Nuclear Now

I have always been curious about why we don't build more nuclear reactors. One of my main concerns has been the issue of nuclear waste and the limited lifespan of these reactors. However, after watching this insightful documentary, narrated by Oliver Stone, I have come to appreciate the potential benefits of expanding nuclear power. Stone's argument that increasing the number of nuclear reactors can effectively address global warming seems to hold merit. This documentary delves into many aspects beyond what I have mentioned here, making it a truly engaging watch. I highly recommend it to open-minded individuals who are willing to approach the subject without injecting politics into the discussion. True to Oliver Stone's reputation, the film's quality is unquestionable. What I particularly enjoyed was how the documentary acknowledges the possibility of viewer bias, stemming from Hollywood's portrayal of events, and guides us through facts. While I eagerly await the emergence of the next breakthrough in power technology, the urgency of the issue at hand necessitates that we base our decisions on information rather than misguided beliefs. It is crucial that we proceed with a well-informed approach to address the challenges of our energy needs.

I liked the documentary a lot, except the hysteria and the urgency about man-made climate change, which.is a farce. I am surprised Mr. Stone hasn't researched the latter more thoroughly. I have studied the subject for many years, and it's bs, and the fake heroism of the "save the planet" nonsense is ridiculous and insulting. Still, this is a very good documentary.

I must write a longer review, so I'll add a bit more. I have also studied nuclear power for a long time, and I am not certain this is the way to "save" the world, but again, the documentary makes a very good case for it. The visuals are really great.

A bit American centric, but otherwise extraordinary. Is obviously biased, but hopefully so and the bias is well justified.

I run a company that focuses on energy storage technologies and have been looking at grid storage systems and applications... Following this, we will abandon that and focus on mobile energy applications where batteries, supercapacitors etc are really important and the best type of solution to address the challenges.

Have to admit that I watched this on a plane, turned me into a blubbering mess. Bravo Oliver, I'm a big fan, but this is your most impactful work to date.

Strongly recommend to anyone, very easy to watch, understand and follow the arguments.

Keep in mind that this documentary is fully founded and promoted by a company specialized in the construction of nuclear reactors (Newcleo). The primary focus of this recently (2021) created organization is to advocate for the construction of new nuclear reactors and to influence energy policies across Europe, such as in Italy, where nuclear energy is presently prohibited.

Newcleo, in the next 7-8 years, plans to develop two reactors in France and the United Kingdom, with a non-nuclear prototype in the study phase in Italy. Additionally, they intend to establish a nuclear fuel factory producing mixed plutonium-uranium oxides (MOX). The concept for the MOX facility emerged after the conflict in Ukraine, driven by the demand for radioactive fuel independent of uranium sourced from Russia, one of the world's major producers. The company will require capital in the range of 3-4 billion euros to accomplish these endeavors. For these reasons, probably, they have produced a documentary to support their cause, shift public opinion on the subject and seek funding.

Throughout the entire duration of the documentary, not a single mention is made of any drawbacks associated with nuclear energy. Is nuclear energy so flawless that it possesses no disadvantages? Not quite. For instance, uranium mining causes lung cancer in large numbers of miners because uranium mines contain natural radon gas, some of whose decay products are carcinogenic. Clean, renewable energy does not have this risk because (a) it does not require the continuous mining of any material, only one-time mining to produce the energy generators; and (b) the mining does not carry the same lung cancer risk that uranium mining does. Additionally, uranium, the fuel for nuclear reactors, is energy-intensive to mine, and deposits discovered in the future are likely to be harder to access. As a result, much of the net energy created would be offset by the energy input required to build and decommission plants and to mine and process uranium ore. Then there's the significant issue of nuclear waste, which is only superficially addressed. New storage systems are being designed, but a completely safe and efficient 100% solution has not been found yet.

I am not against nuclear energy, but I would like to hear a more impartial and objective perspective on the topic, or at least hear the opposing viewpoint before drawing my conclusions.

Nuclear molecules were from Uranium and Atoms. They talk about that and how it was around in WW1 through submarines. It became more useful over the years and the Uranium is healthier to run other engines than coal. It's a lot of information though. They discuss the pros and cons of each country and certain gases and electricity are harming our world and burning more coal, yet coal is still important because of fire without arson fires. He says China is using too much coal sent to America. The irony is, firefighters won't have a job without out of control fires unless alarms go off without fires.