Inherently safe, nuclear proliferation-proof and low-cost nuclear energy production method and device

Abstract

A natural safety, nuclear diffusion-proof and low cost nuclear energy production method and device adopts a 'quasi liquid nuclear fuel' made of mixed fine coating nuclear fuel particles and high boiling point liquid heat carrying agent. The reactor core of the nuclear reactor is immerged at the bottom of a big pond filled with the same high boiling point heat carrying agent, to constitute a fully sealed type reactor system. When the quasi liquid nuclear fuel peristaltic pass through the reactor core of the reactor with very-low speed, that generating fission energy, the generated heat energy are carried by the high boiling point heat carrying agent to be used for generating and heat supplying. The reactor system is controlled by computer completely, without any human disturbance. Nuclear materials sealed into the reactor system are real-time and long-distance monitored and remote controlled by the international nuclear safety guarantee organization through the satellite. The nuclear energy production method and device provided by the present invention can generate nuclear energy cheaply, and have business compete ability in the future energy source market.

Description

technical field [0001] The present invention provides an inherently safe, proliferation-resistant, and low-cost nuclear energy production method and apparatus. The method uses a "quasi-liquid nuclear fuel" made of tiny coated nuclear fuel particles mixed with a high-boiling liquid heat carrier. The core of the nuclear reactor is submerged in the bottom of a large pool filled with the same high-boiling heat carrier, forming a fully sealed underground reactor system. When the quasi-liquid nuclear fuel creeps through the reactor core at a very low speed, fission energy is generated, and the heat energy produced is carried out by the high-boiling point heat carrier, which can be used for power generation and heat supply. The reactor system can be completely controlled by computer without any human interference. The nuclear materials sealed in the reactor system are monitored and controlled in real time and remotely by the international nuclear safety assurance agency through sat...

AI Technical Summary

Problems solved by technology

[0015] Although the sequence of events in the two nuclear accidents is very different, there are three common causes that lead to the leakage of a large amount of radioactive fission products, namely, the melting of the core of the reactor, which is the most fundamental; Loss of Boiling Point Heat Carrier Accident (LOCA) or even explosion, which is the driving force behind the sprea

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