General Objective: “Facilitate the implementation of Barrier Based Process Safety in the steel sector”

Specific Objective - Develop Learning solutions to create awareness in the implementation of Barrier Based Process Safety.

Target Audient: Decision makers in the implementation of BowTies in the company (Line Managers and Directors)

This course emphasizes the need for organizations to develop and maintain a safety plan and describes the attributes of a good safety plan that includes hazard analyses, training, and communication.

This course provides guidance for design and construction of facilities with hydrogen systems including layout, ventilation, electrical, leak detection, and emergency response.

This course provides guidance for design of hydrogen system components including gas storage vessels, compressors, piping and relief devices.

This course provides additional guidance for design of liquid hydrogen systems including selection of materials, liquid storage tanks, piping and pressure relief.

This course provides guidance on a selection of materials for hydrogen systems. The primary focus is on hydrogen embrittlement of metals, but other material compatibility concerns with metals and polymers are also discussed.

Center for Hydrogen Safety

This course is presented by the Center for Hydrogen Safety (CHS). CHS is a global oriented non-profit dedicated to promoting hydrogen safety and best practices worldwide.

The CHS identifies and addresses concerns regarding the safe use of hydrogen:

As a sustainable energy carrier
In commercial and industrial applications
In hydrogen and fuel cell technologies

This course emphasizes the need for safe practices like following procedures and managing change. It also describes operational best practices like the need for purging the system.

Center for Hydrogen Safety

This course is presented by the Center for Hydrogen Safety (CHS). CHS is a global oriented non-profit dedicated to promoting hydrogen safety and best practices worldwide.

The CHS identifies and addresses concerns regarding the safe use of hydrogen:

As a sustainable energy carrier
In commercial and industrial applications
In hydrogen and fuel cell technologies

This course describes best practices for planning, performing and documenting inspection and maintenance of hydrogen systems

Center for Hydrogen Safety

This course is presented by the Center for Hydrogen Safety (CHS). CHS is a global oriented non-profit dedicated to promoting hydrogen safety and best practices worldwide.

The CHS identifies and addresses concerns regarding the safe use of hydrogen:

As a sustainable energy carrier
In commercial and industrial applications
In hydrogen and fuel cell technologies

This online Water Electrolysis Safety course equips participants with essential safety knowledge for electrolyzer equipment. The curriculum addresses strategies to identify and mitigate potential hazards as well as ensure the safe design, installation, and operation of water electrolysis systems.

The course explores the history and science of water electrolysis, providing insights into the different types of electrolyzers currently in use. It addresses crucial safety considerations related to the installation, operation, and management of electrolyzer systems. The curriculum includes discussions on relevant codes and standards, lessons learned, and gives an overview of management of change for electrolyzer systems.

Increasing availability and adoption of fuel cell electric vehicles (FCEVs) presents new safety challenges for First Responders (FR).

The Center for Hydrogen Safety (CHS) in collaboration with AIChE has developed a microtraining learning plan as part of the Hydrogen Safety for First Responders training. This 4-part multimedia course aims to better inform incident responders and support the safe handling and use of hydrogen in a variety of fuel cell applications.

This first course, and pre-requisite, of the First Responders MicroTraining learning plan, is an introduction that covers the properties of hydrogen and provides a basic understanding of fuel cell vehicles and how they operate.

The completion of this learning plan qualifies for a certificate of completion with 1.5 Professional Development Hour (PDH) credit.

Increasing availability and adoption of fuel cell electric vehicles (FCEVs) presents new safety challenges for First Responders (FR).

The Center for Hydrogen Safety (CHS) in collaboration with AIChE has developed a microtraining learning plan as part of the Hydrogen Safety for First Responders training. This 4-part multimedia course aims to better inform incident responders and support the safe handling and use of hydrogen in a variety of fuel cell applications.

In this second course of the First Responders MicroTraining learning plan, you’ll learn about the impact of fire on hydrogen storage and high-voltage battery and the proper guidelines for fire response and extrication.

The completion of this learning plan qualifies for a certificate of completion with 1.5 Professional Development Hour (PDH) credit.

Increasing availability and adoption of fuel cell electric vehicles (FCEVs) presents new safety challenges for First Responders (FR).

The Center for Hydrogen Safety (CHS) in collaboration with AIChE has developed a microtraining plan as part of the Hydrogen Safety for First Responders training. This 4-part multimedia course aims to better inform incident responders and support the safe handling and use of hydrogen in a variety of fuel cell applications.

Hydrogen can be transported either as gas or in a liquefied state. This third course of the First Responders Micro Training learning plan looks at both methods of transport and their impact on emergency operations.

The completion of this learning plan qualifies for a certificate of completion with 1.5 Professional Development Hour (PDH) credit.