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Advanced CPD

Hydrogen: Production, Delivery, Storage and Use

This advanced 5 days programme provides professionals with a rigorous, practice-oriented grounding in Hydrogen: Production, Delivery, Storage and Use. Designed for those working across the Sustainability & Energy Transition sector, the course combines established theoretical frameworks with current industry practice through expert-led instruction, structured case studies, and hands-on workshops.

5 daysDuration
AdvancedLevel
5 Days · 15 ModulesProgramme
YX-ESG-005Code
Classroom Online In-House Blended
Starting From
$4,950
per delegate · live online
Classroom
Face-to-face at a global venue
$5,950
Online
Live interactive virtual sessions
$4,950
In-House
Delivered at your premises
Quote
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Internationally Accredited
50+ Global Locations
Expert Advisory Team
Secure Booking Process

Course Overview

About this programme

This advanced 5 days programme provides professionals with a rigorous, practice-oriented grounding in Hydrogen: Production, Delivery, Storage and Use. Designed for those working across the Sustainability & Energy Transition sector, the course combines established theoretical frameworks with current industry practice through expert-led instruction, structured case studies, and hands-on workshops.

Participants will engage with the most relevant tools, standards, and methodologies used in CCUS & Hydrogen today. By the final day, delegates will leave with a clear personal action plan and the confidence to apply their learning immediately, contributing to improved performance, compliance, and competitive advantage within their organisations.

Programme Objective

Equip professionals with the knowledge, skills, and frameworks required to excel in Hydrogen: Production, Delivery, Storage and Use, driving measurable improvement in Sustainability & Energy Transition performance and delivering tangible value to their organisations.

5 daysTotal Duration
5 DaysTraining Days
15 ModulesModules Covered
Max 20Class Size
EnglishLanguage
CPDAccreditations

What You Will Learn

11 key learning outcomes

01

Explain the drivers, frameworks, and business implications of the global energy transition

02

Apply ESG reporting standards (GRI, SASB, TCFD, and ISSB) to measure and communicate sustainability performance

03

Evaluate decarbonisation pathways available to oil, gas, and energy companies across Scope 1, 2, and 3 emissions

04

Assess CCUS project feasibility including capture technologies, storage options, and economic drivers

05

Evaluate hydrogen production methods, delivery infrastructure, and end-use applications

06

Analyse renewable energy technologies — solar, wind, and storage — for integration into energy portfolios

07

Apply carbon pricing mechanisms including ETS, carbon taxes, and voluntary carbon markets to business decisions

08

Develop and communicate a credible net-zero strategy including interim targets and governance

09

Assess nature-based solutions, biodiversity net gain, and their role in corporate sustainability strategies

10

Engage with ESG investors, rating agencies, and lenders using appropriate sustainability disclosure language

11

Identify risks and opportunities arising from the energy transition for upstream, midstream, and downstream assets

Course Outline

5 training days · 15 modules · hands-on workshops

1
Hydrogen
Fundamentals
2
Green
Hydrogen
3
Hydrogen
Storage,
4
Hydrogen
End
5
Hydrogen
Business
Day 1

Hydrogen Fundamentals & the Colour Spectrum

Understand hydrogen properties, production pathways, and the global policy context.

8 hours 3 modules
Module 1

Hydrogen Properties & Safety

  • Physical and chemical properties: density, energy density, and flammability
  • Embrittlement, permeation, and materials compatibility
  • Hydrogen safety: detection, venting, and ATEX zone classification
  • Comparison with methane: energy content and storage volume
Module 2

Hydrogen Production Pathways

  • Grey hydrogen: SMR and coal gasification with no CCS
  • Blue hydrogen: SMR/ATR with carbon capture — capture rates and costs
  • Green hydrogen: PEM and alkaline electrolysis powered by renewables
  • Turquoise and pink hydrogen: pyrolysis and nuclear electrolysis
Module 3

Global Hydrogen Policy & Market

  • National hydrogen strategies: EU, UK, Japan, South Korea, and Australia
  • IEA Global Hydrogen Review: supply, demand, and trade projections
  • Hydrogen colour standards and certification: CertifHy and IRENA methodology
  • Investment landscape: announced projects, funding gaps, and private capital
Practical Workshop

Hydrogen pathway comparison: teams evaluate three production routes against cost, carbon intensity, and scalability criteria for a provided demand centre.

Day 2

Green Hydrogen Production & Electrolysis

Design and evaluate water electrolysis systems for green hydrogen production.

8 hours 3 modules
Module 1

Electrolyser Technology

  • Alkaline electrolysis: mature technology, efficiency, and stack degradation
  • PEM electrolysis: rapid response, high purity, and cost trajectory
  • Solid oxide electrolysis (SOEC): high efficiency and integration with heat
  • Electrolyser stack design: current density, cell voltage, and Faradaic efficiency
Module 2

System Design & Integration

  • Balance of plant: water treatment, power electronics, and compression
  • Coupling with renewables: intermittent operation and stack lifetime
  • Grid-connected vs. behind-the-meter: curtailment value and grid fees
  • Hydrogen output specifications: purity requirements for different end uses
Module 3

Green Hydrogen Economics

  • LCOH calculation: CAPEX, OPEX, capacity factor, and electricity price
  • Cost reduction roadmap: stack cost, efficiency, and learning rates
  • Green hydrogen cost competitiveness: regional comparison to 2030/2050
  • Electrolyser project financing: offtake agreements and merchant risk
Practical Workshop

LCOH sensitivity model: teams calculate the levelised cost of green hydrogen for three scenarios varying electricity price, capacity factor, and electrolyser CAPEX.

Day 3

Hydrogen Storage, Transport & Distribution

Evaluate hydrogen storage and delivery infrastructure options for different market segments.

8 hours 3 modules
Module 1

Hydrogen Storage Technologies

  • Compressed gas storage: high-pressure cylinders (350–700 bar) and tube trailers
  • Liquid hydrogen: liquefaction energy penalty, boil-off, and cryogenic tanks
  • Underground storage: salt caverns, depleted reservoirs, and aquifers
  • Material-based storage: metal hydrides, chemical hydrides, and LOHC
Module 2

Hydrogen Transport Infrastructure

  • New-build hydrogen pipelines: material selection and compression
  • Repurposing natural gas pipelines: H2-readiness assessment and blending limits
  • Ammonia as hydrogen carrier: synthesis, shipping, and reconversion
  • Liquid hydrogen shipping: carriers, terminals, and boil-off management
Module 3

Hydrogen Distribution & Dispensing

  • Retail fuelling station design: compression, storage, and dispensing protocols
  • Industrial hydrogen supply: on-site generation vs. delivered hydrogen
  • Hydrogen blending in gas networks: regulatory limits and end-use compatibility
  • Last-mile distribution: tube trailer logistics and virtual pipeline
Practical Workshop

Hydrogen supply chain design: teams design the supply chain for a 5 MW hydrogen fuelling hub, selecting production, storage, and delivery options with a cost comparison.

Day 4

Hydrogen End Uses & Sector Coupling

Evaluate hydrogen applications across transport, industry, heating, and power sectors.

8 hours 3 modules
Module 1

Hydrogen in Transport

  • Fuel cell electric vehicles (FCEVs): PEM fuel cell stack and drivetrain
  • Heavy-duty transport: long-haul trucking, buses, and trains
  • Maritime: ammonia, methanol, and liquid hydrogen as marine fuels
  • Aviation: liquid hydrogen and SAF pathways using hydrogen
Module 2

Industrial Hydrogen Applications

  • Refinery hydrogen: hydrocracking, hydrotreating, and green H2 switch
  • Ammonia and fertiliser: Haber-Bosch process and green ammonia
  • Steel: direct reduced iron (DRI) with hydrogen replacing coking coal
  • Chemicals: methanol, synthetic fuels, and platform chemicals from H2
Module 3

Power & Heat Applications

  • Gas turbines firing hydrogen: low-NOx combustion and blending limits
  • Stationary fuel cells: solid oxide and PEM for industrial CHP
  • Hydrogen boilers and heat networks: residential heating decarbonisation
  • Seasonal energy storage: power-to-hydrogen-to-power round-trip efficiency
Practical Workshop

Hydrogen end-use mapping: teams map the hydrogen demand potential across three sectors for a provided region, estimate volumes and timing, and identify the priority end use for early offtake.

Day 5

Hydrogen Business Models, Safety & Regulatory Framework

Develop hydrogen project structures, safety cases, and navigate the regulatory environment.

8 hours 3 modules
Module 1

Hydrogen Project Development

  • Project lifecycle: concept, FEED, FID, construction, and ramp-up
  • Offtake agreements: green hydrogen PPA structure and price indexation
  • Project finance: bankability requirements and typical capital structure
  • Risk allocation: development, construction, and operational risk matrix
Module 2

Hydrogen Safety Management

  • Hazard identification: HAZOP for hydrogen production and storage facilities
  • Quantitative risk assessment (QRA): consequence modelling for H2 release
  • Emergency response planning: H2 leak response and evacuation
  • Lessons from industrial hydrogen accidents: root causes and prevention
Module 3

Regulation, Standards & Certification

  • EU hydrogen regulation: delegated acts and definition of renewable hydrogen
  • UK hydrogen business model (HBM): eligibility and certification
  • ISO and IEC hydrogen standards: ISO 14687 quality and ISO 22734 electrolysers
  • Carbon intensity certification: RFNBO rules and lifecycle assessment methodology
Practical Workshop

Capstone hydrogen project: teams develop a hydrogen project concept — green production, supply chain, and offtake — presenting the business case, risk register, and regulatory pathway to a simulated investment committee.

The course outline is indicative. Content may be adapted to reflect current industry developments and delegate experience levels.

Who Should Attend

This programme is designed for professionals across these roles

Sustainability Managers

Professionals leading corporate sustainability strategy, reporting, and stakeholder engagement

Asset & Operations Managers

Operations leaders responsible for reducing emissions and implementing decarbonisation initiatives

Finance & Investor Relations

Finance teams managing ESG investor engagement, green finance, and climate risk disclosure

Risk & Compliance Officers

Professionals integrating climate and ESG risks into enterprise risk management frameworks

Engineers & Technical Specialists

Technical professionals evaluating and implementing decarbonisation and renewable energy solutions

Senior Leaders & Board Members

Executives and board directors responsible for setting and overseeing net-zero strategy and ESG governance

Schedule & Fees

Upcoming public dates — enrol anytime

Jun
05
05 Jun – 09 Jun 2026
Dubai, UAE
Classroom Only 3 seats left!
$5,950
per delegate
Jun
26
26 Jun – 30 Jun 2026
Live Online (Zoom)
Online 9 seats available
$4,950
per delegate
Jul
23
23 Jul – 27 Jul 2026
Singapore
In-House 4 seats available
Quote
custom pricing
Aug
24
24 Aug – 28 Aug 2026
Houston, USA
Blended 7 seats available
Quote
custom pricing
Sep
17
17 Sep – 21 Sep 2026
Abu Dhabi, UAE
Classroom Only 3 seats left!
$5,950
per delegate
Oct
20
20 Oct – 24 Oct 2026
Live Online (Zoom)
Online 5 seats available
$4,950
per delegate
Can't find a suitable date? Contact us for private cohort scheduling or in-house delivery options at your premises.

Accreditations & Recognition

This course carries internationally recognised professional credits

CPD Certified

Course Resources

Request documentation before you book

Ready to Enrol?

Speak with our training advisors to confirm availability, group rates, and customised in-house options.