Nanometer physicochemical vapor generator

Abstract

The invention discloses a nanometer physicochemical vapor generator. The nanometer physicochemical vapor generator comprises a shell with a heat source cavity and a water storage cavity, at least one nanometer physicochemical thermodynamic unit penetrates from the heat source cavity into the water storage cavity, the lower portions of the nanometer physicochemical thermodynamic units are disposed in the heat source cavity, the middle and upper portions of the nanometer physicochemical thermodynamic units are disposed in the water storage cavity, a vapor output port is formed in the top of the water storage cavity, a water inlet connected with a water inlet pipe is formed in the water storage cavity, a fuel combustor is fully or partly arranged in the heat source cavity, each nanometer physicochemical thermodynamic unit comprises a metal pipe with a sealed bottom end, a vacuum valve sealing the top end of each metal pipe is arranged at the top end of the corresponding metal pipe, a heat conduction nanometer synthetic medium is accommodated in the lower end of each metal pipe, and a vacuum heat conduction cavity is reserved between the vacuum valve in each metal pipe and the corresponding heat conduction nanometer synthetic medium. The nanometer physicochemical vapor generator is simple in structure, quick in heat conduction, smokeless, dust-free, pollution-free, capable of conducting heat to heat so as to generate vapor circularly and high in heating efficiency which 1-3 times of that of a normal heat conduction manner, the heat utilization rate reaches to 99% and the emission reduction rate is above 90%.

Description

technical field [0001] The invention relates to a heater, in particular to a nano physical and chemical steam generator. Background technique [0002] The development history of steam generators originated in the 18th century. After the 19th and 20th centuries, steam generators have been continuously developed. At present, there are many types of steam generators on the market, including mining steam generators, industrial steam generators, medical steam generators, residential steam boiler generators, nuclear energy steam generators and so on. The furnace structure ranges from fire tube boilers, fire tube boilers to water tube boilers. The progress of heat transfer form from natural circulation to assisted forced circulation. The use of heat sources is also diversified from coal, oil, gas, clean fuels to power sources. However, the outstanding performance of these generators using primary energy is serious pollution, and they must be eliminated. Steam generators that us...

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Problems solved by technology

The steam generator heated by power supply is the change of using resistance wire and electric heating rod. There is no carrier similar to LED light semiconductor to convert light energy, so the steam generator cannot achieve the breakthrough of energy saving and high efficiency.

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