Doosan prepares for nuclear hydrogen production demonstrationDecember 10, 2021
The company is joining a major project to demonstrate a facility using steam from a power plant.
South Korean Doosan Group holding company, the Doosan Corporation, is entering into a major project with the intention of demonstrating nuclear hydrogen production using the steam produced at a power plant in an eastern port town in the country.
This production method results in what is also known as red H2 because electrolysis is powered by the plant.
The nuclear hydrogen production demonstration will involve a solid oxide electrolyzer cell (SOEC) which runs in regenerative mode to electrolyze water using a ceramic or solid oxide electrolyte for the production of H2 and oxygen. Solid oxide electrolyzer cells are based on high-temperature electrolysis (usually between 500ºC and 850ºC). This method powered by a nuclear power plant is what designates this type of H2 as red, though it is commonly inaccurately referred to as green H2 by the media because it doesn’t produce CO2 through its production.
What is green hydrogen? Click to learn about renewable energy powered H2 production
This red H2 project will take place in an Uljin complex located about 140 miles to the southeast of Seoul. Also participating in the project are the Korea Institute of Machinery and Materials, the Korea Institute of Energy Research, KEPCO E&C, and the Seoul National University’s Nuclear Energy Policy Center. The Doosan Corporation’s role in the project is in the development of the SOEC technology.
The goal is to be able to use the technology to produce nuclear hydrogen using smaller modular reactors.
The Doosan Corporation’s long-term goal is to use the SOEC technology it develops in order to apply it to smaller modular reactors (SMRs) that have undergone research for addressing the limitations associated with conventional light-water reactors, making it possible to operate with a smaller amount of on-site construction, enhanced safety and greater containment efficiency.
“SOEC technology is more efficient than alkaline water-electrolyte or polymer electrolyte technology that has already been commercialized. We will produce a large amount of clean hydrogen by applying SOEC technology,” said Doosan Corporation’s head of hydrogen business Lee Hae-won in a statement about the red hydrogen project.
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The main focus in this article is nuclear hydrogen technology and more innovative ways to implement H2 power – Learn more about the largest green hydrogen projects – The U.S. green hydrogen projects are among the biggest! Australia green hydrogen projects along – BP hydrogen projects are all well established green hydrogen developers – Read more about – Who is the largest producer of green hydrogen? Also, make sure to visit our H2 Learning Center.
At last some practical development of nuclear power to produce all the energy necessary to split the water molecule into hydrogen and oxygen reducing its cost, by using the waste steam from the electric turbines in high temperature steam electrolysis. However the energy source does not have to be nuclear power; waste steam at high pressure and temperature can be used from any source, which is often wasted by power plants to the air in cooling towers, or to nearby masses of water. The company Sunfire is supplying SOEC equipment to the Saltzgitter steel plant in Germany to harness their waste steam for the production of hydrogen that is needed for their manufacturing. Disclosure: I have no interest in either company.
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