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The re-emergence of nuclear Fusion Technology

In the utility sector, there is a likelihood of having great competition from nuclear power via nuclear fusion. However, for it to be approved, it needs huge investments and extended years of development. There is fast adoption of dense plasma focus (DPF) since it opens chances to fusion and is feasible economically. 

There are larger experimental facilities, which are using microwave generators, superior power lasers, large magnetic systems, particle beams, and other high-end technologies for nuclear fusion projects. However, they are more expensive, and the examination and development procedure takes a longer period. The giant International Torus Experimental Reactor is one of the ongoing fusion projects in southern France. The project is worth more than $40 billion. 

There is the expectation of having less costly fusion in the near future as the DPF is getting more support. 

A team of the LPPFusion lead by Eric Lerner, a physicist, had a great achievement in 2016 when its gadget attained 2.8 billion degrees of temperature. This is the highest temperature attainment so far in the many trials conducted. That temperature was more than 200 times hotter compared to the sun and over 15 times the ITER in France. 

LPPFusion is in the process of attaining net power production – this means the gross energy production less the energy stations’ expenditure. This is done on a budget that is small of $7 billion from several collaborators. 

Eric and his team say that they have improved the DPF technology’s performance and are coming up with a conducive environment for net power production. 

After the nuclear disaster in Japan’s Fukushima Daiichi in 2011, nuclear energy started losing its support. However, in the past few years, nuclear fusion has received much support to tap more power. 

There has been a great concern that nuclear energy farms are much expensive to operate compared to other recyclable power sources. However, many say that nuclear fusion has a constant and stable power source. 

It is essential to note that some of the competitors of nuclear are energy from solar, hydro, and wind. The 2019 report by the US Power Information Administration says that nuclear produced 20% of power in America. The leading was natural gas with 38% of power, coal 23%, and recyclables had 17%. 

Since 1960, there are different forms in which DPF technology exists. Various government laboratories and universities across the globe have used it for experimenting in plasma physics discipline. 

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