Czech nuclear reactors have so far produced at least 4000 tons of highly radioactive waste. If the number of reactors grows, so will the amount of waste produced. The government has long declared itself in favor of developing nuclear energy even as it still does not know how to solve the nuclear waste problem. Martin Sedlák takes a look.
Nuclear waste will remain dangerous for more than 100,000 years – so what are countries and producers doing to deal with this problem? Passing the buck, apparently: so far, not a single facility to safely store spent nuclear fuel has been created in Europe, or the world for that matter. Silvia Weko takes a look.
It is commonly held that Germany’s nuclear phaseout was a major victory for the Greens. But when the first agreement was signed in 2000, the Greens paid bitterly for the compromise. Today, Germany still lacks a final repository for nuclear waste. Craig Morris investigates.
Since the 1950s, the Euratom Treaty has encouraged large investments into nuclear energy projects and funding for nuclear research. In all this time, the treaty was never revised to suit present-day demands. The trend towards cheaper renewable energy is ignored, while millions of euros that go towards nuclear research are legitimated. Cordula Büsch takes a look at why the Euratom treaty needs to be reformed, if not abolished.
The 2011 Fukushima disaster was a huge turning point for how many countries saw nuclear energy. Years later, many Japanese people have not returned home but may be forced to help pay for the cleanup. Tatsujiro Suzuki looks at the current situation and recommends that the Japanese government take measures to regain public trust.
In this article, Democracy Now recaps what exactly happened at the Hanford nuclear site in Washington State. The most polluted nuclear weapons production site has been leaking for years, and the state’s Department of Ecology has taken legal action. Amy Goodman of Democracy now speaks to Tom Carpenter, executive director of Hanford Challenge.
South Africa shows how quick an energy transition can be. In four years, with coal and nuclear power stations on hold, South Africa’s renewable energy program has nearly 100 plants in development. Leonie Joubert takes an in-depth look.
The news of the recent successful plasma experiment at a nuclear fusion research facility in Germany went wild on social media, but a lot of people wondered what kind of sense it makes for a country with a nuclear phase-out to be conducting research in nuclear fusion. In fact, Germany is a leader in nuclear fusion in two ways. Craig Morris explains.
If it takes too much energy to make generators of renewable energy relative to what these units produce, the energy transition will not be possible. A new study by nuclear researchers finds that the need for storage and backup makes the EROI of renewables too low. Craig Morris investigates.
In the last decade, governments, the European Commission and numerous research institutes have produced one scenario for the electricity system after the other. These scenarios inform us of the future electricity mix and, importantly, of its costs, as a base for national and European energy policies. Johan Lilliestam argues that cost can not be the only determinant of our future electricity system – first, we have to politically determine what kind of energy future we want to live in.