One sentence summary – Anhui Estone Materials Technology Company plans to construct a 1GW solid-oxide electrolyser and fuel-cell factory in Hefei city, China, with an investment of 1.21 billion yuan ($165.9 million), aiming to contribute to the growing global interest in solid-oxide technology and the future of sustainable energy production.
At a glance
- Anhui Estone Materials Technology Company plans to build a 1GW solid-oxide electrolyser and fuel-cell factory in Hefei city, China.
- The project requires an investment of 1.21 billion yuan ($165.9 million).
- The company’s scientists have successfully mastered solid-oxide technology, paving the way for this ambitious project.
- A pilot production line for the new technology is expected to be completed by the end of 2023.
- This project aligns with the growing global interest in solid-oxide electrolyser technology.
The details
Anhui Estone Materials Technology Company has announced plans to build a 1GW solid-oxide electrolyser and fuel-cell factory.
The company is based in Hefei city, China.
The project will require an investment of 1.21 billion yuan ($165.9 million).
Anhui Estone aims to use its expertise in solid-oxide technology in the construction of this facility.
The company’s scientists have successfully mastered solid-oxide technology.
This mastery has paved the way for the development of this ambitious project.
A pilot production line for the new technology is expected to be completed by the end of 2023.
The pilot production line will be put into trial operation once completed.
The company’s statement does not mention a specific timeline for the construction of the 1GW-a-year factory.
This project aligns with the growing global interest in solid-oxide electrolyser technology.
Bloom Energy, a California-based company, operates a 2GW solid-oxide electrolyser factory in Delaware.
Danish company Topsoe plans to establish 5GW factories in the United States and central Denmark.
Germany’s Sunfire is also pursuing gigawatt-scale production, including pressurized alkaline electrolysers.
Japanese car parts supplier Denso has announced its intention to launch a new solid-oxide electrolyser by 2025.
Solid-oxide equipment uses ceramics instead of metals, allowing them to operate at higher temperatures.
This characteristic allows solid-oxide electrolyser systems to produce more hydrogen per kWh of electricity when utilizing waste heat.
These systems can also split water and carbon dioxide molecules simultaneously.
This results in the production of synthesis gas.
Synthesis gas can be used in the creation of synthetic methanol or other synthetic hydrocarbons.
Anhui Estone Materials Technology Company is known for its production of advanced inorganic non-metal composite materials.
These materials are used in various sectors, including new energy power batteries, 5G communication electronic materials, and environmentally friendly fire-retardant materials.
Anhui Estone’s plan to build a 1GW solid-oxide electrolyser and fuel-cell factory in Hefei city, China, is a significant milestone in the field of clean energy.
The company aims to contribute to the growing global interest in solid-oxide technology.
The venture has the potential to produce more hydrogen per kWh of electricity and generate synthesis gas.
This holds promising prospects for the future of sustainable energy production.
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| hydrogeninsight.com |
|---|
| – Anhui Estone Materials Technology Company plans to build a 1GW solid-oxide electrolyser and fuel-cell factory in Hefei city, China. – |
| The company will invest 1.21bn yuan ($165.9m) in the facility after its scientists “mastered” solid-oxide technology. – |
| A pilot production line for the new technology is expected to be completed and put into trial operation by the end of 2023. – |
| The statement did not mention when the 1GW-a-year factory would be built. – Bloom Energy, a California-based company, currently has a 2GW solid-oxide electrolyser factory in Delaware. |
| – Danish company Topsoe is planning 5GW factories in the US and central Denmark. – Germany’s Sunfire is also aiming for gigawatt-scale production, including pressurized alkaline electrolysers. |
| – Japanese car parts supplier Denso plans to launch a new solid-oxide electrolyser from 2025. |
| – Solid-oxide equipment uses ceramics instead of metals, allowing them to operate at higher temperatures. |
| – Solid-oxide electrolyser can produce more hydrogen per kWh of electricity when using waste heat compared to other types of electrolyser. |
| – They can also split water and carbon dioxide molecules simultaneously to produce synthesis gas, which can be used for the production of synthetic methanol or other synthetic hydrocarbons. |
| – Estone’s main products are advanced inorganic non-metal composite materials used in new energy power batteries, 5G communication electronic materials, and environmentally friendly fire-retardant materials. |
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