An energy-saving method for chemical reactions with photochemical properties

Abstract

The invention relates to a chemical reaction with photochemical properties. An upward transition path (3) of fuel ground state molecules (1) in a primary reaction is high in height, a large amount of heat (4) represented by height is needed in a process of reaching a chemical reaction temperature (5), and the reaction is slow. After the fuel ground state molecules (1) are affected by a nanometer composite magnet (6), the fuel ground state molecules (1) absorb due to excitation to form molecules (2) carrying highly-rich energy, one of reaction steps is brought forward, the upward transition path (3) is lowered, and only a small amount of heat (4) represented by height is needed, thus achieving an effect of reducing the chemical reaction temperature (5). The chemical reaction is high in speed and good in color temperature effects, so that the objectives of reducing absorbed heat and reducing the temperature (7) of the chemical reaction are achieved, thus transforming a traditional thermal chemical reaction manner into an advanced excited state reaction manner with the photochemical properties.

Description

technical field [0001] The invention relates to "an energy-saving method for chemical reactions with photochemical properties", especially in the fields of thermochemical reactions, photochemical reactions, distillation fractionation and the like. Before the material is applied, the magnetic effect of the nanocomposite magnet is used to excite the material to do work, so that the molecules in the material carry a high degree of energy rich in photochemical reactions before the primary reaction, so as to achieve the purpose of reducing the temperature of the chemical reaction, and finally in the total output In the heat, the temperature of the lowered part can be utilized, thereby reducing the influence of temperature on the chemical reaction process, thereby achieving the purpose of energy saving and environmental protection. technical background [0002] At present, the well-known thermochemical reaction, photochemical reaction, synthesis reaction, cracking reaction, heatin...

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Problems solved by technology

[0002] At present, the well-known thermochemical reaction, photochemical reaction, synthesis reaction, cracking reaction, heating and splitting of distillation and fractionation processes are all mature technologies, but they are all traditional reaction methods and distillation splitting methods in the ground state, for example, traditional combustion heat reaction or Distillation and split processes are all carried out under normal conditions (complying with the principle of minimum energy), so fuel needs a lot of heat energy in the primary reaction or distillation and split heating process to reach the temperature required for chemical reaction and heating split. Therefore, the reaction is greatly affected by the temperature, the reaction is relatively slow, and the energy consumption is great

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