European countries face diverse hurdles implementing Small Modular Reactors, from Romanian controversies to Austrian bans.
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Small Modular Reactor (SMR) technology is presented as part of Europe’s energy transition and decarbonization efforts, but its implementation faces obstacles across various countries. In Romania, despite being an early adopter with a partnership for six SMR units at Doicești, the project has faced criticism regarding high costs and feasibility studies. There are also suspicions surrounding potential real estate interests in the chosen site. Bulgaria is exploring SMR implementation through external evaluations, though concrete steps remain slow, and one state-owned company’s plans have been complicated by financial issues with its partner. Another Bulgarian entity is developing a joint venture to explore BWRX-300 technology, but regulatory approval processes are expected to be lengthy and complex. Greece currently lacks a national strategy for SMRs; while the government views them as a potential long-term decarbonization complement, environmental groups criticize them as unproven technology with unresolved issues regarding cost, waste, and safety. In Czechia, despite a strategy to replace aging coal plants with SMRs by 2033, practical development appears unfeasible due to high costs, lack of experience, and regulatory hurdles. France has strategies involving SMRs and Advanced Modular Reactors (AMRs), such as the Nuward project, but implementation is uncertain; while many projects are in technical development, none have reached operational construction, largely due to financing gaps and the need to transform numerous small projects into bankable ones. Conversely, Austria maintains a strict legislative ban on nuclear energy production or use, including SMRs, despite some public opinion shifting towards greater energy security concerns.
