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Energy-saving method for improving combustion process

A process and combustion pipeline technology, applied in the direction of combustion method, burner, combustion type, etc., can solve the problems of high chemical reaction temperature, low effective energy, slow reaction, etc., and achieve low chemical reaction temperature, accelerated reaction speed, atomization React discrete effects

Pending Publication Date: 2020-09-29
康双双
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0005] In the traditional combustion process, 1, there is no external energy to participate in the primary reaction; 2, the molecular type of the reaction belongs to the ground state molecule; 3, it obeys the principle of the lowest energy, and its free energy is at the lowest and presents a chaotic stable state; 4, it is greatly affected by temperature, The required chemical reaction temperature is high; 5. The effective energy obtained is low, and the reaction is slow, the atomization reaction is not discrete enough, the gasification reaction is not fine enough, the flame is long and appears turbid and dim, and the reaction effect is not ideal; 6. The emission CO, CO in flue gas 2 , NO X Harmful substances such as high emission indicators

Method used

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  • Energy-saving method for improving combustion process
  • Energy-saving method for improving combustion process
  • Energy-saving method for improving combustion process

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Embodiment 1

[0022] "Composite polarization technology" is a high-tech technology integrating "nano-catalysis technology", "magnetic polarization technology" and "shielding technology". Under the premise of satisfying the "law of energy conversion and conservation", the process optimization technology proposed for the traditional combustion reaction process reaction process, that is, before the primary reaction of the fuel medium, it is superimposed by the "catalysis of nanomaterials" and "super-stacked polarization force". The formed ultra-high coercive force is excited to do work, and the fuel molecules instantly form a super-large paramagnetic molecule, which constitutes an extremely active T-state excited molecule. Because the super-large paramagnetic molecule carries huge and highly energy-rich molecules to participate in all levels of reactions , so that all reaction processes are less affected by temperature, and then the atomization reaction is more discrete, the gasification reacti...

Embodiment 2

[0024] Such as figure 1 , figure 2 , image 3 and Figure 4 As shown, an energy-saving method for improving the combustion process: at least one piece of composite magnetic graphene 1 corresponding to the same pole and the same direction is fixed on the soft board 2 in a horizontal tiled or vertically superimposed manner, and the magnetic graphene 1 is fixed The flexible board 2 is connected on the inner wall or outer wall of the combustion pipeline 3, and at least one composite magnetic graphene 1 is horizontally tiled to form a super-strong superimposed polar magnetic field, and the longitudinal superposition of at least one composite magnetic graphene 1 forms a super-strong magnetic field. The polar magnetic field is superimposed, and the circumferential surface of the combustion pipe 3 forms a ring-shaped homopolar structure. The superimposed superimposed polar magnetic field makes the electrons in the molecules or atoms of the combustion medium parallel to the directio...

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Abstract

The invention relates to an energy-saving method for improving a combustion process. The method is characterized in that at least one piece of composite magnetic graphene is fixed on a soft plate in amanner of horizontally paving or longitudinally overlapping homopoles in the same direction, and the soft plate fixedly provided with the magnetic graphene is connected to the inner wall or the outerwall of a combustion pipeline. According to the energy-saving method, the effect that the material effect is converted into effective energy to be utilized is achieved, the greenhouse effect is fundamentally avoided through the converted energy, an avoidance rate is 4% or above along with an energy-saving rate, harmful gas in tail gas or flue gas components is greatly reduced by N times, and therefore the influence of the harmful gas on the environment is greatly reduced again.

Description

technical field [0001] The invention specifically relates to an energy-saving method for improving a combustion process. Background technique [0002] At present, the application of nano-magnetic materials has fully demonstrated its role in modern scientific discoveries and high-tech fields, and its magnetic energy product is as high as 5584kJ / m 3 (698MGOe) nanostructured rare earth magnets increase the coercive force by excluding the contained non-magnetic substances. Graphene is a two-dimensional crystal thin graphite film formed by stacking planar carbon atoms arranged in a honeycomb order. The electronic transition rate: 15000cm 2 / (v s), Young's modulus: 1100GPa, breaking strength: 130GPa, thermal conductivity: 5000W / (m K), theoretical specific surface area: 2630m 2 / g, visible light transmittance: ≥97%, thickness: one atomic layer. it. [0003] In January 2015, scientists at the University of California have found an ingenious way to make graphene magnetically sens...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): F23D14/68F23B90/06
CPCF23D14/68F23B90/06
Inventor 康双双
Owner 康双双
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