Energy saving and environment protecting system for changing thermal-chemical bond energy

Abstract

The invention discloses an energy saving and environment protecting system for changing thermal-chemical bond energy and aims to solve the problems that a current combustor is low in thermal-chemicalreaction speed, small in heat release enthalpy, too large in entropy value and too large in thermo-technical combustion waste. The energy saving and environment protecting system for changing the thermal-chemical bond energy comprises a control system, a high-temperature combustor, a water electrolysis device, a plasma generator, an oxygen generating device, a cooling system, an IGBT high-frequency power source, a nitrogen making machine and a frequency converting air volume control device; the control system is connected with the high-temperature combustor, the water electrolysis device, theplasma generator, the oxygen generating device, the cooling system, the IGBT high-frequency power source and the nitrogen making machine; the IGBT high-frequency power source is connected with the water electrolysis device and the plasma generator; the water electrolysis device, the oxygen generating device and the frequency converting air volume control device are communicated with a first-time heating input port of the high-temperature combustor through pipelines; and the plasma generator is communicated with a second-time heating input port of the high-temperature combustor through a pipeline.

Description

technical field [0001] The invention belongs to the field of thermochemistry, in particular to an energy-saving and environment-friendly system for changing thermochemical bond energy. Background technique [0002] The rate and extent of any chemical reaction are related to the number of activated molecules of the chemical reactants. The number of activated molecules is the decisive factor for the number of effective collisions of chemical reaction molecules. If the chemical reaction rate is fast and the reaction is complete, the chemical The percentage of effective collisions in the reaction should be more. If the thermochemical reaction wants to have a high reaction rate, thoroughness, completeness, and high enthalpy of heat release, the more effective collision percentages of the thermochemical reaction between gas molecules and oxygen molecules, the better. The number of effective collisions with oxygen molecules depends on the activation energy of the molecules. If the ...

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Problems solved by technology

[0003] The present invention aims to provide an energy-saving and environment-friendly system for changing thermochemical bond energy, which solves the problems of low thermochemical reaction rate, small release heat enthalpy, high entropy value and too much thermal combustion waste in current high-temperature burners, so as to realize energy saving Environmental friendly

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