The course “Hydrogen Technology and Applications: Mastering the Future of Energy” offers a comprehensive exploration of hydrogen’s role in the evolving energy landscape.
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In-Depth Knowledge
Participants will gain in-depth knowledge of hydrogen as a clean energy source, its production technologies, storage solutions, transportation methods, and diverse applications across industries.
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Economic and Regulatory Insights
The course also delves into the economic, regulatory, and policy aspects of hydrogen, providing insights into the future of this versatile energy carrier.
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Real-World Applications
Through real-world case studies and industry insights, learners will understand the practical implementation and strategic importance of hydrogen in achieving global climate goals.
Who this Course is for
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Graduates and Students
Individuals beginning their academic or professional careers who are eager to build a strong foundation in hydrogen technology and its applications.
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Engineers and Energy Engineers
Professionals in engineering fields looking to specialize in hydrogen production, storage, and utilization technologies.
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Consultants and Managers
Business consultants and managers aiming to integrate hydrogen strategies into their organizations and projects.
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Environmentalists and Environmental Managers
Advocates for environmental protection and sustainability, focusing on clean energy solutions to reduce carbon footprints.
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Energy Auditors and Managers
Professionals responsible for auditing and managing energy use, interested in improving sustainability through hydrogen-based solutions.
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Policy Makers and Regulators
Individuals involved in shaping energy policies and regulatory frameworks, looking to understand hydrogen’s role in the future energy landscape.
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Professionals in Sustainability and Social Responsibility
Experts working towards corporate sustainability and social responsibility, interested in the potential of hydrogen in achieving sustainability goals.
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Energy Management Professionals
Those involved in managing energy systems, seeking to expand their expertise in hydrogen technology.
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Anyone Interested in Clean Energy and Decarbonization
Individuals eager to explore the future of clean energy, hydrogen’s role in the global energy transition, and its potential to drive decarbonization efforts.
Course Learning Objectives
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Fundamentals of Hydrogen Technology
Understand the fundamentals of hydrogen technology and its role in the global energy transition.
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Hydrogen Production Methods
Explore various hydrogen production methods, including electrolysis, steam methane reforming, and biomass gasification.
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Environmental and Economic Considerations
Gain insights into the environmental and economic considerations of green and blue hydrogen.
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Hydrogen Storage and Transportation
Learn about the challenges and innovations in hydrogen storage and transportation infrastructure.
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Hydrogen Applications Across Industries
Discover the wide range of applications for hydrogen across industries, including mobility, power generation, and industrial processes.
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Safety, Regulation, and Economics
Analyze the safety, regulatory, and economic aspects of hydrogen production and usage.
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Global Policies and Initiatives
Evaluate national and international policies, legislation, and global initiatives promoting hydrogen adoption.
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Real-World Case Studies
Study real-world case studies to gain practical insights into successful hydrogen projects and industry trends.
Tentative Course Agenda
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Introduction to Hydrogen Technology
Overview of Hydrogen as a clean energy source. Hydrogen in the global energy transition. Hydrogen value chain: Production, storage, distribution, and utilization.
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Hydrogen Production Technologies
Overview of existing and emerging hydrogen production methods. Electrolysis, Steam Methane Reforming (SMR), and Biomass Gasification. Green vs. Blue Hydrogen: Environmental and economic considerations. Innovations in hydrogen production and scaling up.
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Hydrogen Storage and Transportation
Hydrogen storage solutions: Compressed gas, liquid hydrogen, metal hydrides. Challenges and innovations in hydrogen storage. Transportation infrastructure: Pipelines, shipping, and road transport.
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Applications of Hydrogen
Industrial applications: Refining, chemical production, and heavy industries. Hydrogen in mobility: Fuel cells for vehicles, trains, and maritime. Hydrogen for power generation and residential heating. Case studies of hydrogen projects worldwide.
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Safety, Regulation, Economics and Business Models
Safety aspects of hydrogen handling and storage. Regulatory frameworks for hydrogen production and distribution. International standards and compliance. Economics of hydrogen production and use. Developing business models for hydrogen projects. Comparing hydrogen with traditional fossil fuels and renewable alternatives. Future outlook and investment opportunities in hydrogen.
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Policy, Legislation, and Global Initiatives
National and international policies promoting hydrogen. The role of hydrogen in achieving climate goals (e.g., Paris Agreement). Government incentives and funding for hydrogen projects. Global hydrogen strategies and roadmaps.
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Case Studies and Industry Insights
Real-world case studies of successful hydrogen projects. Lessons learned from global hydrogen initiatives.
Additional Notes
Materials Provided
Pre-readings, case studies, and access to online resources.
Evaluation
Participants will receive a certificate of completion based on attendance and participation.
Interactive Elements
Throughout the course, interactive elements such as group discussions, hands-on workshops, and case study analyses will be emphasized to enhance learning and engagement.
Dr. Ujjal Ghosh holds an M.Tech and Ph.D. from IIT Kharagpur, and completed post-doctoral research at the University of Melbourne.
Industry Collaborations
Dr. Ghosh has partnered with major companies like SHELL, TOTAL, and BHP on research and skill development projects.
Global Experience
With over 20 years of experience in chemical engineering, teaching, and research, Dr. Ghosh has worked across multiple countries.
What Participants Say
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Karen Koh, Vopak Asia Pte Ltd, Singapore
The course was presented in a professional way at a good pace and I felt I received the relevant information to support and extend my working knowledge and understanding of the carbon markets (CCU, CCS).
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Nitin Bala, Master Student, IIT Hyderabad, India
I attended a virtual course in Carbon dioxide Capture, Utilization and Storage organized by ORB CleanTech Inc on the 25th and 26th of February, 2023. Many thanks to Dr Ujjal Ghosh for organizing such an informative virtual course.
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Renewable Energy Professional from India
The Masterclass was elaborative with practical data's being presented. It has cleared many of the doubts and queries.
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Senior Process Engineer from Germany
Attending the CCUS training course by ORB Cleantech Inc. was beneficial! The course offered in-depth insights into carbon capture, utilization, and storage technologies, backed by practical examples and expert guidance from Dr Ujjal. Highly recommended for anyone looking to enhance their knowledge in the green energy sector!