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Achievement could produce large quantities of low-carbon energy for industry, transport and home heating. The 30-MW HTTR is a graphite-moderated gas-cooled research reactor. Courtesy JAEA. The Japan Atomic Energy Agency (JAEA) and Mitsubishi Heavy Industries (MHI) are to establish a demonstration green hydrogen production project at the High-Temperature Test Reactor (HTTR) in Ibaraki Prefecture, north of Tokyo.

The project means Japan has joined a number of countries in the race to generate green hydrogen from a nuclear reactor – an achievement that could produce large quantities of low-carbon energy for industry, transport and home heating.

A number of initiatives have begun in different countries to transmit electricity produced by a nuclear plant – or another low-carbon energy facility such as solar – to electrolysers, which would produce green hydrogen.

The technology is reasonably mature, but remains expensive. Proponents say it can be commercialised for large-scale consumer use – possibly within years – to help bring about the transition to a zero-carbon hydrogen-based economy without the need for fossil fuels.

Date: Wednesday, 27 April 2022
Original article: nucnet.org/news/jaea-and-mhi-join-global-race-to-generate-green-hydrogen-from-nuclear-4-2-2022

First Akkuyu plant due online in 2023 with possibility of more units at Sinop and Igneada The first Akkuyu unit is expected to come online in 2023 with a further unit starting every year afterwards. Courtesy Rosatom. New nuclear reactors under construction and being planned in Turkey will help meet the fast-growing economy’s “massive” demand for energy and reduce the country’s dependence on polluting fossil fuels, the Italian representative of the NIATR (Nuclear Industry Association of Turkish Republic) said.

According to Turkey’s ministry of energy and natural resources, energy consumption in 2012 was 239 TWh a year, while in 2023 forecasts say it could reach as much as 478 TWh.

However, Massimo Giorgi of NIATR told NucNet that the current energy mix will not meet demand and the lack of reliable, diversified, low-cost energy is an obstacle to Ankara’s economic plans.

Once fully operational, the $20bn Akkuyu nuclear power station, where Turkey is building four 1,114-MW pressurised water reactor units supplied by Russia, will provide about 10% of the country’s total electricity generation.

Date: Tuesday, 18 January 2022
Original article: nucnet.org/news/new-reactors-will-help-meet-massive-demand-for-energy-and-reduce-reliance-on-fossil-fuels-1-1-2022

New-build projects are making progress, but governments are still struggling with finding the right financing package for large reactors The delayed Flamanville-3 is one of three EPR units under construction in Europe. The others are at Olkiluoto in Finland and Hinkley Point in the UK. Photo courtesy EDF. Western Europe

The UK is facing a major challenge to replace its aging fleet of Generation I nuclear power plants, many of which are scheduled to shut down in 2023.

The project by French state utility EDF to build two Generation III EPR units at Hinkley Point C in Somerset is on track for connection to the grid by 2025. Once in commercial operation the two units will provide up to 7% of the total electricity demand. Two similar units are planned for the Sizewell site in Suffolk.

However, press reports have suggested EDF is in “a race against time” to secure a funding deal for Sizewell C as delays risk making the project prohibitively expensive.

According to The Times newspaper EDF has hired Rothschild as financial adviser for the project and says it wants a “definitive way forward” from the government this year so it can start construction in 2022.

Date: Friday, 17 January 2020
Original article: nucnet.org/news/what-lies-in-store-in-2020-1-4-2020