-day course focuses on the fundamentals of fire and gas detector mapping and layout.  The objective of a fire and gas detector analysis is to provide a minimum number of flammable and toxic gas detectors, and flame and heat detectors to maximize detector coverage of unwanted releases or fires.

This combined course is intended to give participants a three-day overview of our FSS & QRA Training and Hazards Awareness Testing Demonstrations.

This one-day course focuses on the fundamentals of Hazardous Area Classification (HAC), also known as Electrical Area Classification (EAC).  The objective of a HAC analysis is to minimize uncontrolled ignition of flammable or combustible material in air by electrical equipment or hot surfaces, that could lead to fires or explosions resulting in possible equipment and property damage, as well as potential loss of life.

In this Hazards Awareness Course, you’ll learn about actual incidents that have shaped our industry, the lessons learned, and gain a basic understanding of the physics behind releases, vapor cloud explosions, and structural response. You will return to work with a new appreciation of how hazards can become incidents.

This one-day course focuses on the fundamentals of combustible dust hazards and associated mitigation techniques. In addition, the course will cover the current regulatory climate with regard to performing dust hazard assessments, as well as the legal ramifications of incurring a combustible dust-related incident.

This one-day course will provide an overview of hydrogen production methods, transportation, and storage with a focus on key safety elements.

In this course, you will learn how to perform a scientifically rigorous incident investigation based on BakerRisk’s vast experience in this area across a broad spectrum of industries.

This three-day combined course is intended to give participants an overview of the Incident Investigation Training and Incident Scene Documentation and Evidence Collection course.

This one-day course focuses on properly documenting an incident scene, and collecting and preserving evidence, both physical and digital.

This course will focus not only on understanding hazards and risks but also on the linkage to the key risk control systems necessary for sustainable safe operation.

This one-day course focuses on managing fire protection resources including fixed equipment readiness, maintaining proper documentation, and typical roles/responsibilities within a Facility Management Structure.

This three-day course is intended to give participants an overview of the PHA / LOPA process by teaching techniques and tools to assist in guiding teams through the qualitative risk analysis process.

This combined course is intended to give participants a four-day overview of our PHA & LOPA Training and Hazards Awareness Testing Demonstrations.

This one-day course will provide a high-level overview of potential hazards associated with high-pressure systems. Topics covered include applicable codes (ASME, UK HSE, etc.), general guidelines, recommended practices, best practices, recent developments, and examples of past incidents.

This course is designed to provide your company’s senior and executive leaders with an understanding of the value of a strong Process Safety Culture.

 This two day course focuses on applying the results of facility siting studies (FSS) and quantitative risk assessments (QRA) to design new and upgrade existing buildings at your facility to meet established risk criteria.

Mechanical breakdown, fire, explosion, and toxic dispersion are just a few of the consequences of potentially catastrophic failures in process operations, which, if unchecked, can escalate to multiple injuries and fatalities, property damage, business losses, and environmental impact.

The course goes through numerous examples of various designs, advantages, and disadvantages of those approaches as experienced by SIS experts with extensive implementation experience.