CN114484407B

CN114484407B - Green energy storage and wound energy multi-source system

Info

Publication number: CN114484407B
Application number: CN202011254798.4A
Authority: CN
Inventors: 黎焕斌
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-11-11
Filing date: 2020-11-11
Publication date: 2024-04-09
Anticipated expiration: 2040-11-11
Also published as: CN114484407A

Abstract

The invention discloses a green energy storage and energy creating multi-source system, which can use recovered waste as fuel of thermal electric heat, remove dioxin (TCDD) and other toxic gases in the processes of air intake, boiler combustion, exhaust and the like, and then discharge the waste through a chimney so as to meet the emission standard, thereby achieving the energy creating effect of recycling the recovered waste; moreover, the off-peak electricity can be stored, the deep water pressure is utilized to drive the seawater into the air bag for energy storage, and when electricity is spiked in daytime, the reverse ultrahigh reverse water pressure pushes the generator to generate electricity, so that the difficulty in difficult storage of the electricity is solved, and the energy storage effect is achieved; the well water is used to penetrate deep into the ground, the water temperature is not affected by weather, the deep well temperature regulating system is used, the temperature can be kept warm in winter and cool in summer, the temperature can be regulated in agriculture, fishing, pasturing, greenhouse cutting and cultivation and the like, and the purpose of being warm in winter and cool in summer is achieved.

Description

Green energy storage and wound energy multi-source system

Technical Field

The invention relates to a green energy storage and wound energy multi-source system, in particular to a green environment-friendly thermal power heating system.

Background

The human life lacks electric energy, and the like in daily life, industry, agriculture and fishery, aquaculture, animal husbandry … and the like. The power generation type includes thermal power generation, hydroelectric power generation, wind power generation, nuclear power generation, solar power generation and the like.

Fig. 1 is a schematic diagram of a conventional thermal power generation structure, in which high-temperature steam 13 generated by a boiler 10 is supplied to a steam turbine 14 via a steam output pipe 12 to operate, so that a generator 15 generates electric energy and further outputs electric power. However, most of the fuels required for heating the boiler are fossil fuels or coal, and therefore, there is a disadvantage that empty pollution is generated in addition to the consideration of high cost and decreasing amount.

Principle of thermal power generation: the heat energy generated by burning coal, petroleum, liquefied natural gas and other fuels is utilized to heat water into steam, the water is changed into high-pressure high-temperature steam under continuous heating, and then the steam turbine is driven to operate by using the energy of the high-temperature high-pressure steam to drive the generator to generate electricity. In addition, the internal combustion engine is also one of thermal power generation, and generally uses diesel oil as fuel, and the internal combustion engine (engine) is used as power to drive a generator to operate for power generation.

The thermal power generation has the advantages that: 1. fuel (fossil fuel) is convenient to obtain. 2. The factory is easy to construct. 3. Compared to nuclear energy, there is less risk and no waste of radiation that cannot be handled.

However, thermal power generation has the disadvantage: 1. the petrochemical fuel is used as fuel to generate sulfur dioxide, suspended particles and the like, which cause air pollution and acid rain. 2. Petrochemical fuels are limited in amount and are eventually used up. 3. Waste heat and carbon dioxide are generated by combustion, and the greenhouse effect is aggravated.

Therefore, as petrochemical energy is getting shorter and shorter, all parties are actively searching for alternatives, wherein green energy generation is always the first choice in the alternatives, but both solar energy generation and wind power generation have the defects of unstable power generation and poor power generation benefits.

In addition, the popularization of automobiles and locomotives greatly increases the number of waste tires year by year, and the waste tires become a problem to be solved in environmental protection. To solve the problem of this scrap tire, the general treatment methods carried out are: 1. burial, 2. Incineration and 3. Pyrolysis. The landfill method is to dispose and bury the waste tyre as general garbage without recycling and regenerating, which wastes resources. In addition, the cracking (carbonization) process is complicated in procedure, waste in energy, low in processing capacity, and unable to recover products with higher added value, so that both are not discussed herein. The incineration method is to burn the waste tires with a reduced amount (volume) as fuel, and is mainly used for burning special boilers to recover the heat energy. However, this method is direct combustion, which gives rise to secondary pollution such as smoke, odor, ash, slag, etc., and incomplete combustion gives rise to carbon monoxide (CO), hydrocarbon halides, dioxin, or highly toxic bisbenzene dichloride dioxin (TCDD), etc. Of course, the maximum benefit of recycling waste tires cannot be created.

The Taiwan has limited resources, so the circular economy needs to be greatly promoted, the limited resources are utilized, and infinite application is developed. However, the current recycling technology is still not perfect, and waste is still produced after recycling the resources. To maximize the application value of resources, the combustible wastes such as waste paper, waste plastic and the like are screened to be made into biomass fuel to replace the use of petrochemical fuel, thereby reducing the emission of greenhouse gases and the production cost.

Currently, waste energy is mainly comprised of converting it into solid, liquid and gaseous fuels. Solid waste regenerated fuel, such as dry cow dung, rice straw, tree branches, etc., is used by its ancestors until now for fuel stabilization, so that low-pollution and high-calorific-value parts of combustible waste are required to be screened out, and after uncomfortably combustible impurities are removed, a solid waste regenerated fuel (SRF) with a certain quality is produced. The energy department actively inputs the technology for preparing the solid RDF by separating the wastes, and successfully promotes the paper industry to prepare the solid RDF from the combustible wastes produced in the process of preparing the regenerated paper to replace the fire coal, thereby achieving the triple effects of converting the wastes into energy, reducing the use of the fire coal and reducing the burden of the incinerator. Today solid RDF is internationally referred to as Solid Recovery Fuel (SRF), although it has low pollution emissions characteristics. However, the waste (SRF or RDF) is used as fuel in boilers, and the exhaust gas after combustion still contains unburnt particles and gas, so that the exhaust gas needs to be reprocessed to achieve the aim of lowest pollution emission.

Therefore, in the present day of increasingly deficient energy sources, thermal electric heating is still required, so how to achieve a pollution control method, and the pollution control method becomes green energy, and is the problem to be solved by the invention.

Disclosure of Invention

The main purpose of the invention is to provide a green energy storage and energy creating multi-source system, which uses recovered waste as fuel of thermal electric heating, and removes dioxin (TCDD) and other toxic gases in the processes of air intake, boiler combustion, exhaust and the like, and then the waste is discharged through a chimney so as to meet the emission standard, thereby achieving the energy creating effect improvement of recycling the recovered waste.

The invention further aims to provide a green energy storage and creation multi-source system, which is characterized in that off-peak electricity storage is realized, the deep water pressure is utilized to drive seawater into an air bag for energy storage, and when electricity is used in the daytime, the reverse ultrahigh reverse water pressure pushes a generator to generate electricity, so that the difficulty in electric power storage is solved, and the energy storage efficiency is improved.

The invention also provides a green energy storage and creation multi-source system, which utilizes well water to penetrate into the ground without being influenced by weather, and can be used for adjusting temperature of agriculture, fishing, pasturing, greenhouse cutting and cultivation and the like to achieve the purpose of being warm in winter and cool in summer by utilizing the deep well temperature adjusting system.

The invention adopts the technical means that the environment-friendly thermal electric heating system comprises a boiler, a heating device and a control device, wherein the boiler is provided with a combustion chamber, a steam output pipe and an exhaust gas discharge pipe, and utilizes a fuel to be sent into the combustion chamber for high temperature of combustion to generate steam so as to enable a steam turbine to operate, thereby driving a generator to generate electric energy; an air inlet unit is connected with the boiler and is used for supplying the gas required by the combustion of the boiler.

The air inlet unit comprises a water decomposition photocatalyst composition unit and a cyclone vibration unit, wherein the water decomposition photocatalyst composition unit comprises a box body, a UV light source, a negative ion generator, an ozone generator and an air filter are arranged in the box body, nano platinum compound photocatalyst is coated on the air filter and in the box body, and the nano platinum compound photocatalyst is composed of diethylbenzene, molybdenum disulfide and nano ultra-fine gold and nano titanium with the concentration of 480-4800 ppm; the water contained in the gas of the air inlet unit passes through the water splitting photocatalyst component unit and is irradiated by the UV light source to generate water (H ₂ O) +uv light source+water splitting catalyst=hydrogen (H) ₂ ) +oxygen (O) ₂ ) The water in the air A is separated into hydrogen (H ₂ ) Oxygen (O) ₂ ) The method comprises the steps of carrying out a first treatment on the surface of the The air isThe rotary vibration unit is provided with an axial pipe body and a containing chamber which is radially arranged at the middle section of the axial pipe body, the inner pipe wall of the axial pipe body is provided with spiral lines, the air inlet A can be converted into spiral air flow to enter the combustion chamber of the boiler so as to increase kinetic energy, nano platinum compound photocatalyst is coated in the pipe wall, and a UV light source is arranged in the pipe wall so as to catalyze air moisture, decompose the air into hydrogen and oxygen and help combustion and reduce waste gas; the communication part of the accommodating chamber and the axial pipe body is provided with an AI variable frequency ultrasonic sound generator for outputting ultrasonic vibration oscillator to generate ultrasonic energy for the air inlet, and the accommodating chamber further comprises a control circuit for controlling the operation of the AI variable frequency ultrasonic sound generator; a spray device connected with the boiler for supplying spray liquid required by combustion of the boiler; the nanometer platinum compound catalyst smoke suppressor is sprayed into a combustion chamber of the boiler by the spray device, and comprises a nanometer platinum catalyst, a nanometer gold catalyst, magnesium powder and aluminum powder which are mixed and soaked in a preserving oil, when the burning temperature reaches more than 400 ℃, the magnesium powder and the aluminum powder can be burnt to raise the temperature to more than 1-2 kilo DEG C, the generation of toxic gases such as dioxin is reduced, the magnesium powder is converted into nontoxic magnesia ceramic, the aluminum powder is converted into nontoxic alumina ceramic, and the nontoxic alumina ceramic and the residual fuel are converted into slag; the furnace slag vitrification treatment unit is used for crushing furnace slag generated after the boiler burns into particles, adding waste glass powder, embedding heavy metals contained in the furnace slag, and enabling the heavy metals to be insoluble in water so as to prevent secondary pollution; an ozone and negative ion generating unit connected to the exhaust pipe for generating ozone (O) from the exhaust gas generated after the boiler combustion ₃ ) Can oxidize and decompose odor, toxicity of waste gas and remove dust; a chimney connected with the ozone and negative ion generating unit; the multi-pole plasma generator is arranged at the smoke outlet of the chimney, comprises an insulating tube body and multi-pole plasma guns arranged in the insulating tube body, wherein at least two pairs of multi-pole plasma guns are symmetrically arranged and are electrically connected with an external high-voltage generating circuit for generating high-temperature plasma flame so as to burn the waste gas.

According to the former feature, the fuel comprises recycled waste, which is treated by a crushing unit, and the recycled waste comprises garbage, building waste materials, agriculture and animal husbandry compost, breeding carcass waste, second-hand clothing, waste plastics, broken waste tires, heavy oil, waste engine oil and coal.

According to the features disclosed above, the green and environment-friendly thermoelectric heating system comprises an addressable type.

According to the features disclosed above, the green and environment-friendly thermoelectric heating system comprises a movable type which is arranged on a transportation carrier.

According to the front uncovering characteristic, the off-peak deepwater air bag electricity storage system comprises a steam turbine, a power generation device and a control device, wherein the steam turbine is arranged on the coast and used for driving a generator to generate electric energy; the hydraulic turbine is characterized by comprising a pump connected with the hydraulic turbine; a large-scale air bag arranged on the seabed at least 100 meters away from the sea level and used for bearing the atmospheric pressure above 100 Pa; a first water pipe connected between the water turbine and the large air bag; the second water pipe is connected with the water turbine, pumps seawater by the pump in the ionization peak period, and then pumps the seawater into the large-scale air bag through the first water pipe for storage; when electricity is used, the sea water in the large-scale air bag is reversely and ultra-high in reverse water pressure to the water turbine through the first water pipe by means of the deep sea pressure, so that the water turbine runs, and the generator is driven to generate electric energy.

According to the characteristics of the prior disclosure, the green energy storage and energy creation multi-source system is a deep well temperature adjustment energy creation system, which comprises a fish farm for cultivating fish; a deep well formed by driving a metal tube into the ground, wherein an electric heating tube is arranged at the periphery of the metal tube for heating the metal tube; a first pumping pipe, one end of which is connected with the fish farm and the other end of which goes deep into the deep well, wherein the first pumping pipe is provided with a pump and a heater for pumping cold water of the fish farm into the deep well so as to raise the temperature of the cold water; and a second pumping pipe, one end of which is connected with the fish farm and the other end of which is deep into the deep well for guiding the heated water in the deep well into the fish farm.

According to the characteristics of the front uncovering, the green energy storage and energy creation multi-source system is a deep well temperature adjustment energy creation system, which comprises a house for raising livestock animals; a deep well formed by driving a metal tube into the ground, wherein an electric heating tube is arranged at the periphery of the metal tube for heating the metal tube; a third water pumping pipe, one end of which is connected with tap water, and the other end of which goes deep into the deep well to guide tap water into the deep well; a fourth pumping pipe with one end penetrating into the deep well and the other end provided with a pump and a cold-hot heater for pumping up the water in the deep well; and a spray pipe penetrating the house, one end of the spray pipe is connected with the pump, and the other end of the spray pipe is provided with an exhaust fan for exhausting air and dissipating heat.

By means of the upper-stage technology, the invention can use the recovered waste as fuel of thermal electric heat, remove dioxin (TCDD) and other toxic gases in the processes of air intake, boiler combustion, exhaust and the like, and then discharge the waste through a chimney so as to meet the emission standard, thereby achieving the energy creating effect of recycling the recovered waste; moreover, the off-peak electricity can be stored, the deep water pressure is utilized to drive the seawater into the air bag for energy storage, and when electricity is spiked in daytime, the reverse ultrahigh reverse water pressure pushes the generator to generate electricity, so that the difficulty in difficult storage of the electricity is solved, and the energy storage effect is achieved; the well water is used to penetrate deep into the ground, the water temperature is not affected by weather, the deep well temperature regulating system is used, the temperature can be kept warm in winter and cool in summer, the temperature can be regulated in agriculture, fishing, pasturing, greenhouse cutting and cultivation and the like, and the purpose of being warm in winter and cool in summer is achieved.

Drawings

Fig. 1 is a schematic diagram of a conventional thermal power generation structure.

Fig. 2 is a schematic diagram of the overall architecture of a first possible embodiment of the present invention.

Fig. 3A is a perspective view showing the appearance of a filter screen according to a first possible embodiment of the present invention.

FIG. 3B is a schematic diagram of a moisture Jie Guang catalyst component unit according to a first possible embodiment of the invention.

Figure 4A is a perspective view of the cyclonic vibration unit according to a first possible embodiment of the present invention.

Figure 4B is a cross-sectional view of a cyclonic vibration unit in accordance with a first possible embodiment of the invention.

Fig. 4C is a schematic diagram of a nano platinum compound catalyst smoke suppressor according to a first possible embodiment of the invention.

Fig. 4D is a schematic diagram of the usage state of the nano platinum compound catalyst smoke suppressor according to the first possible embodiment of the present invention.

Fig. 5A is a schematic diagram of a slag vitrification processing unit in accordance with a first possible embodiment of the present invention.

Fig. 5B is a cross-sectional view of a slag vitrification of a first possible embodiment of the present invention.

Fig. 6A is a schematic diagram of a multipole plasma generator according to a first embodiment of the present invention.

Fig. 6B is a cross-sectional view of a multipole plasma generator according to a first possible embodiment of the present invention.

Fig. 7 shows a mobile device according to a first possible embodiment of the invention.

Fig. 8A is a schematic diagram (one) of an overall architecture of a second possible embodiment of the present invention.

Fig. 8B is a schematic diagram of the overall architecture of a second possible embodiment of the present invention (ii).

Fig. 9 is a schematic diagram of the overall architecture of a third possible embodiment of the present invention.

Fig. 10 is a schematic overall architecture of a fourth possible embodiment of the present invention.

Symbol description:

10. boiler

11. Combustion chamber

12. Steam output pipe

13. Steam generation

14. Steam turbine

15. Electric generator

16. Exhaust gas discharge pipe

17. Exhaust gas

20. Air inlet unit

21. Water-decomposing photocatalyst composition unit

210. Box body

211 UV light source

212. Negative ion generator

213. Ozone generator

214. Nanometer platinum compound photocatalyst

215. Air filter

22. Cyclone vibration unit

221. Axial tube body

2211. Spiral pattern

222. Accommodating chamber

223. Nanometer platinum compound photocatalyst

224 UV light source

225 AI variable frequency ultrasonic audio generator

2251. Control circuit

30. Spray device

31. Nanometer platinum compound catalyst smoke suppressor

311. Nanometer platinum catalyst

312. Nano gold catalyst

313. Magnesium powder

314. Aluminum powder

315. Preservation oil

40. Slag vitrification treatment unit

41. Slag of furnace

42. Waste glass powder

50. Ozone and negative ion generating unit

60. Chimney

61. Smoke exhaust port

70. Multipole plasma generator

71. Insulating tube body

72. Multipole plasma gun

73. High voltage generating circuit

80. Fuel and its production process

81. Recovery of waste

82. Crushing unit

90. Green environment-friendly thermal electric heating system

91. Transport carrier

100. Off-peak deepwater air bag electricity storage system

101. Water turbine

102. Pump with a pump body

103. Large-scale air bag

104. First water pipe

105. Second water pipe

110 120 deep well temperature regulation energy generating system

111. Deep well

112. Electrothermal tube

113. First water pumping pipe

114. Pump with a pump body

115. Heater

116. Second water pumping pipe

117. Cold and warm heater

118. Spray pipe

119. Air draft fan

121. Third water pumping pipe

122. Fourth water pumping pipe

Detailed Description

Other advantages and effects of the present invention will become apparent to those skilled in the art from the following disclosure, which is to be read in light of the following specific examples. The invention may be practiced or carried out in other embodiments and details that depart from the spirit and scope of the present invention.

Referring to fig. 2, the present invention includes a green energy storage and generation multi-source system, a first possible embodiment of which is a green thermal electric heating system 90, the green thermal electric heating system 90 includes a boiler 10 having a combustion chamber 11, a steam output pipe 12 and an exhaust gas discharge pipe 16, a fuel 80 is used to send the high temperature of the combustion chamber 11 for combustion, and steam 13 is generated to operate a turbine 14, thereby driving a generator 15 to generate electric energy; an air inlet unit 20 connected to the boiler 10 for supplying gas required for combustion of the boiler 10; however, the above-mentioned structure belongs to the Prior Art (price), which is not the object of the present invention and is not described in detail.

The main feature of the present invention is that the air intake unit 20 comprises a water decomposition photocatalyst composition unit 21 and a cyclone vibration unit 22; the water-splitting catalyst composition unit 21, as shown in fig. 3A-3B, comprises a box 210, wherein a UV light source 211, a negative ion generator 212, an ozone generator 213 and an air filter 215 are arranged in the box 210, nano platinum compound photocatalyst 214 is coated on the air filter 215 and in the box 210, and the nano platinum compound photocatalyst 214 is composed of diethylbenzene, molybdenum disulfide, nano ultra-fine gold with the concentration of 480-4800 ppm and nano titanium; the water contained in the gas of the gas inlet unit 20 passes through the water splitting photocatalyst composition unit 21 and is irradiated by the UV light source 211 to generate water (H ₂ O) +uv light source+water splitting catalyst=hydrogen (H) ₂ ) +oxygen (O) ₂ ) The water in the air A is separated into hydrogen (H ₂ ) Oxygen (O) ₂ )。

As shown in fig. 4A to 4B, the cyclone vibration unit 22 has an axial tube 221 and a receiving chamber 222 radially disposed at a middle section of the axial tube 221, wherein a Spiral line 2211 is disposed on an inner wall of the axial tube 221 to convert an air intake a into a Spiral air flow (Spiral air) S to enter a combustion chamber 11 of the boiler internal combustion engine 10 for increasing kinetic energy, and a nano platinum compound photocatalyst 223 is coated in the tube wall, and a UV light source 224 is disposed for catalyzing air moisture, decomposing into hydrogen and oxygen to help combustion and reducing exhaust gas; an AI variable frequency ultrasonic frequency generator 225 is disposed at the communication position between the housing chamber 222 and the axial tube 221 for outputting ultrasonic wave oscillator to generate ultrasonic frequency energy for the air; so that the air intake can generate cyclone and high-frequency vibration energy to help the gas contact and improve the combustion-supporting effect. In this embodiment, the housing 222 further includes a control circuit 2251 for controlling the operation of the AI variable frequency ultrasonic audio generator 225.

As shown in fig. 2, a spray device 30 is connected to the boiler 10 for supplying spray liquid required for combustion of the boiler 10; the nanometer platinum compound catalyst smoke suppressor 31 is sprayed into the combustion chamber 11 of the boiler 10 by the spray device 30, as shown in fig. 4C-4D, the nanometer platinum compound catalyst smoke suppressor 31 comprises nanometer platinum catalyst 311, nanometer gold catalyst 312, magnesium powder 313 and aluminum powder 314 mixed and soaked in a preservation oil 315, and the preservation oil 315 comprises kerosene, paraffin oil and the like. The storage oil 315 is not afraid of sun exposure, prevents oxidation explosion when meeting water, and is easy to store. Wherein the nano platinum and gold catalysts 311 and 312 are composed of diethylbenzene, molybdenum disulfide, nano ultra-particle gold with the concentration of 480-4800 ppm and nano titanium, when the combustion reaches more than 400 ℃, the magnesium powder 313 and the aluminum powder 314 can be combusted, the temperature can be increased to more than 1-2 kilo DEG C, the generation of toxic gases such as dioxin is reduced, the magnesium powder 313 is converted into nontoxic magnesium oxide ceramic, the aluminum powder 314 is converted into nontoxic aluminum oxide ceramic, and the nontoxic aluminum oxide ceramic and the residual fuel left are formed into slag 41; in this embodiment, the Nano Platinum catalyst (Nano Platinum) 311 and the Nano gold catalyst (Nano Au) 312 are Nano metal powder, and the Nano metal powder has large surface area and large surface active center, which is an excellent heat transfer medium, and can enhance the combustion heat effect of the boiler 10.

A slag vitrification unit 40 is a unit for pulverizing the slag 41 generated after the combustion of the boiler 10 into particles as shown in fig. 5A to 5B, adding waste glass powder 42, embedding heavy metals contained in the slag 41 to make the heavy metals insoluble in water, preventing secondary pollution, and being used as a base material of a building material to achieve the energy creating effect of recycling waste.

In this embodiment, the magnesium powder 313 and aluminum powder 314 burn when being heated by water, and the safe explosion oil is stored when being heated by oil, and the smoke suppressor composed of the nano platinum catalyst 311, the nano gold catalyst 312 and the like is the first initiation of the invention, and after the burning black smoke is sprayed with the nano platinum compound catalyst smoke suppressor 31, the black smoke and toxic gas are catalyzed and converted into nontoxic gas. As such, the following efficacy improvements are illustrated:

1. as shown in FIG. 4D, the nano platinum compound catalyst smoke suppressor 31 can be burnt to clean after being sprayed with sundries such as waste tires and the like containing water, and because magnesium powder 313 and aluminum powder 314 can burn at high temperature when meeting water, toxic gases such as dioxin and the like are burnt to clean.

2. The nano platinum catalyst 311 and the nano gold catalyst 312 catalyze toxic gases such as NOx, hydrocarbon, carbon monoxide and the like to form nontoxic gases.

3. The unfinished slag 41 and the waste glass powder 42 can form ceramic powder such as magnesia, aluminum oxide and the like after the magnesium powder 313 and the aluminum powder 314 are burnt, so that the glass ceramic powder of the slag 41 can be thoroughly mixed, commonly called vitrification, all the toxic heavy metals of the waste are not dissolved out by water fully embedded in the glass, and the water becomes a filling aggregate of building materials.

4. The burnt carbon dioxide is subjected to photosynthesis of plants to form hydrocarbon to complete the natural carbon circulation.

An ozone and negative ion generating unit 50 connected to the exhaust gas discharge pipe 16 for generating ozone (O) by using the exhaust gas 17 generated after the combustion of the boiler 10 ₃ ) Can oxidize and decompose odor and toxicity of waste gas, and remove dust by negative ions; the deodorizing principle of the ozone and negative ion generator 50: ozone has extremely strong oxidation capability, the oxidation-reduction potential is inferior to that of fluorine, and substances which can generate odor and other odors can be rapidly decomposed mainly by using the characteristic in the application, such as amine, hydrogen sulfide, methyl-colored alcohol and the like, so that the ozone is oxidized and decomposed to generate nontoxic odorless micromolecular substances. In addition, part of the waste gas contains a small amount or even a large amount of dust particles, and the non-selective reaction of ozone is excessively large in the addition amount of the waste gas with dust (because the ozone can react with the particles at the same time), so in the odor treatment of the ozone waste gas, the first step is dust removal, and the negative ions have the function of absorbing and collecting the dust, so that the ozone and the negative ions supplement each other. The ozone and negative ion generating unit 50 may be a commercially available ozone and negative ion generator, and its structure and principle belong to the Prior Art (price) and are not described herein. Of course, the ozoneAnd the negative ion generating unit 50 may also use a multi-pole plasma generator 70 to generate ozone and negative ions, the construction of which will be described later.

A chimney 60 connected to the ozone and negative ion generating unit 50; and a multi-pole plasma generator 70, as shown in fig. 6A-6B, disposed at the smoke outlet 61 of the chimney 60, wherein the multi-pole plasma generator 70 comprises an insulating tube 71, and multi-pole plasma guns 72 disposed in the insulating tube 71, the multi-pole plasma guns 72 having at least two pairs of symmetrical arrangement and electrically connected to an external high voltage generating circuit 73 for generating a high temperature plasma flame (plasma) 74, the plasma flame (plasma) 74 generating a plasma flame due to its current and voltage, and burning the exhaust gas at a high temperature by the plasma arc.

In the embodiment, the plasma arc temperature can be from normal temperature to tens of thousands of ℃, and almost all toxic active gases can be oxidized and reduced for elimination; furthermore, the high voltage electrode of the plasma flame (plasma) 74 breaks down the air to produce ozone, which also oxidizes and reduces almost all of the reactive harmful gases, and also produces UV ultraviolet light, which also oxidizes or reduces the harmful gases. In this embodiment, the multipole plasma gun 72 generates a plasma temperature and also generates "ultraviolet rays" to convert and degrade the exhaust gas. The principle is different that UV photolysis utilizes special high-energy high-ozone UV light beam to irradiate malodorous gas to change the molecular chain structure of malodorous gas, so that the molecular chain of organic or inorganic high-molecular malodorous compound is degraded and converted into low-molecular compound, such as CO, under the irradiation of high-energy UV light beam ₂ 、H ₂ O, etc. The multipole plasma generator 70 of the present invention is a fourth state of matter following solid, liquid, and gas, and when the applied voltage reaches the ignition voltage of the gas, the gas molecules are broken down to generate a mixture including electrons, various ions, atoms, and radicals. The electron temperature is high during the discharge process, but the temperature of heavy particles is low, and the whole body is in a low-temperature state, so that the discharge process is called low-temperature plasma. The low-temperature plasma is used for degrading pollutants by utilizing the actions of active particles such as high-energy electrons, free radicals and the like and pollutants in waste gasThe pollutant molecules are decomposed in a very short time, and various subsequent reactions occur to achieve the purpose of degrading the pollutant.

In this embodiment, the fuel 80 is formed by disposing recycled waste 81 through a crushing unit 82, wherein the recycled waste 81 can include garbage, construction waste, compost for agriculture and animal husbandry, waste for breeding carcasses, second hand clothing, waste plastics, crushed waste tires, heavy oil, waste engine oil, coal, etc. The pulverized reduction (volume) is used as fuel as the main material of the thermal power generation boiler, and the heat energy is recovered. However, when the recycled waste 81 is directly burned, secondary pollution such as smoke, odor, ash, slag and the like is caused, and carbon monoxide (CO), hydrocarbon halide, dioxin, or highly toxic bisbenzene dichloride dioxin (TCDD) is generated by incomplete combustion, which does not create the maximum benefit of recycling the waste tires. However, the green thermal electric heating system 90 disclosed in the practical embodiment of the present invention can solve the conventional problem, so as to achieve the effects of green energy storage and energy creation.

Namely, the invention has the following efficacy improvements:

1. the present invention uses the water-splitting photocatalyst component unit 21 to split water in the air A into hydrogen (H) ₂ ) Oxygen (O) ₂ ) The cyclone vibration unit 22 is used for helping combustion and reducing waste gas; and the AI variable frequency ultrasonic sound generator 225 outputs ultrasonic sound oscillator to generate ultrasonic sound energy for the intake air; so that the air intake can generate cyclone and high-frequency vibration energy to help the gas contact and improve the combustion-supporting effect.

2. According to the invention, paraffin oil, magnesium powder and aluminum powder are mixed in the nano platinum compound catalyst, when the temperature of combustion reaches more than 400 ℃, the magnesium powder and the aluminum powder can be combusted, the temperature can be increased to more than 1-2 kilo DEG C, the generation of toxic gases such as dioxin is reduced, the magnesium powder is converted into nontoxic magnesium oxide ceramic, the aluminum powder is converted into nontoxic aluminum oxide ceramic, and the nontoxic aluminum oxide ceramic and the residual fuel are converted into slag 41.

3. The invention uses the slag vitrification processing unit 40 and the waste glass powder 42 to embed the heavy metal contained in the slag 41, so that the heavy metal is insoluble in water, secondary pollution is prevented, and the heavy metal can be used as a base material of building materials, thereby achieving the energy creating effect of recycling waste.

4. The present invention uses the ozone and negative ion generator 50 to make the exhaust gas 17 generated by the combustion of the boiler 10 into ozone (O) ₃ ) The oxidation and decomposition odor and the toxicity of the waste gas are complemented by each other by negative ion dust removal.

5. The present invention uses the multipole plasma generator 70 to generate a high temperature plasma flame (plasma) 74, and uses a plasma arc to burn the waste gas at high temperature, so as to achieve the purpose of degrading pollutants.

The invention takes the recovered waste as the fuel of the thermal power and the dioxin (TCDD) and other toxic gases are removed in the processes of air intake, boiler combustion, exhaust and the like, and then the waste is discharged from a chimney so as to meet the discharge standard, thereby improving the energy generating efficacy of the recycling of the recovered waste.

In this embodiment, as shown in fig. 2, the green and environment-friendly thermal electric heating system 90 is an addressing type, i.e. suitable for a conventional thermal power plant. However, the present invention is not limited thereto, and the green thermal electric heating system 90 may be a movable type. That is, as shown in fig. 7, the structure can be miniaturized and mounted on a transportation carrier 91. The movable green thermal electric heating system 90 can be applied to agriculture, animal husbandry, fishery, aquaculture, greenhouse cultivation … and the like. That is, the transportation carrier 91 can be directly opened to seaside and other pollution sources for burning waste plastics and wood on site, and can also be used for adjusting the temperature of the residual heat in winter in a greenhouse of a large pasture in summer, adjusting the temperature of a deep water well, adjusting the temperature of chickens, ducks, sheep, cows, pigs and the like by spraying and cooling, adjusting the temperature in summer at high temperature, improving the cultivation efficiency, and adjusting the temperature in winter and summer.

As shown in fig. 8A to 8B, a second embodiment of a green energy storage and creation multi-source system of the present invention is an off-peak deepwater air bag electric storage system 100, where the off-peak deepwater air bag electric storage system 100 includes a water turbine 101 disposed on the coast for driving a generator 15 to generate electric energy; the hydraulic turbine is characterized by comprising a pump 102 connected with the hydraulic turbine 101; a large air bag 103 arranged on the sea floor at least 100 meters away from the sea level for bearing atmospheric pressure above 100 Pa; a first water pipe 104 connected between the pump 102 and the large-sized air bag 103; a second water pipe 105 connected to the pump 102, for pumping seawater from the pump 102 during the ionization peak period, and then pumping the seawater into the large-scale air bag 103 for storage via the first water pipe 104; when electricity is used, the seawater in the large air bag 103 is reversely ultrahigh and water-reversing pressure to the pump 102 through the first water pipe 104 by the deep sea pressure, so that the water turbine 101 is operated, and the generator 15 is driven to generate electric energy.

In this embodiment, the features and functions are as follows: when the ionization peak is used at night, the pump 102 pumps seawater, and then the seawater is pumped into the large-scale air bag 103 through the first water pipe 104 to store energy (as shown in fig. 8A); when electricity is used in the daytime, the deep water pressure is utilized to push the generator 15 to generate electricity (shown in fig. 8B) by reverse ultrahigh reverse water pressure, electricity is sold to the station, the electricity selling difference from the peak is earned, and the problem that the electricity is difficult to store is solved. Furthermore, the off-peak deepwater air bag electricity storage system 100 can be used in parallel with the green environment-friendly thermal electric heating system 90, so that thermal electric heating and reverse water pressure water conservancy power generation complement each other, and the purposes of green energy storage and energy creation are achieved.

As shown in fig. 9, a third embodiment of a green energy storage and creation system according to the present invention is a deep well temperature adjustment energy creation system 110, wherein the deep well temperature adjustment energy creation system 110 includes a fish farm F for cultivating fish; a deep well formed by driving a metal tube 111 into the ground, wherein an electric heating tube 112 is arranged at the outer periphery of the metal tube 111 for heating the metal tube 112; a first pumping pipe 113, one end of which is connected to the fish farm F and the other end of which is extended into the deep well 111, wherein the first pumping pipe 113 is provided with a pump 114 and a heater 115 for pumping cold water of the fish farm F into the deep well 111 to raise the temperature of the cold water; and a second pumping pipe 116 having one end connected to the fish farm F and the other end penetrating into the deep well 111 for introducing the heated water in the deep well 111 into the fish farm F.

In this embodiment, the features and functions are as follows: the well water is deep into the ground, the water temperature is not affected by weather, the well water is always warm in winter and cool in summer, when the temperature of fish farm F is very low in winter, fish can not be frozen, and at the moment, the temperature in the deep well 111 is relatively high, so that cold water of the fish farm F is pumped into the deep well 111 for heat exchange, and the water heated by heat exchange in the deep well 111 can be guided into the fish farm F by the aid of the heater 115 and the second water pumping pipe 116. Therefore, the ground water does not need to be pumped to influence the stratum subsidence, the discharged water is atomized after being treated by secondary ice water, the water mist is gasified when meeting hot air, a large amount of heat can be absorbed, the indoor temperature can be reduced in summer, and the water mist is suitable for large-scale indoor area type air conditioners, can be used for agriculture, fishing, pasturing, greenhouse cultivation and the like, and achieves the purposes of being warm in winter and cool in summer.

As shown in fig. 10, a fourth embodiment of a green energy storage and generation multi-source system of the present invention is a deep well temperature adjustment energy generation system 120, the deep well temperature adjustment energy generation system 120 comprises a house P for raising livestock animals; a deep well formed by driving a metal tube 111 into the ground, wherein an electric heating tube 112 is arranged at the outer periphery of the metal tube 111 for heating the metal tube 111; a third pumping pipe 121, one end of which is connected with tap water, and the other end of which is extended into the deep well 111 to guide tap water into the deep well 111; a fourth pumping pipe 122 having one end penetrating into the deep well 111 and the other end provided with a pump 114 and a heating and cooling heater 117 for pumping up the water in the deep well 111; and a spray pipe 118 penetrating the house P, one end of which is connected to the pump 114, and the other end of which is provided with an exhaust fan 119 for exhausting and radiating heat.

The deep well temperature regulating system 120 is opened to ensure that a large area of indoor space can be changed into a cool air room under the condition of summer heat without spending high electricity charge, and has the effect of energy conservation.

The deep well 111 is filled with a cold-hot exchanger, the size is about 50 cm wide by 100 cm wide by 200 cm long, an aluminum heat exchanger is arranged at the bottom of the buried deep well, a water pump of a ground pump pumps water into the deep well to exchange heat with a cold-hot soil layer, warm water into and out of the deep well in summer can be changed, cold water into and out of the deep well in winter can be changed into and out of the deep well in warm water, and an ice-water machine for ice-heat is added, so that the temperature of the deep well is lowered by atomization in summer, and the deep well is buried in the ground or on a wall in winter to increase the temperature of a greenhouse. Therefore, when the temperature is 38 ℃ outside the summer, but only 16 ℃ is extracted, the temperature can be further cooled to 8 ℃ by adding an ice water machine, and the chicken house is atomized in the chicken house farm house or not like in cold air. Whereas outdoor temperature is minus 20 ℃, but water in a deep well is 26 ℃, is heated to 30 ℃ by an ice-hot-water dual-purpose machine and flows through the henhouse floors and walls of the henhouses, room temperature in the facilities below minus 20 ℃ outside can reach 30 ℃ without spending a lot of energy, and almost all water comes from the nature, because deep well water is warm in winter and cool in summer.

The drawings and descriptions disclosed above are merely preferred embodiments of the invention, and modifications and equivalent variations within the spirit and scope of the present invention will be included in the claims.

Claims

1. The green energy-storing and energy-creating multisource system is one green environment protecting thermoelectric heating system comprising:

the boiler is provided with a combustion chamber, a steam output pipe and an exhaust gas output pipe, and utilizes a fuel to be sent into the combustion chamber for combustion at a high temperature to generate steam so as to enable a steam turbine to operate, thereby driving a generator to generate electric energy;

an air inlet unit connected with the boiler for supplying the gas required by the combustion of the boiler;

the method is characterized in that:

the air inlet unit comprises a water decomposition photocatalyst composition unit and a cyclone vibration unit, wherein the water decomposition photocatalyst composition unit comprises a box body, a UV light source, a negative ion generator, an ozone generator and an air filter are arranged in the box body, nano platinum compound photocatalyst is coated on the air filter and in the box body, and the nano platinum compound photocatalyst is composed of diethylbenzene, molybdenum disulfide, nano ultra-fine particle gold with the concentration of 480-4800 ppm and nano titanium; the water contained in the gas of the air inlet unit passes through the water splitting photocatalyst component unit and is irradiated by the UV light source to generate water (H ₂ O) +uv light source+water splitting photocatalyst=hydrogen (H) ₂ ) +oxygen (O) ₂ ) The water in the air A is separated into hydrogen (H ₂ ) Oxygen (O) ₂ ) The method comprises the steps of carrying out a first treatment on the surface of the The cyclone vibration unit is provided with an axial pipe body and a containing chamber which is radially arranged at the middle section of the axial pipe body, the inner pipe wall of the axial pipe body is provided with spiral lines, the air inlet A can be converted into spiral air flow to enter the combustion chamber of the boiler so as to increase kinetic energy, nano platinum compound photocatalyst is coated in the pipe wall, and a UV light source is arranged in the pipe wall so as to catalyze air moisture, decompose the air moisture into hydrogen and oxygen and help combustion and reduce waste gas; an AI variable frequency ultrasonic sound generator is arranged at the communication position of the accommodating chamber and the axial pipe body and used for outputting ultrasonic vibration oscillator to generate ultrasonic energy for the air inlet, and a control circuit is arranged in the accommodating chamber and used for controlling the action of the AI variable frequency ultrasonic sound generator;

a spray device connected with the boiler for supplying spray liquid required by combustion of the boiler;

the nanometer platinum compound catalyst smoke suppressor comprises a nanometer platinum catalyst, a nanometer gold catalyst, magnesium powder and aluminum powder which are mixed and soaked in a preserving oil, when the burning temperature reaches more than 400 ℃, the magnesium powder and the aluminum powder can burn, the temperature can be increased to more than 1-2 kilo DEG C, the generation of dioxin toxic gas is reduced, the magnesium powder is converted into nontoxic magnesium oxide ceramic, the aluminum powder is converted into nontoxic aluminum oxide ceramic, and the nontoxic aluminum oxide ceramic and the residual fuel are formed into slag;

the furnace slag vitrification treatment unit is used for crushing furnace slag generated after the boiler burns into particles, adding waste glass powder, embedding heavy metals contained in the furnace slag, and enabling the heavy metals to be insoluble in water so as to prevent secondary pollution;

an ozone and negative ion generating unit connected to the exhaust pipe for generating ozone (O) from the exhaust gas generated after the boiler combustion ₃ ) Can oxidize and decompose odor, toxicity of waste gas and remove dust;

a chimney connected with the ozone and negative ion generating unit; and

the multi-pole plasma generator is arranged at the smoke outlet of the chimney and comprises an insulating tube body and multi-pole plasma guns arranged in the insulating tube body, wherein at least two pairs of multi-pole plasma guns are symmetrically arranged and are electrically connected with an external high-voltage generating circuit for generating high-temperature plasma flame so as to burn the waste gas.

2. The green energy storage and generation multisource system of claim 1, wherein: the fuel is composed of recovered waste, which is treated by a crushing unit, and the recovered waste comprises garbage, building waste materials, compost in agriculture and animal husbandry, waste of breeding carcasses, second-hand clothing, waste plastics, broken waste tires, heavy oil, waste engine oil and coal.

3. The green energy storage and generation multisource system of claim 1, wherein: the green environment-friendly thermal electric heating system comprises an addressing type.

4. The green energy storage and generation multisource system of claim 1, wherein: the green environment-friendly thermal electric heating system comprises a movable type which is arranged on a transportation carrier.

5. The green energy storage and creation multisource system of claim 1, further comprising an off-peak deepwater air bag electrical storage system comprising:

the water turbine is arranged on the coast and is used for driving a generator to generate electric energy;

the method is characterized in that:

a pump connected to the turbine;

a large-scale air bag arranged on the seabed at least 100 meters away from the sea level and used for bearing the atmospheric pressure above 100 Pa;

a first water pipe connected between the pump and the large-sized air bag; and

a second water pipe connected to the pump for pumping seawater during ionization peak period, and pumping the seawater into the large-scale air bag via the first water pipe for storage; when electricity is used, the sea water in the large-scale air bag is reversely and ultra-high in reverse water pressure to the water turbine through the first water pipe by means of the deep sea pressure, so that the water turbine runs, and the generator is driven to generate electric energy.