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About the Company
GreenH Electrolysis is a hydrogen technology company presently manufacturing electrolysers in India using PEM technology. It is a Joint Venture between H2B2 Electrolysis Technologies of Spain, a leading European Green Hydrogen technology leader and GR Promoter Group from India.
GreenH is committed to Make in India and the Indian Government’s Green Hydrogen Mission. The company has set-up its state-of-the-art 1000 MW electrolyser plant in India and the first phase of 100 MW is already operational in Reliance MET Industrial Park, Jhajjar District, Haryana. Our vision is to help create a more sustainable and equitable planet where technological solutions revolving around renewable hydrogen drive positive change in the world.
Our Spanish parent company, H2B2, is one of the first to execute hydrogen projects and H2B2 electrolysers are being used by leading Green Hydrogen players across the world including the US, Europe, Latin America and Asia Pacific. GreenH offers a complete range of solutions to suit varied client requirements including plug & play electrolysers, Hydrogen refueling stations, Hydrogen Blending solution, integrated solutions for large capacities, and development of Green Hydrogen plants.
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Strength
Our vision is to help create a more sustainable and equitable planet and be a catalyst in India and Asia’s decarbonization journey, by providing technological solutions revolving around renewable hydrogen.
Mission
At GreenH we are committed to working with local communities and highlighting the benefits of renewable hydrogen. We aim to promote its use as a sustainable energy alternative that should be used if we want to conserve our planet.
Vision
With the race towards decarbonisation gaining pace, the need to transition to renewable energies for economic and industrial growth and development is becoming imperative. Renewable hydrogen has the potential to decarbonise critical sectors by becoming another source of clean energy.
Our Services & Solutions
As a leading green hydrogen technology company manufacturing electrolysers in India, GreenH offers a complete range of solutions to suit varied client requirements including plug-and-play electrolysers, integrated solutions for large capacities, and the development of Green Hydrogen plants. We combine H2B2’s proven technology, with the on-ground infrastructure experience of GR Promoter Group, to provide customized, end-to-end renewable hydrogen solutions to our clients. We have access to state-of-the-art proprietary technology and an R&D pipeline of AEM & SOEC technology. We deliver these solutions in a capable and transparent manner.
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FAQs
Is renewable hydrogen really a viable and sustainable alternative?
Yes, renewable hydrogen is a viable and sustainable option, produced from renewable water and electricity to reduce emissions.
What is the environmental impact of renewable hydrogen production?
Renewable hydrogen production is based on renewable sources, which eliminates carbon emissions, and focuses on sustainable practices and clean technologies to ensure a low environmental impact on the carbon footprint.
What is the main source of green hydrogen?
The main source of green hydrogen is water. The process to get green hydrogen from water is called electrolysis. In this process, electricity is used to split water into hydrogen and oxygen. The key to making this hydrogen “green” is using electricity from renewable energy sources like solar, wind, or hydropower. This way, the production of hydrogen doesn’t release any greenhouse gases, making it environmentally friendly. Essentially, green hydrogen is a clean and sustainable energy option because it relies on renewable energy to produce it.
What is the main concern about producing green hydrogen?
One of the main concerns about producing green hydrogen is the cost and the amount of energy it requires.
The process of electrolysis, which splits water into hydrogen and oxygen, needs a lot of electricity. For hydrogen to be truly green, this electricity must come from renewable sources like solar or wind power. Currently, renewable energy can be more expensive and less predictable than traditional fossil fuels, making green hydrogen production more costly.
Additionally, we need more infrastructure to produce, store, and transport green hydrogen effectively. Developing this infrastructure requires significant investment and innovation.
Despite these challenges, the potential benefits of green hydrogen for a sustainable future are immense. By focusing on advancing these technologies and expanding renewable energy sources, we can make green hydrogen a key player in our transition to cleaner energy.
What are the methods of hydrogen storage & transportation?
Hydrogen can be stored as compressed gas, liquid hydrogen, metal hydrides, or chemical compounds. For transportation, it can be moved in compressed gas cylinders, liquid hydrogen tankers, pipelines, or as ammonia. Each method has its own advantages and challenges related to cost, efficiency, and infrastructure needs. Advancements in technology and infrastructure will improve the viability of hydrogen storage and transport.
How green hydrogen produse using electrolysis?
Producing green hydrogen using electrolysis involves a few key steps:
Water Source: We start with water, which is the main ingredient.
Renewable Electricity: Electricity from renewable sources like solar, wind, or hydropower powers the process.
Electrolysis: This electricity runs through an electrolyzer, which splits the water into hydrogen and oxygen.
Hydrogen Collection: The hydrogen gas is then collected and stored for use. By using renewable energy for electrolysis, we produce hydrogen in a way that’s environmentally friendly and free from carbon emissions.
What are the raw materials for green hydrogen production?
The primary raw materials for green hydrogen production are:
Water (H₂O): The essential ingredient that is split into hydrogen and oxygen.
Renewable Electricity: Energy from renewable sources like solar, wind, or hydropower is used to power the electrolysis process.
These raw materials ensure that the production of green hydrogen is sustainable and environmentally friendly.
How green hydrogen better than electricity?
Green hydrogen stores energy for long periods, balancing the intermittent nature of renewables like solar and wind. It can be transported over long distances more easily than electricity, via pipelines, trucks, or ships. It’s also crucial for industries requiring high heat or hydrogen as a feedstock, such as steel production. Additionally, hydrogen is ideal for heavy transport, where batteries might be impractical. By converting excess renewable electricity into hydrogen, it helps stabilize the grid and ensure a continuous power supply.
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