Elon Musk Just Revealed SpaceX Insane New Nuclear Reactor, Elon Musk Unveils New Nuclear Reactor Nuclear Power We all have heard it before like they can be used to generate electricity fuel energy but the only problem is they are super dangerous and heavy but musk is a portable nuclear is manufacturing energy generator The power generator is a lightweight cost effective micro reactor.
Former SpaceX engineers have created the world’s first portable zero-emission power source that can be installed quickly in cities and bring power to remote areas, according to Bernauer, a former SpaceX engineer who worked on Dave A Mars. Lopping energy sources for the colony Micro reactors hold the most promise for supplying electricity to settlements on Mars, they saw an immediate opportunity to use the technology on Earth.
Which led to the founding of Radiant with two other SpaceX partners in the past. machines but apparently that’s not enough for some engineers revolutionizing space and these engineers have formed Radiant which is a new startup they promise space-grade micro nuclear reactors that revolutionized portable sustainable energy last year Radiant announced the receipt of two provisional patents for its portable nuclear reactor.
Technology One patent covered the cost and time of fueling his reactor, while the other addressed heat transfer efficiency from the core of the reactor. Fusion produces radioactive lasting time whereas fusion does not but the problem is with today’s technology.
GE Fusion consumes all its energy to maintain its reaction and leaves nothing for the other things it operates on, it has not been possible to commercialize Fusion until now, despite the efforts of many companies, so in the past. Month Bright said it has raised $1.2 million in angel investment to make mobile power generation systems Radiant’s nuclear reactors use helium instead of water to cool them.
Doing so greatly reduces the risk of corrosion, boiling and contamination. These reactors use particulate fuel that does not melt according to the radiant and can also handle higher temperatures than conventional nuclear fuel companies to refuel reactors. Methods are also working around and efficiently transporting heat from the reactor core, although the micro reactor will use an advanced particulate fuel that will not melt.
Will be able to withstand higher temperatures than conventional nuclear fuel. At the same time helium coolants reduce the risk of corrosion and contamination associated with conventional water cooling systems. The Radiant Company earlier this year signed a contract with the Battle Energy Alliance to test its portable micro reactor at the Idaho National Laboratory.
Alcalo Aurora Micro reactor is looking forward to working with Enrique own Portable Nuclear Micro reactor and the Idaho National Laboratory to work with the National Reactor Innovation Center for a first-of-its-kind demonstration of the radiant, part of our mission to empower innovators. As part we strive to deliver successful results. Inl nric said this is an opportunity to innovate in ways that bring about a clean energy future.
But furthermore the actual use of micro reactors is to expand distributed power generation, as part of a trend to provide power to military bases in remote areas and commercial operations that lack access to grid power Bernauer said. Cost option simulation is a low power peak factor of our design noting.
The portability of the micro reactor provides freedom and customization and one of the benefits of the portable system is that it is small enough that we can operate it autonomously, it is claimed that its micro reactor can feed 1,000 homes continuously for eight years. Can be transported by airplane and road as it is designed to fit in a shipping container that is eight feet by twenty feet by nine and a half feet high.
The company states that its micro reactor is also safer than conventional nuclear power plant designs that take advantage of particulate fuels that withstand high temperatures and do not melt. The use of helium coolants greatly reduces the risk of boiling and contamination of rust. In most water-cooled reactors connected to a more conventional water coolant, the nuclear fuel is cooled with water.
This is then turned into steam which drives the turbine which creates electricity. It also acts as an effective absorber blocking neutrons. The radiation from exiting the reactor but the slow part is the significant part of the fuel. Neutrons are needed to slow down the chain reaction so that these reactors don’t get too hot, they do this by packing moderator material within the reactor.
The one that takes energy from the neutrons is usually a combination of heavy water and graphite, although these reactors have essential requirements such as massive cooling with moderator materials and extensive cooling systems, access to lots of water, and the vast mass of water around the reactor. Watts make these reactors very large but water cooling is only effective for low temperature reactors if you want your core to exceed 1800 degrees Fahrenheit.
So you need to switch to gas cooling, although helium is very stable, non-flammable and has a very high thermal conductivity, this means it is an ideal candidate for use as a reactor coolant, so water Instead of turning it into steam and a turbine to power the helium is blown to heat the reactor, expanding it which pushes it through a high-speed turbine.
A high power refrigerator cools the helium back down and then re-enters the reactor, but on the other hand they also use a faster reactor type of fission, these Reactors use nuclear fuel that can use fast neutrons so they do not require any moderator material which makes them more compact.
Although these reactors operate at very high temperatures, around 2000 degrees Fahrenheit, these fuels have another distinct advantage over their uranium-235 counterparts, they can produce more fuel. The higher temperatures mean that fuels such as thorium- 232 can absorb neutrons and turn into uranium-233 which contains much less radioactive waste than 235, so the longer the reactor is active.
These fuels can be regenerated and turned into more useful nuclear fuels, there are many alternatives to fuels such as thorium and plutonium and Radiant can use either in their reactors, there is a huge demand for micro and modular reactors on Earth. , so it is likely that Radiant will have a lot of customers which means they will have money to develop their reactors properly.
That would give them a huge leg up on their rivals for space reactors like Rolls-Royce SpaceX and Boeing, but radiant reactors could power the Moon and Mars. Orbiting bases or complex space infrastructure such as sky hooks or zero-G pharmaceutical factories, even if we have anticipated what technology lies within a radiation reactor and may be way off the mark, an exciting development not only radiant Could revolutionize portable energy.
Even though domestic energy with such a clean running modular and compact nuclear reactor could be the key to unlocking our carbon neutral future, only time will tell if Radiant can keep up and produce this incredible technology.