What you'll learn

Electrolyser Design & Safety Guidelines
Guidelines for Hydrogen Storage
Hydrogen Blending & Transportation
Hydrogen Monitoring & Control
Hydrogen Properties & Hazards
Regulatory Compliance & Industry Standards

Requirements

No Programming skills required

Description

This course provides a comprehensive understanding of hydrogen storage, transportation, blending, and safety considerations. It is designed for engineers, professionals, and students looking to gain expertise in hydrogen infrastructure development, regulatory compliance, and risk management in the energy sector.What You Will LearnHydrogen System Design & Installation – Learn about electrolyser design, safety standards, and installation guidelines.Storage Guidelines – Understand the principles of hydrogen storage, including bulk vs. non-bulk storage and safety considerations.Hydrogen Blending & Transportation – Explore the guidelines for hydrogen blending and its safe transportation via pipelines and roadways.Safety & Hazard Management – Gain insights into hydrogen's thermophysical and combustion properties, as well as its potential hazards in gaseous and liquid states.Regulatory & Monitoring Standards – Learn about ASME B31.12 class location guidelines and monitoring & control devices used in hydrogen handling.Industry Standards & Compliance – Get familiar with OISD standards for refineries handling hydrogen.Course ModulesElectrolyser Design & Safety Guidelines (17:52)Guidelines for Hydrogen Storage (26:59)Hydrogen Blending & Transportation (46:38)Hydrogen Monitoring & Control (15:56)Hydrogen Properties & Hazards (38:34)Regulatory Compliance & Industry Standards (06:55)Who Should Enroll?Engineers, designers, and professionals working in the hydrogen sectorPiping and process engineers handling hydrogen systemsSafety officers and regulatory compliance professionalsAnyone interested in hydrogen infrastructure and risk mitigationThis course provides essential knowledge for anyone involved in hydrogen projects, ensuring safe and efficient handling, storage, and transportation of hydrogen.

Overview

Section 1: Scope
Lecture 1 Introduction to OISD 241 for Hydrogen Safety
Lecture 2 Electrolyser Design, Safety & Installation Guidelines
Lecture 3 Guidelines for Hydrogen Storage
Lecture 4 Guidelines for Hydrogen Blending
Lecture 5 Hydrogen Transporation via Pipes & Roads
Lecture 6 Monitoring & Control devices
Section 2: Few Basics
Lecture 7 Bulk vs Non-Bulk Storage of hydrogen
Lecture 8 Class Location as per ASME B31.12
Section 3: Properties of Hydrogen
Lecture 9 General Properties of Hydrogen
Lecture 10 Thermophysical Properties
Lecture 11 Combustion Properties
Section 4: Characteristics of Hydrogen
Lecture 12 Characteristics of Hydrogen
Section 5: Hazards involved because of properties of Hydrogen
Lecture 13 Hydrogen Hazards Explained | Gaseous & Liquid Hydrogen
Lecture 14 Hydrogen Hazards Explained | Pressure & Low Temperature
Lecture 15 Hydrogen Hazards Explained | Combustion
Engineers, designers, and professionals working in the hydrogen sector Piping and process engineers handling hydrogen systems Safety officers and regulatory compliance professionals Anyone interested in hydrogen infrastructure and risk mitigation
Homepage:

https://www.udemy.com/course/safety-in-production-storage-transportation-of-hydrogen/

Safety In Production, Storage & Transportation Of Hydrogen Fast Download
Safety In Production, Storage & Transportation Of Hydrogen Full Download