About the Program

Green Hydrogen Production & Infrastructure is a self-paced online programme from evACAD (pManifold EV Academy). It explains the physical side of the hydrogen value chain: how green hydrogen is produced, how it is stored, how it reaches users, and how to keep every step safe.

Engineers and project teams often know one part of the chain well but not the rest. A production engineer may not know storage limits. A logistics planner may not know how an electrolyser behaves. This programme connects those pieces so you can take part in whole-system decisions.

The programme consists of five modules. It starts with electrolysis, the main route to green hydrogen, and then covers other production pathways, storage, transport, and safety.

Skills You Will Gain

Electrolyser technologies and selection

Alternative hydrogen production routes

Compressed, liquid and underground storage

Hydrogen pipelines, trucks and carriers

Hydrogen safety by design

Hazard identification basics

Why Green Hydrogen Matters Today

Electrolyser capacity is being built in India

Under the Strategic Interventions for Green Hydrogen Transition (SIGHT) scheme, 15 firms have been awarded 3,000 megawatts (MW) of annual electrolyser manufacturing capacity. Plants using this equipment need engineers who understand how electrolysers work.

Production needs a large renewable power base

The National Green Hydrogen Mission links its target of at least 5 million metric tonnes (MMT) a year by 2030 to about 125 gigawatts (GW) of new renewable energy capacity. Matching variable solar and wind power to electrolyser is a core engineering task.

Storage and transport decide delivered cost

Hydrogen is light and hard to hold, so storage and transport choices affect the final price paid by users. The mission states that it will support supply chains that can move and distribute hydrogen efficiently.

Government is funding pilots in storage and new routes

The Mission's pilot project component, with an outlay of ₹1,466 crore, covers areas such as hydrogen storage, hydrogen from biomass and decentralised energy applications.

Hydrogen demand in India is set to grow

NITI Aayog (National Institution for Transforming India) and RMI (formerly Rocky Mountain Institute) estimate that India's total hydrogen demand could rise from about 6 million tonnes in 2020 to around 29 million tonnes by 2050. Moving that volume safely needs new infrastructure and trained people.

Career growth

Engineers who understand production, storage, transport and safety together can work on electrolyser plants, hydrogen hubs, pipeline projects and engineering, procurement and construction (EPC) contracts.

Program Curriculum

Course 01: Electrolysis: The Core Technology

Course 02: Beyond Electrolysis

Course 03: Storing Hydrogen at Scale (Compressed, Liquid, Underground)

Course 04: Moving Hydrogen: Pipelines, Trucks & Carriers

Course 05: Hydrogen Safety by Design

Refund Policy

Click here to check the refund and cancellation policy.

Learning Outcomes:

Upon successful completion of the programme, learners will be able to:

Explain how the main types of electrolysers work and where each fits.
Compare electrolysis with other hydrogen production routes.
Choose between compressed, liquid and underground storage for a given use case.
Compare pipelines, trucks and chemical carriers for moving hydrogen.
Apply safety-by-design principles to hydrogen facilities.
Identify common hydrogen hazards and the controls used to manage them.
Map a complete production-to-delivery chain for a green hydrogen project.

Career Opportunities:

After completing this programme, learners can pursue roles such as:

Electrolyser Plant Engineer
Hydrogen Process Engineer
Hydrogen Storage Engineer
Pipeline and Distribution Engineer
Process Safety Engineer
Project Engineer (EPC)
Operations and Maintenance Engineer
Technical Consultant (Hydrogen Infrastructure)

Industry Applications:

The topics covered in this programme are used across:

Electrolyser Manufacturers
Renewable Energy and Green Hydrogen Developers
Oil, Gas and City Gas Distribution Companies
Engineering, Procurement and Construction (EPC) Firms
Industrial Gas Companies
Ports and Logistics Operators
Equipment and Compressor Suppliers
Testing, Inspection and Certification Agencies

Frequently Asked Questions

How is green hydrogen produced?

Green hydrogen is mainly produced by electrolysis, which uses electricity from renewable sources to split water into hydrogen and oxygen. India's Green Hydrogen Standard also covers biomass-based production routes. Modules 1 and 2 explain both pathways.

Who should take the Green Hydrogen Production & Infrastructure programme?

It suits engineers and technical professionals in energy, oil and gas, chemicals, power, EPC and equipment manufacturing who want to work on hydrogen production, storage, transport or safety.

Do I need a technical background for this programme?

A basic engineering or science background is helpful, as this programme covers equipment and processes. The modules explain each concept step by step.

How is hydrogen stored and transported?

Hydrogen can be stored as a compressed gas, as a very cold liquid, or underground in suitable geological formations. It moves by pipeline, by truck, or inside carrier molecules such as ammonia. Modules 3 and 4 compare these options on cost, scale and safety.

Is this programme self-paced?

Yes. The programme is fully self-paced and online. There are no fixed live class timings, so you can study around your work schedule.