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Green Hydrogen Plant Setup - An Overview
Are you looking to establish a strong presence in India’s green hydrogen market, valued at $4.53 billion in 2022? If yes, take the first step toward green hydrogen plant setup with expert guidance from Fastzeal.
The green hydrogen industry in India is rapidly emerging as a cornerstone of the nation’s transition to sustainable energy. Green hydrogen, produced through electrolysis powered by renewable sources like solar and wind, is key to achieving India's carbon reduction goals.
The government is actively promoting the green hydrogen sector with initiatives such as the National Hydrogen Energy Roadmap and the National Mission on Hydrogen Energy. With a target of achieving 40% renewable power capacity by 2030, the green hydrogen market is set for exponential growth.
Facing challenges in setting up a green hydrogen plant in India? Consult Fastzeal experts today and easily obtain the required licenses.
What is Green Hydrogen?
Green hydrogen is generated through electrolysis, where water is split into hydrogen and oxygen using an electrical current. Unlike grey and blue hydrogen, which are derived from fossil fuels, green hydrogen is a clean alternative that drastically reduces greenhouse gas emissions. It is a key solution in combating global warming and reducing reliance on non-renewable energy sources.
By adopting green hydrogen technology, India aims to replace grey hydrogen with a more sustainable and eco-friendly energy alternative, contributing to a cleaner future.
This sector presents a lucrative business opportunity, with increasing private and government investment in green hydrogen infrastructure. Now is the perfect time to set up a green hydrogen plant and become a part of India’s clean energy revolution.
Types of Hydrogen
Hydrogen plays a crucial role across various industries, and understanding
its types is essential for businesses looking to enter this sector. The types
of hydrogen are categorized based on production methods:
1. Grey
Hydrogen: Produced from natural gas, such as methane, but releases
significant carbon emissions, contributing to pollution.
2. Blue
Hydrogen: Created similarly to grey hydrogen, but with carbon capture
technology to prevent emissions from entering the atmosphere.
3. Green
Hydrogen: Generated through electrolysis using renewable energy
sources, making it a completely emission-free and environmentally friendly
alternative.
Benefits of Green Hydrogen Plant Setup in India
The key advantages of setting up a green hydrogen plant in India include:
1. Clean
Energy: Green hydrogen is produced from renewable sources,
significantly reducing carbon footprints and aiding climate change mitigation
efforts.
2. Efficient
Energy Storage: Hydrogen is easy to store and transport, offering a
solution for managing energy from variable renewable sources like solar and
wind.
3. Versatility:
It has applications in multiple sectors, including transportation, power
generation, and industrial processes.
4. Enhanced
Air Quality: By replacing fossil fuels, green hydrogen helps reduce
air pollution, improving public health.
5. Economic
Growth: The industry promotes job creation in manufacturing,
infrastructure, and technology innovation.
6. Path
to a Low-Carbon Economy: Green hydrogen is a key player in the
transition to a cleaner and more sustainable energy future.
Documents Required to Obtain a Green Hydrogen Plant License
The essential documents for securing a green hydrogen plant license include:
1. Certificate
of Incorporation
2. PAN
Card
3. Site
layout and plant map
4. Environmental
clearances (Pollution NOC, CPCB/SPCB approvals)
5. Insurance
documents
6. Tax
registrations (GST, TDS, etc.)
7. Electricity
board permits
8. Industrial
licenses
Government Incentives for Green Hydrogen Plant Setup in India
The government has introduced several incentives under its green hydrogen policy to promote clean energy projects. These include:
1. Transmission Charge Waiver: Green hydrogen projects initiated before June 30, 2025, receive a 25-year transmission charge waiver.
2. Access to Renewable Energy: Manufacturers are given open access to procure renewable power within 15 days of application.
3. Energy Storage Benefits: Renewable energy can be stored for up to 30 days for hydrogen production at regulated tariffs.
4. Priority Connectivity: Faster approvals and priority connectivity to renewable energy sources.
5. Land Allocation: Dedicated land for hydrogen plants in renewable energy parks.
6. Bunker Facilities for Storage and Export: Infrastructure for hydrogen storage and export near ports at minimal fees.
7. Renewable Purchase Obligation (RPO) Compliance: Energy used for hydrogen production contributes toward RPO compliance.
8. Simplified Regulatory Approvals: A dedicated government portal for quick clearance of green hydrogen projects.
Compliances for Green Hydrogen Plant Setup in India
Key compliances required for setting up a green hydrogen plant include:
1. Company
incorporation
2. GST
registration
3. Occupancy
certificate
4. Environmental
Impact Assessment (EIA)
5. Environmental
clearance
6. Factory
license
7. Trade
license
8. Fire
No Objection Certificate (NOC)
9. BIS
registration for product compliance
10. Compliance
with labor laws
11. Hazardous
waste management authorization
12. Petroleum
and Explosive Safety Organization (PESO) license
Green Hydrogen Plant Setup Cost & Timeline
The cost of setting up a green hydrogen plant in India depends on factors like production capacity and technology. A starting investment of 10-15 crore rupees is typically required, with additional funds depending on project specifications.
The estimated timeline for large-scale green hydrogen plant setup is 3 to 4 years, which may extend due to regulatory approvals and project complexity.
Fastzeal Support for Green Hydrogen Plant Setup
Why choose Fastzeal for your green hydrogen plant licensing and setup?
1. Expert
Consultation: Get reliable assistance in obtaining a green hydrogen
plant license.
2. Tailored
Guidance: Customized solutions for hassle-free project execution.
3. Proven
Track Record: 99.2% success rate in securing green hydrogen licenses.
4. Industry
Experience: Successfully assisted in 500+ green energy projects.
5. Wide
Network: Over 100 specialists in energy compliance and regulatory
processes.
6. Cost
Efficiency: Helped businesses save 50 lakh+ rupees in compliance costs.
7. 24/7
Support: Round-the-clock assistance to streamline the process.
8. Strong
Government Connections: Experience working with 50+ regulatory
authorities.
Frequently Asked Questions:
Green hydrogen is a clean and renewable energy source that uses water and other energy sources such as wind, solar, or hydro.
Green hydrogen can be used for a variety of applications, including power generation, transportation, heating, and industrial processes.
Green hydrogen can be used in various industries, such as transportation, power generation, heating, and industrial processes.
India has enormous potential for developing green hydrogen, given its vast renewable energy resources and growing energy demand. Green hydrogen has the potential to play a significant role in meeting India's energy needs while reducing its carbon footprint.
The Ministry of Power, Government of India has notified the Green Hydrogen/Ammonia policy to incentivise the setup of Green Hydrogen plants in the country.
Reliance Industries is one of India’s largest manufacturers of green hydrogen. The company’s green hydrogen is used for domestic consumption and global sales, contributing significantly to reducing carbon emissions.
China is the world's largest consumer and producer of hydrogen. However, this hydrogen is fossil fuel-based, and China has a technology and plans to scale up its green hydrogen production.
The National Green Hydrogen Mission has fixed a target to produce 5 MMTPA of green hydrogen by 2030. Besides this, India considerably holds high potential in terms of renewable energy. It can contribute to the green hydrogen growth.
Adani Total Gas Ltd, the group's city gas joint venture with French energy giant TotalEnergies, has initiated blending about 2.2 to 2.3% green hydrogen in piped natural gas supplies in Shantigram in Ahmedabad.
The carbon monoxide is reacted with water in order to produce additional hydrogen. This method is considered as one of the cheapest and common.