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Hydrogen: From Production to Market

 

Unveiling the Future of Energy: Your Pathway to Mastering Hydrogen 

 

Hydrogen Production to Market CPD-1

 

Step into the Future of Energy

This course is your gateway to understanding hydrogen’s pivotal role in addressing climate change and propelling a sustainable energy shift. Through an engaging blend of in-depth modules, interactive discussions, live virtual tours of hydrogen facilities, and hands-on exercises like creating your own Hydrogen Island, you'll emerge with a robust understanding of the hydrogen landscape.

Interactive Learning

Participate in interactive sessions, group activities, and practical exercises.

Industry Insights

Explore challenges and opportunities in hydrogen's global market outlook.

Networking Opportunities

Network with like-minded individuals, industry experts, and course peers.

Capstone Project

Embark on an exhilarating journey to design your own 'Hydrogen Island'. 

Crafted with Industry, for Industry

Our course is crafted in partnership with industry leaders to address real-world hydrogen economy demands. This collaboration ensures a curriculum updated with the latest market dynamics, blending practicality with informative content. We advocate a hands-on learning approach.

Participants engage in live industry projects, case studies, and interactive sessions with seasoned professionals, delving deep into hydrogen production, market strategies, and real-world applications. This course acts as a bridge between theoretical knowledge and practical industry demands, propelling you towards becoming an industry-ready professional in the hydrogen economy.

 

Module Highlights

The Role of Hydrogen in the Energy Transition

In the first module you will navigate the role of hydrogen in mitigating carbon emissions, unfolding its journey from production to market integration across various sectors. Through a blend of global policy analysis, engaging discussions, and case study explorations, participants will garner a robust understanding of the geopolitical and financial frameworks shaping the hydrogen economy, laying a strong foundation for the subsequent modules.

Upstream Value Chain

The second module delves into the upstream value chain of hydrogen, exploring both traditional and innovative production methods, with a spotlight on green, blue, and turquoise hydrogen. Through comparative evaluations, participants will gain insights into electrolyser technologies, production methodologies, and the market landscape, fostering a comprehensive understanding of hydrogen production's evolving dynamics.

Midstream Value Chain

The third module unfolds the midstream value chain of hydrogen, diving into storage, transport, and various distribution methodologies. Through an array of comparisons and real-world case studies, participants will grasp the technical, economical, and infrastructural facets of hydrogen's journey from production sites to end-users, including an exploration of fuel cell technologies and material considerations for hydrogen storage and distribution vessels.

The Hydrogen Horizon

In our fourth module we will explore hydrogen's potential across sectors like refining, ammonia and methanol production, sustainable steel production, and in powering vehicles, ships, trains, and aircraft. Through a mix of theoretical and practical insights, participants will grasp how hydrogen stands as a cornerstone for decarbonisation across various industries, and engage with real-world projects advancing hydrogen's role in a low-carbon economy.

Forecasting the Hydrogen Future

The final module delves into the market outlook of the hydrogen economy, examining the assumptions, methodologies, and trends in global hydrogen demand and production. Through engaging activities and discussions, participants will explore forecasts of the global hydrogen market, analyse business strategies in case studies, and work on a captivating group-based activity to envision a comprehensive hydrogen island, offering a holistic perspective on the burgeoning hydrogen landscape.

Who should attend?

Navigating the Course: Module Breakdown

Dive deeper into each module to unlock a wealth of knowledge. Click on the tabs below for a more detailed overview of what each day entails in your hydrogen learning journey.

The Role of Hydrogen in the Energy Transition

This module equips you with a solid grasp of hydrogen's role in reducing carbon dioxide emissions, alongside a detailed look into its production, storage, and distribution.
 
Delve into global, regional, and national hydrogen strategies, enriched by a comparative analysis across various nations. Explore Carbon Capture, Utilisation and Storage (CCUS) in blue hydrogen production, and the impact of hydrogen certification on promoting a sustainable hydrogen economy.
 
The module provides a comprehensive understanding of financial policies driving the hydrogen economy, emphasising the importance of carbon pricing. Through diverse case studies, examine the differing National and EU strategies and their impact on the hydrogen economy.
 
Module highlights:

  • Advanced Hydrogen Economy: Discover hydrogen's significance in reducing CO2 emissions, its production dynamics, and sectors suited for decarbonisation through hydrogen.

  • Global Hydrogen Policies: Dive into the geopolitical landscape affecting hydrogen strategies and analyse global and regional hydrogen policies.

  • Strategic Analysis of International Hydrogen Policies: Engage in a comparative analysis of country-specific hydrogen strategies and the crucial role of CCUS clusters in blue hydrogen production.

  • Hydrogen Certification and Carbon Pricing: Understand the importance of hydrogen certification and the nuanced certification standards, alongside an exploration of carbon pricing's impact on the hydrogen economy.

With engaging presentations, interactive discussions, and insightful case studies, this module prepares you with a deep understanding of the hydrogen economy, its governing policies, and strategic frameworks from a global perspective. Your journey into the hydrogen economy not only enriches your knowledge but also sparks informed discussions and strategic thinking in leveraging hydrogen for a sustainable global energy landscape.

Upstream Value Chain

 
As the buzz around hydrogen as a green energy source grows, understanding its production nuances becomes vital. This module is designed to take you on a fascinating exploration through traditional and modern hydrogen production avenues, opening doors to a greener and sustainable energy future.
 
Module highlights:

  • Hydrogen Production Journey: Get acquainted with the traditional methods of hydrogen production and the latest market trends. Discover the evolving stages of hydrogen production process development that is setting the pace for a cleaner energy landscape.

  • Green Hydrogen Production: Immerse yourself in the world of green hydrogen. Compare the workings of different types of water electrolysers and delve into the market dynamics. Discover the global players steering the electrolyser technology, and the future trends that are ready to shape the green hydrogen market.

  • Blue & Turquoise Hydrogen Production: Venture into the realm of blue and turquoise hydrogen production. Understand the critical role of CCUS in the blue hydrogen supply chain and evaluate the diverse production technologies. Get a handle on the various business models that can drive blue hydrogen projects into reality.

By engaging with this module, you are not just learning the technicalities, but also understanding the significant benefits tied to the hydrogen upstream value chain.
 
Uncovering the potential of green, blue, and turquoise hydrogen production, opens up a dialogue for cleaner energy sources, market innovations and a step towards sustainable industrial practices. The knowledge you gain here sets a solid groundwork for appreciating the broader spectrum of hydrogen’s role in the global energy narrative.

Midstream Value Chain

 
Module 3 invites you to traverse the critical midstream segment of the hydrogen value chain, where the essence of storage, transport, and innovative technologies come to life. This module is crafted to unveil the myriad methods and materials that pave the way for hydrogen's journey from production facilities to end-users. By delving into this module, you are opening up a window to the evolving hydrogen landscape, getting a step closer to the pulse of hydrogen-centric sustainable solutions.
 
Module highlights:

  • Hydrogen Storage & Transport Landscape: Uncover the rationale, challenges, and current practices in hydrogen storage and distribution. Get a grasp of the role and limitations of pipeline transmission, laying a solid foundation for understanding the broader hydrogen supply chain.

  • Comparative Analysis of Storage & Transport Methods: Engage in a thorough comparison of various storage and transport technologies, evaluating them on technical, cost, and developmental grounds.

  • Compressed Gas Storage & Transport: Dive into the specifics of compressed storage, understanding the systems, cylinder weights, and the role of compressed tube trailers in hydrogen transport.

  • LH2 Storage & Transport: Explore the core aspects of Liquid Hydrogen (LH2) production, storage, and transportation, while gaining insights into real-world project examples.

  • Underground & Solid-state Hydrogen Storage: Delve into the fascinating world of underground hydrogen storage and solid-state storage with a focus on metal hydrides, exploring potential projects and key industry players.

  • Hydrogen Carriers & Pipeline Transmission: Evaluate different hydrogen carriers like ammonia and methanol, and delve into the infrastructure, blending, and de-blending of hydrogen pipelines.

  • Material Selection for Storage & Distribution Vessels: Learn about hydrogen embrittlement and its impact on material selection for pressure and cryogenic vessels.

  • Hydrogen Fuel Cells: Step into the dynamic domain of fuel cells, exploring the types, components, and market trends. From PEM to SOFCs, and alternative fuel cell technologies, understand the workings, applications, and the key players driving this technology forward.

 

The Hydrogen Horizon

 
Unveil the endless possibilities of hydrogen in Module 4 as we delve into its applications across a spectrum of sectors. This module is designed to be your compass in navigating the hydrogen application landscape, from traditional sectors like refining and ammonia production to futuristic applications in aviation and marine transport. With a keen focus on the decarbonisation potential, this module aims to equip you with a nuanced understanding of how hydrogen is reshaping industries and propelling us towards a sustainable future.
 
Module highlights:
  • Decarbonisation Through Hydrogen: Discover the sectors ripe for hydrogen-based decarbonisation and understand the Power-to-X (P2X) applications that are changing the energy narrative. Explore the drivers that are honing hydrogen's cost-competitiveness in today’s market.
  • Refining & Ammonia Production: Delve into the role of hydrogen in refining and ammonia production. Learn about industry advancements like Essar's hydrogen-fired furnace and the REFHYNE project that are setting milestones in low-carbon hydrogen integration.
  • Methanol & Alternative Fuel Production: Explore the transition towards blue and green methanol production, and the emergence of e-methanol. Dive into the world of biofuels and e-fuels, understanding their production pathways and the renewable diesel sector landscape.
  • Sustainable Steel Production: Get acquainted with the ground-breaking HYBRIT project and other key players pushing the boundaries in hydrogen-based steel production, paving the way towards sustainable steel production.
  • Power, Heat & Fuel Cell Electric Vehicles (FCEVs): Explore how hydrogen is revolutionising power and heat generation, and propelling the market of FCEVs forward. Uncover the evolving hydrogen refuelling infrastructure worldwide, making green transport a closer reality.
  • Marine, Rail, and Aviation Applications: Discover the low-carbon fuel transition in the marine sector, fuel cell advancements in rail transport, and how hydrogen is set to soar in the aviation industry with case studies like ZeroAvia and hydrogen fuel cell drones.
The benefits of diving into this module are vast. Not only will you gain a comprehensive understanding of hydrogen’s multifaceted applications, but you’ll also be able to see the bigger picture of how hydrogen stands as a pillar for global decarbonisation efforts. Engage with real-world case studies, comparative analyses, and discussions that will broaden your perspective on the role of hydrogen in ushering a sustainable energy era.

Forecasting the Hydrogen Future: Market Outlook and Your Own Hydrogen Island

 

Embark on a riveting journey into the future of hydrogen with Module 5. This module unfolds the methodologies and assumptions underpinning market forecasts, offering you a lens to envisage the global hydrogen demand, production, and market trends. It’s not just about understanding the forecasts; it's about engaging in a hands-on exercise to design your own hydrogen island, a unique feature that sets this module apart. Through this exercise, you'll not only grasp the theoretical knowledge but apply it in a practical scenario, fostering a deeper understanding of the hydrogen market dynamics.
 
Module highlights:
  • Assumptions & Methodology: Dive into the basis of market forecasts, understanding the key factors and drivers shaping the hydrogen landscape. Engage in tasks that sharpen your forecasting skills, laying a robust foundation for the rest of the module.
  • Hydrogen Demand & Production: Delve into the projected trends of global hydrogen demand and production. Discuss the various factors and advancements in technologies and policies that are set to influence future production capacities.
  • Global Hydrogen Market Forecast: Explore the forecast of the global hydrogen market, identifying key market players, potential entrants, and emerging trends. Immerse yourself in case studies that dissect specific business strategies and outcomes in the hydrogen market.
  • Create Your Own Hydrogen Island Exercise: Unleash your creativity and analytical skills in a stimulating exercise where you design your own hydrogen island. This exercise is not just about applying what you've learned, but about envisioning and creating a microcosm of a hydrogen-powered future.
The benefits of this module extend beyond just theoretical knowledge. It’s an opportunity to grasp the practical aspects of hydrogen market dynamics, and the 'Create Your Own Hydrogen Island' exercise empowers you to think innovatively, putting theory into practice. The exercise is set to be a stimulating capstone, enabling you to demonstrate your understanding and innovative ideas in a tangible format.

Design Your Hydrogen Island

Learning Outcomes

By the end of the programme you will:

  • Develop a comprehensive understanding of the hydrogen value chain, from production and storage to transport and key applications.

  • Critically analyse the current state and future trends of the hydrogen market, considering technological, economic, and policy factors.

  • Evaluate the potential of hydrogen as a solution for energy decarbonisation across various sectors.

  • Apply knowledge of hydrogen technologies to assess the feasibility and impact of specific projects and business strategies in real-world case studies.

Meet Your Expert Tutor

Dr Amrit Chandan

Dr Amrit Chandan

Hydrogen Tutor
Dr Amrit Chandan, a renowned entrepreneur and expert in the field of chemical engineering, specialising in sustainable energy solutions. Named on the Forbes 30 Under 30 list and awarded the Hawley Award for Engineering Innovation, Amrit has expertise in renewable energy technologies, including sustainable energy storage. Amrit has been featured in prominent publications like The Telegraph, The Guardian, and BBC.

Alumni Insights

The real-world case studies and the 'Create Your Own Hydrogen Island' exercise were eye-opening experiences. Highly recommended for anyone in the energy sector.

Project Manager | Chevron

The course tutor's expertise and the well-structured content made learning complex concepts a breeze. A valuable course for anyone looking to delve into hydrogen technologies.

Insurance Analyst | Renewable Energy

As an engineer with a decade of experience in the energy sector, I recently completed the 5-day Hydrogen Programme offered by Jee. This course has been nothing short of transformative. 

Subsea Engineer | Chevron

Start Dates

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Fee:  £2,995.00
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Hydrogen: From Production to Market
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Your Pricing Path: Course or Course Bundle

Standard Access

Individual Course Access

Full access to "Hydrogen: From Production to Market" course.

£2,995

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  • Live Classes (Mon-Fri): Dive into a week of live, interactive sessions focusing on real-time learning and discussions with peers and industry experts.

  • CPD Accredited: Earn 35 CPD hours along with a certificate of completion at the conclusion of the course.

  • Access to Jeenius Platform: Unlock a realm of additional resources, peer forums, and expert interactions extending your learning beyond the classroom.

  • Industry Expert Interaction: Network and learn from seasoned hydrogen industry professionals throughout the course, discussing real-world challenges and solutions.

  • Build Your Own Hydrogen Island Exercise: Apply your knowledge in a hands-on project, conceptualising and designing your own hydrogen island.

Premium Access

Renewable Bundle

Special Offer on Our Comprehensive Energy Courses

£7,995

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Unlock a world of knowledge in the energy sector with our exclusive course bundle offer! For just £7,995, gain immediate access to all of our expertly designed courses. Whether you're interested in renewable energies, emerging technologies we have a course tailored for your needs.

Flexible Learning at Your Fingertips

  • Immediate Access: Start learning right away with instant access to your chosen courses.
  • Live Course Participation: Attend any of our live sessions for an interactive learning experience.
  • Certification: Receive certificates upon completion to showcase your expertise.

Diverse Course Selection

  1. Offshore Wind: Explore the mechanics, policies, and innovations in offshore wind energy.
  2. Harnessing Hydrogen: Fuel Cells for a Sustainable Future: Dive deep into hydrogen fuel cells, their technology, and safety.
  3. Carbon Capture, Utilisation and Storage (CCUS): Understand the technologies, utilisation strategies, and storage frameworks for carbon capture.
  4. Electrifying Mobility: Navigating the EV Charging Ecosystem: Learn about EV technologies, infrastructure, and sustainable mobility.
  5. Navigating Energy Transition: A Comprehensive Guide for the Investment Community: Gain insights into the technological, financial, and regulatory aspects of the energy transition.
  6. Offshore Wind Power Cable Management: Master offshore wind power cables, from design to maintenance. 
  7. Energy Transition Introductory Programme: A concise three-day course offering a robust foundation in the energy transition landscape.

Frequently Asked Questions

What is the main focus of this course?
This course provides a comprehensive understanding of the hydrogen value chain, encompassing production, storage, transport, and key applications. It aims to equip participants with critical analytical skills to evaluate current and future trends in the hydrogen market, assess the potential of hydrogen for energy decarbonisation, and apply knowledge in real-world case studies to assess the feasibility of hydrogen-based projects and business strategies.
Who is this course intended for?
The course is designed for professionals, researchers, students, and anyone keen on gaining a solid understanding of the hydrogen economy, its technologies, and its potential impact on various sectors.
Are there any prerequisites for this course?

While there are no strict prerequisites, having a basic understanding of energy systems and an interest in sustainable energy solutions will be beneficial.

How is the course structured?

The course is structured into modules, each focusing on different aspects of the hydrogen value chain. The modules encompass a blend of theoretical insights, practical exercises like creating a hydrogen island, and engagement with real-world case studies.

How will this course benefit my career?

Engaging with this course will equip you with a robust understanding of the hydrogen market, its technologies, and applications. This knowledge is invaluable in the evolving energy landscape and can open doors to career opportunities in the hydrogen sector, policy-making, research, or entrepreneurial ventures.

What kind of real-world projects will be discussed in this course?

The course delves into various real-world projects, showcasing advancements in hydrogen technologies across sectors like refining, ammonia production, sustainable steel production, and transportation. Case studies like the HYBRIT project, REFHYNE project, and ZeroAvia are some of the real-world scenarios explored.

Will there be opportunities for networking and discussions?

Yes, the course provides a platform for engaging discussions, allowing you to network with like-minded individuals, experts in the field, and potentially forming collaborative relationships for future projects.

Is there any hands-on or practical component in the course?

Absolutely! The course includes practical exercises like designing your own hydrogen island, which allows you to apply the theoretical knowledge gained and think innovatively about hydrogen solutions.

How will the knowledge of hydrogen technologies be applied in real-world case studies?

Through a deep dive into real-world case studies, participants will apply their understanding of hydrogen technologies to assess the feasibility, impact, and business strategies surrounding hydrogen-based projects in various sectors.

What are some of the key takeaways from this course?

Participants will gain a holistic understanding of the hydrogen value chain, analytical skills to evaluate market trends, practical experience through exercises and case studies, and a network of professionals interested in the hydrogen economy.