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eVinci micro nuclear reactor promises continuous operation for eight years without the need for cooling water
In a groundbreaking initiative that promises to reshape the energy landscape of the province of Saskatchewan, Canada, a compact, self-contained nuclear reactor water is scheduled to enter into operation by the year 2029.
The government of Saskatchewan, in collaboration with the Westinghouse company and the Saskatchewan Research Council announced the project with a budget of CAD$80 million to implement the eVinci microreactor.
Prime Minister Scott Moe demonstrated great optimism regarding the transformative impact of this project, highlighting the ability of the eVinci to meet Saskatchewan’s energy needs in a customized and sustainable way.
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"Microreactors provide a customized solution for Saskatchewan’s unique energy needs”, Moe said.
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The eVinci Microreactor Revolution
Westinghouse, the developer of eVinci, claims that this technology will not only revolutionize energy production, but will also significantly reduce pollutant emissions.
Each eVinci unit is designed to prevent the emission of up to 55.000 tons of pollution per year, which represents a significant step towards environmental sustainability.
One of the standout features of eVinci is its capabilities. This micro reactor is capable of generating five megawatts of electricity or producing more than 13 megawatts of high-temperature heat, and can even operate in combination.
According to the Saskatchewan Research Council, this capability makes eVinci a promising and efficient alternative to meet different energy demands.
To put these numbers into perspective, the United States Nuclear Regulatory Commission estimated that just one megawatt of capacity in a conventional power plant can meet the energy needs of approximately 400 to 900 homes over the course of a year.
Portability and flexibility
The innovation of microreactors lies not only in their generation capacity, but also in their portability and the possibility of serving remote locations and communities with less access to energy.
The US Department of Energy confirms that types of microreactors are in development, providing a practical solution for regions with limited energy infrastructure.
The physical design of eVinci is also innovative: its installation takes place above ground and requires an area as elaborate as that of a standard precision track.
This compactness facilitates its integration into pre-existing electrical networks, in addition to allowing efficient pairing with renewable energy sources, such as solar and wind.
Heat pipe technology: the big difference
Unlike nuclear reactors, which have large volumes of water for cooling, eVinci uses a “heat pipe technology” which eliminates this dependency.
This feature is essential for sustainable operation in locations where access to water is limited, as well as simplifying the installation and maintenance process.
After approximately eight years of service, the eVinci microreactor can be removed for disposal, and a new unit can be installed on the same site.
This system, often compared to a battery, offers a practical and sustainable alternative, facilitating replacement and avoiding the generation of long-term waste.
The Current Reality of Nuclear Power in North America
In the United States, there are currently 54 commercial nuclear power plants in operation, while Canada has six nuclear power plants, according to data from the Canadian government.
Despite their high power generation capacity, traditional nuclear power plants produce large amounts of waste: it is estimated that approximately 2.205 tons of nuclear waste are generated annually in the US, a volume equivalent to less than half an Olympic swimming pool.
This microreactor model could also be an attractive solution for other countries, including Brazil, which faces challenges related to dependence on hydroelectric and thermoelectric energy sources.
What type of radioactive element is used?
When discarded, does it still have residual radiation?
What are the safety mechanisms to prevent a nuclear accident?
What would be its dimensions?
“This is complicated, man…”
From the rockets, Serjão.
These Americans are crazy and sick, a nuclear power plant has hundreds of care and professionals, a device like that in a community can cause an extreme disaster for both people and the environment, this is something for the mentally ill, it should come from the United States, they should have solar energy, then a terrorist comes **** the device and makes a wonderful mini nuclear bomb 🤩 🙌 👌🤯
I think that nuclear microreactors will be the solution for the future. Because global warming is producing anomalies in water resources. Therefore, hydroelectric plants are not reliable. The contamination is no worse than that produced by thermoelectric plants, or others.