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Green Hydrogen: Powering Industries Towards Net-Zero Emissions
USD $59.00 USD $249.00Price range: USD $59.00 through USD $249.00
Aim: The aim of this workshop would be to provide participants with a comprehensive understanding of green hydrogen, its production, and its potential applications in industry. The workshop would cover the basics of green hydrogen, its benefits over traditional hydrogen production methods, and its potential for reducing greenhouse gas emissions.The workshop will explore the potential of green hydrogen as a clean and renewable energy source for powering fuel cell electric vehicles. It will cover topics such as the production, storage, and distribution of green hydrogen, its use in fuel cell electric vehicles, and its potential to replace fossil fuels.
Aim
Green Hydrogen: Powering Industries Towards Net-Zero Emissions trains participants to understand how green hydrogen is produced, stored, transported, and integrated into industrial systems to reduce emissions. You’ll learn the end-to-end value chain (renewables → electrolysis → conditioning → storage/transport → end-use), techno-economic drivers, safety fundamentals, and decarbonization use cases across hard-to-abate sectors—so you can plan realistic hydrogen pathways toward net-zero.
Program Objectives
- Understand the Hydrogen Landscape: Green vs blue/grey hydrogen and why “green” matters for net-zero.
- Learn Production Pathways: Electrolysis types, renewable integration, and operational considerations.
- Build Value Chain Literacy: Compression, liquefaction, pipelines, carriers (ammonia/LOHC) basics.
- Assess Industrial Use Cases: Steel, refining, fertilizers, chemicals, power, shipping, and heavy mobility.
- Evaluate Projects: Key KPIs, costs, efficiency, carbon intensity, and system constraints.
- Safety & Standards Awareness: Hazards, handling, and risk controls for hydrogen systems.
- Plan Net-Zero Roadmaps: Identify feasible adoption pathways and transition strategies.
- Hands-on Application: Develop a mini hydrogen adoption plan for a target industry facility.
Program Structure
Module 1: Why Green Hydrogen for Net-Zero Industries?
- Hard-to-abate sectors: why electrification alone is often not enough.
- Hydrogen “colors”: definitions, carbon intensity logic, and common misconceptions.
- Hydrogen as an energy carrier: where it fits best (and where it doesn’t).
- Key metrics: LCOH (cost), efficiency, utilization factor, and emissions accounting.
Module 2: Green Hydrogen Production (Electrolysis + Renewables)
- Electrolysis fundamentals: water splitting, stack, balance-of-plant (conceptual).
- Electrolyzer types: alkaline, PEM, SOEC (high-level comparison).
- Renewable integration: intermittency, curtailment use, hybrid power sourcing.
- Water quality and consumption basics; siting considerations (intro-level).
Module 3: Conditioning, Storage & Transport
- Hydrogen conditioning: drying, purification, compression.
- Storage options: compressed gas, liquid hydrogen, metal hydrides (intro).
- Transport pathways: pipelines, tube trailers, liquid logistics, port infrastructure (conceptual).
- Hydrogen carriers: ammonia and LOHC basics; trade-offs and reconversion concept.
Module 4: Industrial Applications I — Fertilizers, Chemicals & Refineries
- Ammonia production and the role of green hydrogen.
- Refining uses: hydrotreating and hydrogen demand (high-level).
- Methanol and synthetic fuels pathways (conceptual overview).
- Integration challenges: continuous process needs vs variable renewable supply.
Module 5: Industrial Applications II — Steel, Heat & Power Systems
- Steel decarbonization concepts: DRI (direct reduced iron) with hydrogen (high-level).
- High-temperature heat: burners, boilers, and blending considerations (intro-level).
- Power sector uses: turbines, fuel cells, seasonal storage concepts.
- Blending hydrogen in gas networks: benefits and limits (conceptual).
Module 6: Economics, Carbon Accounting & Project KPIs
- Cost stack: CAPEX/OPEX drivers, electricity price, capacity factor, stack replacement.
- Carbon intensity: Scope 1/2/3 basics and why power sourcing matters.
- Project KPIs: kg H2/day, kWh/kg, uptime, purity, cost per ton CO2 abated.
- Contracts and markets: offtake, certification, guarantees of origin (conceptual).
Module 7: Safety, Standards & Implementation Readiness
- Hydrogen properties: flammability, embrittlement, leakage, detection basics.
- Safety systems: ventilation, sensors, hazard zones, operational protocols.
- High-level overview of compliance, approvals, and documentation expectations.
- Risk thinking: HAZID/HAZOP concepts (intro-level) and incident learning mindset.
Module 8: Roadmaps to Net-Zero (Strategy & Transition Planning)
- Choosing starting points: where green hydrogen gives fastest decarbonization value.
- Phased adoption: pilots → scale-up → integration with broader energy systems.
- Infrastructure planning: co-location, hubs, shared transport, industrial clusters.
- Future trends: green ammonia, hydrogen hubs, declining electrolyzer costs (conceptual).
Final Project
- Select an industry case (steel plant, refinery, fertilizer unit, chemicals site, or heavy transport hub).
- Define baseline emissions and identify hydrogen replacement opportunities.
- Propose production + storage + delivery route and estimate key KPIs (conceptual/worksheet-based).
- Deliverables: transition roadmap + risk/safety checklist + KPI dashboard (cost, emissions, supply).
Participant Eligibility
- Engineering students/professionals (chemical, mechanical, electrical, energy, environmental)
- Industry professionals in steel, refining, fertilizers, chemicals, power, mobility, and infrastructure
- Energy transition, ESG, and sustainability practitioners working on decarbonization
- Researchers interested in hydrogen systems, catalysis, electrochemistry, and industrial net-zero
- Policy and program professionals working on clean energy deployment (intro-friendly)
Program Outcomes
- Value Chain Understanding: Ability to explain production-to-end-use pathways for green hydrogen.
- Use-Case Clarity: Ability to identify realistic industrial applications and limitations.
- Project Evaluation Skill: Ability to interpret efficiency, cost drivers, and carbon intensity indicators.
- Safety Awareness: Understanding of basic hydrogen safety systems and implementation considerations.
- Roadmap Capability: Ability to outline a phased plan for hydrogen adoption toward net-zero goals.
- Portfolio Deliverable: A mini project roadmap + KPI dashboard you can showcase.
Program Deliverables
- Access to e-LMS: Full access to course content, worksheets, and case studies.
- Green Hydrogen Toolkit Pack: Value chain worksheet, KPI calculator sheets, safety checklist, roadmap template.
- Case Study Library: Industry pathways (steel/refining/ammonia/power) with trade-off discussions.
- Hands-on Project Support: Guided capstone planning and review feedback.
- Final Assessment: Certification after assignments + capstone submission.
- e-Certification and e-Marksheet: Digital credentials provided upon successful completion.
Future Career Prospects
- Hydrogen Project Analyst / Energy Transition Associate
- Industrial Decarbonization Consultant (Entry-level)
- Green Hydrogen Operations & Systems Associate
- ESG/Climate Strategy Associate (Industry)
- Renewable-to-X (Power-to-H2/Ammonia) Research Associate
Job Opportunities
- Energy & Industrial Companies: Green hydrogen planning, pilots, integration, and decarbonization programs.
- Engineering & EPC Firms: Hydrogen plant design support, safety documentation, and project execution.
- CleanTech Startups: Electrolyzers, storage, hydrogen logistics, ammonia/LOHC value chains.
- Consulting & ESG Firms: Net-zero roadmaps, carbon accounting, and transition strategy projects.
- Research & Academia: Hydrogen systems research, catalysis/electrochemistry, and policy modeling.
| Category | E-LMS, E-LMS+Videos, E-LMS+Videos+LiveLectures |
|---|
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