CN1365851A - Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis - Google Patents
Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis Download PDFInfo
- Publication number
- CN1365851A CN1365851A CN 01102921 CN01102921A CN1365851A CN 1365851 A CN1365851 A CN 1365851A CN 01102921 CN01102921 CN 01102921 CN 01102921 A CN01102921 A CN 01102921A CN 1365851 A CN1365851 A CN 1365851A
- Authority
- CN
- China
- Prior art keywords
- photocatalysis
- module
- nano
- lipophilic
- hydrophilic
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Images
Landscapes
- Catalysts (AREA)
Abstract
A modular ultra-hydroliphic and ultra-lipophilic optical catalyzing equipment for modifying heavy oil to obtain nm-class ultra-emulsified heavy oil as the innoxious fuel and treating sewage is composed of optically catalytic pre-mixing module, optically catalytic magnetic treating module, optical catalytic stirring module, optically catalytic ultrasonic stirring module and electric controller. A nanometre optical catalyst containing nanometre TiO2 is used.
Description
The invention belongs to the energy and environmental protection field, particularly a kind of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis.This complete set of equipments is a kind of modularization, independent assortment, multipurpose, for the super parents' catalysis of nano titanium oxide performance and photocatalysis provide catalytic reaction condition, can be used for production nanometer heavy oil or nanometer diesel oil or nanometer gasoline.Also can be used for trade effluent and sanitary sewage are carried out innoxious pretreated common apparatus.
When this equipment of application carries out fuel oil modification processing, can use the nano-photocatalyst and the modification water that contain nano titanium oxide that heavy oil (or diesel oil or gasoline) is processed, in heavy oil (or diesel oil or gasoline) emulsification process of implementing common notion, give prominence to the super parents' activity (having super hydrophilic and super lipophile simultaneously) and the photocatalytic activity of performance nano titanium oxide, produce a kind of nanometer heavy oil (or nanometer diesel oil or nanometer gasoline) of super emulsifying technology.
In another occasion, this equipment can also be used for the innoxious preliminary treatment of trade effluent and sanitary sewage.
Aforesaid, the prominent features of the nanometer heavy oil of being produced by complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis (or nanometer diesel oil or nanometer gasoline) is:
1, Actual combustion calorific value and heavy oil (or diesel oil or gasoline) are suitable substantially.
2, improve atomizing effect, sufficient combustion, energy savings.
3, the superstability of finished product physics and chemistry form.Show as: under normal temperature condition, deposit more than 3 years or under 80 degree conditions Celsius, deposit breakdown of emulsion (water-oil separating) can not take place more than 1 year.
4, make sulphur in the nanometer heavy oil (or nanometer diesel oil or nanometer gasoline) change into the sulfide of solid, in combustion process, do not produce sulfur dioxide gas, nitrogen oxides reduction in oxidizing carbon monoxide, they are converted into human body and environmentally friendly gas--carbon dioxide and nitrogen, thereby stop the generation of pernicious gas, make the noxious emission after nanometer heavy oil (or nanometer diesel oil or nanometer gasoline) burns reduce to minimum.
The present invention is on inventor's acquired " heavy oil molecules knot oxygen machine of preparation hyperoxia heavy oil " patent (patent No.: ZL 00 2 08052.4) basis, under the prerequisite of the employed catalyst type of change, change catalytic mechanism, according to the catalytic condition requirement, the result that device structure, catalytic environment and block configuration are redesigned is in the hope of reaching technological innovation, effect improves and range of application enlarges purpose.
Primary and foremost purpose of the present invention is on existing heavy oil molecules knot oxygen machine basis, under the prerequisite of the catalyst type that changes use, change catalytic mechanism, redesign the new equipment of a kind of production nanometer heavy oil or nanometer diesel oil or nanometer gasoline, this new equipment can provide the appointed condition that the carries out light-catalyzed reaction appointed condition of light-catalyzed reaction (and provide for the realization of other purposes of the present invention) for the nano titanium oxide in employed nano-photocatalyst performance photocatalysis.Simultaneously, for adapting to the needs of different purposes, the present invention presses critical piece the boundary of catalysis, be combined into the monomer modular member respectively, be convenient to needs,, form the production equipment of different size, disparate modules combination each module independent assortment according to the production purpose.For being different from original device, new equipment of the present invention renames as complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis.
Another object of the present invention is to photocatalysis environment by complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, the super parents' activity of nano titanium oxide and the catalytic action of photocatalytic activity in the performance nano-photocatalyst, make hydrone oxygen key and heavy oil (or diesel oil, or gasoline) outstanding key forms firm molecule covalent bond to the molecular carbon hydrogen bond around nano titanium oxide Large ratio surface space, and improve the uniformity of water clusters and (in the heavy oil) gum asphalt micel size, and the uniformity that distributes, prevent sedimentation and breakdown of emulsion, nanometer heavy oil (or the nanometer diesel oil that complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis is produced, or nanometer gasoline), on physical aspect, has superpower stability.Subsidiary emphasizing: the internal cause of its superpower stability provides physical basis for improving combustion efficiency.
The 3rd purpose of the present invention is the photocatalysis environment by complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, the super parents' activity of performance nano titanium oxide and the catalytic action of photocatalytic activity, the macromolecular mass water droplet is cracked into single hydrone, and the gum asphalt bulk mixture of the big long hydrocarbon chain structure of molecule of cracking under normal temperature condition (in the heavy oil) is the little molecule of short chain, promote hydrone and heavy oil (or diesel oil, or gasoline) molecule and (in the heavy oil) little molecule of gum asphalt short chain are closely affine, mixed molecules group after affine still presents nanoscale subset structure, utterly destroy non-affine suspension (emulsification) attitude water droplet, on nanoscale subset architecture basics, reach the target that highly homogenizes, thereby improve heavy oil (or diesel oil, or gasoline) flowability and atomizing effect, make nanometer heavy oil (or nanometer diesel oil, or nanometer gasoline) atomizing particle diameter is reduced to below the 1-2 υ, enlarge nanometer heavy oil (or nanometer diesel oil, or nanometer gasoline) effective ratio area that contacts with air of particle, make nanometer heavy oil (or nanometer diesel oil, or nanometer gasoline) burning is more abundant, flame intensity improves, improve nanometer heavy oil (or nanometer diesel oil, or nanometer gasoline) effective conversion efficiency of calorific value, prevent and eliminate coking or carbon distribution, reduce the required excess air coefficient of burning, reduce exhaust temperature, reduce heat energy and run off, thus the actual consumption and the cost of reduction fuel.
The 4th purpose of the present invention is the photocatalysis environment by complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, the super parents' activity of performance nano titanium oxide and the catalytic action of photocatalytic activity, make nanometer heavy oil (or nanometer diesel oil, or nanometer gasoline) sulphur in changes into the sulfide of solid, be convenient to innoxious removal collection, in combustion process, do not produce sulfur dioxide gas, simultaneously, the nano titanium oxide specific surface is big, the outstanding key in space is many, high adsorption capacity, so its nitrogen oxides reduction in oxidizing carbon monoxide, they are converted into human body and environmentally friendly gas--carbon dioxide and nitrogen, thereby stop the generation of pernicious gas, make nanometer heavy oil (or nanometer diesel oil, or nanometer gasoline) noxious emission after the burning is reduced to minimum.
Physical means and photocatalysis environment such as the magnetic treatment that the 5th purpose of the present invention is to have by complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, ultrasonic, jet, stirring, the super parents' activity of performance nano titanium oxide and the catalytic action of photocatalytic activity, be used for the processing of trade effluent and sanitary sewage, various organic pollutions in the degradation of sewage and toxin, elimination eutrophication pollution source, elimination sewage peculiar smell, kill bacteria, absorption and flocculation heavy metal help realizing the recycling of heavy metal.
To achieve the object of the present invention, existing heavy oil molecules knot oxygen machine being transformed the major technique measure of taking is:
1. on the basis that keeps heavy oil molecules knot oxygen machine basic structure, use light transmissive material as far as possible instead at suitable position and make conduit and mixer housing (comprising its cylinder body and loam cake) and photocatalysis turbulent flow magnetic processor housing, in the process of nanometer heavy oil (or nanometer diesel oil or nanometer gasoline), make conduit nano titanium oxide interior or that housing is interior can accept illumination, the performance photocatalysis.
2. outside above-mentioned printing opacity conduit or printing opacity housing, add artificial light filling light source.
3. on the integral layout of equipment, conduit and the housing with printing opacity is exposed under the lamp condition as far as possible, only the electrical equipment motor added the protection casing.Integral device places in the open and installs and uses, and utilizes lamp to finish light-catalyzed reaction as far as possible, reduces the service time of artificial light filling light source, to reduce the equipment operation energy consumption as far as possible.
4. on the structure of equipment, original integrated complete machine structure is resolved into 5 standardized modules, can be according to the difference of handling object, or treatment effect require independent assortment production, to reach the optimization process effect.
Task of the present invention is finished like this:
Make a kind of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis.Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis is mainly by forming with the lower part: module, photocatalysis ultrasonic agitation module, photocatalysis magnetic treatment module, electric cabinet are stirred in photocatalysis premix module, photocatalysis.
Wherein photocatalysis premix module is made up of photocatalysis premix machine main body, motor, the fluid foods input and output mouth of pipe, artificial light filling lamp holder etc.;
Wherein photocatalysis stirring module is made up of photocatalysis mixer body, motor, the fluid foods input and output mouth of pipe, artificial light filling lamp holder etc.;
Wherein photocatalysis ultrasonic agitation module is made up of photocatalysis ultrasonic agitation machine main body, high-pressure spray shower nozzle, fluid supersonic generator, motor, the fluid foods input and output mouth of pipe, artificial light filling lamp holder etc.;
Wherein photocatalysis magnetic treatment module is made up of photocatalysis turbulent flow magnetic processor, high-pressure oil pump, the fluid foods input and output mouth of pipe, artificial light filling lamp holder etc.;
When complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis is used for modification processing oil product, stir module and add a photocatalysis ultrasonic agitation module and add a photocatalysis magnetic treatment module and add an electric cabinet and form a complete production equipment if this complete set of equipments adds photocatalysis by a photocatalysis premix module, the main production process of this complete set of equipments (producing narration continuously by complete machine) is: after quantitative nano-photocatalyst and quantitative modification water enter the mixing of photocatalysis premix machine by conduit, form the nano-photo catalytic agent solution, nano titanium oxide surpasses parents' catalytic reaction and light-catalyzed reaction to the modification water under illumination condition; The nano-photo catalytic agent solution enters the photocatalysis mixer by conduit again and heavy oil (or diesel oil or gasoline) together mixes, begin to take shape " at catalytic mixing oil ", nano titanium oxide surpasses parents' catalytic reaction and light-catalyzed reaction to " at catalytic mixing oil " under illumination condition; " at catalytic mixing oil " makes the macromolecular mass of modification water be cracked into single hydrone again by photocatalysis turbulent flow magnetic processor, and makes the gum asphalt bulk mixture of (in the heavy oil) big long hydrocarbon chain structure of molecule be cracked into the little molecule of short chain; Enter photocatalysis ultrasonic agitation machine through high-pressure oil pump and high-pressure spray shower nozzle again; Other sprays the photocatalysis ultrasonic agitation machine that enters after having part (or all) " at catalytic mixing oil " to produce ultrasonic wave by the fluid supersonic generator; " at catalytic mixing oil " in the photocatalysis ultrasonic agitation machine impacts in ultrasonic environment, concussion, high-speed stirred, degree of depth catalysis, final realization profit is affine fully, mixed molecules group after affine still presents nanoscale subset structure, utterly destroy non-affine suspension (emulsification) attitude water droplet, on nanoscale subset architecture basics, reach the target that highly homogenizes, and in said process, under super parents' catalysis and photocatalysis of nano-photocatalyst, make hydrone oxygen key and heavy oil (or diesel oil, or gasoline) outstanding key forms firm molecule covalent bond to the molecular carbon hydrogen bond around nano titanium oxide Large ratio surface space.Above-mentioned whole mixed catalytic process is all carried out programme-control and measure control by electric cabinet.
Above production procedure is similar to the physics production procedure of existing heavy oil molecules knot oxygen machine, but on main catalytic reaction form and reaction condition essential distinction is arranged as can be seen.Key measure of the present invention is, each conduit that connects between above-mentioned each single devices, and the housing of photocatalysis premix machine (comprising its cylinder body and loam cake), the housing of photocatalysis mixer, the housing of photocatalysis ultrasonic agitation machine, the housing of photocatalysis turbulent flow magnetic processor all adopts light transmissive material to make, and at conduit and photocatalysis premix engine housing, photocatalysis mixer housing, photocatalysis ultrasonic agitation engine housing, photocatalysis turbulent flow magnetic processor hull outside is provided with artificial light filling light source, purpose is: keeping outside the physical measure of heavy oil molecules knot oxygen machine to oil product processing the more chemical measure of super parents' activity of reinforced nano titanium dioxide and photocatalytic activity.Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention makes it all to reach the light-catalyzed reaction effect for handling different fluid foods, and sufficient appointed condition and easy compound mode are provided.
More it is emphasized that because complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention when keeping the measure of former type basic physical, by module combinations flexibly, makes physical measure adapt to different production requirements; Especially: the active and photocatalytic activity effect of the super parents of outstanding performance nano titanium oxide, reach the purpose of oil product modification, make complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention have ready conditions and enlarge the scope of application of fuel oil being processed the oil product category, facts have proved, it not only can be used for the modification processing heavy oil, production nanometer heavy oil; Can also be used for modification processing diesel oil, production nanometer diesel oil; Can also be used for modification processing gasoline, production nanometer gasoline.Thereby, realized a tractor serves several purposes, adapt to the needs of different user and different oil product modification processing.And when selecting different processing oil product classification, only need according to products instruction, select the complete machine of forming by some standard modules for use, related process parameter (as oil product category, flow velocity, flow, catalyst type, catalyst adding proportion, modification water addition etc.) is suitably selected, set and adjusts, just can produce qualified target product.
More original is, complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention, the sewage preprocessing field is fashionable when being applied to, only need according to products instruction, select the complete machine of forming by some standard modules for use, related process parameter (as sewage type, flow velocity, flow, catalyst type, catalyst adding proportion, thinned water addition etc.) is suitably selected, set and adjusts, just can be respectively applied for the innoxious preliminary treatment of all types of industries sewage and sanitary sewage.
The main production process of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis when being used for the sewage preliminary treatment is: quantitative nano-photocatalyst and quantitative thinned water form the nano-photo catalytic agent solution after entering the mixing of photocatalysis premix machine by conduit; The nano-photo catalytic agent solution enters the photocatalysis mixer by conduit again and sewage (trade effluent or sanitary sewage) together mixes, form in " at catalysis sewage ", the nano titanium oxide in the nano-photo catalytic agent solution surpasses parents' catalytic reaction and light-catalyzed reaction to sewage under illumination condition; " at catalysis sewage " by photocatalysis turbulent flow magnetic processor, makes organic pollution and the heavy metal contaminants macromolecular mass in " at catalysis sewage " be cracked into little molecule again; " at catalysis sewage " enters photocatalysis ultrasonic agitation machine through high-pressure oil pump and high-pressure spray shower nozzle again; Other sprays the photocatalysis ultrasonic agitation machine that enters after having part (or all) " at catalysis sewage " to produce ultrasonic wave by the fluid supersonic generator; " at catalysis sewage " impact in ultrasonic environment in the photocatalysis ultrasonic agitation machine, concussion, high-speed stirred, final realization nano-photo catalytic agent solution fully mixes with " at catalysis sewage ", and in said process, under super parents' catalysis and photocatalysis of nano-photocatalyst, make the organic permineralization in " at catalysis sewage ", eliminate the eutrophication pollution thing; Eliminate the sewage peculiar smell; Kill the bacterium in the environment, the poisonous compound of degrading simultaneously and discharging by bacterium; The degrading organic phosphor residue; Absorption and all heavy metal contaminants that flocculate." catalysis sewage " from complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention is discharged through conventional treatment measures such as precipitation, sudden and violent gas, filtrations, reaches discharging standards in addition.
Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention resolves into 5 standardized module parts with original integrated complete machine, for adapt to different processing purpose change flexibly block configuration provide convenience and may, also be convenient to certain or some monomer modules or certain module combinations and be applied to other fields widely, simultaneously, the standardized production and the management of device fabrication factory have also been made things convenient for.
Above-mentioned whole mixed catalytic process is all carried out programme-control and measure control by electric cabinet.
Effect of the present invention:
Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention, nationality is by photocatalysis turbulent flow magnetic processor, high-pressure oil pump, the high-pressure spray shower nozzle, the suitable configuration of fluid supersonic generator and a plurality of agitating devices, to heavy oil (or diesel oil, or gasoline) and the nano-photo catalytic agent solution fully mix, magnetic treatment, spray, bump, stir, concussion, super parents' reaction, in the light-catalyzed reaction process, make the gum asphalt bulk mixture of the big long hydrocarbon chain structure of molecule of macromolecular mass water and (in the heavy oil) be cracked into individual molecule, eliminate macromolecular mass water droplet and long hydrocarbon chain micel fully, and make that outstanding key forms firm molecule covalent bond around nano titanium oxide Large ratio surface space for modification water hydrone oxygen key and fuel oil molecular carbon hydrogen bond, make nanometer heavy oil (or the nanometer diesel oil that is processed into, or nanometer gasoline) has the superstability feature, its viscosity reduces and color is constant, the constant substantially and burning-point reduction of Actual combustion calorific value, help abundant burning, fuel saving, and generation sulphur, nitrogen oxide, the innoxious reaction of the nano-photo catalytic of carbon monoxide reduces air pollution.When complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention is used for the sewage preliminary treatment, effectively degradable organic pollutant, eliminate the eutrophication pollution thing, eliminate sewage peculiar smell, kill bacteria, degraded toxin, absorption and flocculation heavy metal, help realizing the recycling of heavy metal, become the effective equipment of sewage pretreatment.Practicality and tangible economic benefit, social benefit and ecological benefits with height.
For concrete structure, feature and the effect of more understanding complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention in depth, in conjunction with specific embodiments and conjunction with figs. describes in detail as after.
Fig. 1: photocatalysis premix modular structure figure of the present invention
Fig. 2: modular structure figure is stirred in photocatalysis of the present invention
Fig. 3: photocatalysis ultrasonic agitation modular structure figure of the present invention
Fig. 4: photocatalysis magnetic treatment modular structure figure of the present invention
Fig. 5: complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis embodiment 1 structure chart of the present invention
Fig. 6: complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis embodiment 1 flow chart of the present invention
Fig. 7: complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis embodiment 2 structure charts of the present invention
Fig. 8: complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis embodiment 2 flow charts of the present invention
Figure number explanation: 1.0 photocatalysis premix modules 1.10: the nano-photocatalyst input mouth of pipe 1.20: modification water inlet pipe mouth 1.30: photocatalysis premix machine main body 1.31: photocatalysis premix machine loam cake 1.32: photocatalysis premix machine cylinder body 1.61: the dynamo-electric machine 1.91 of photocatalysis premix: module 2.10 is stirred in 2.0 photocatalysis of nano-photo catalytic agent solution efferent duct mouth: nano-photo catalytic agent solution input pipe mouth 2.40: photocatalysis mixer body 2.41: photocatalysis mixer loam cake 2.42: photocatalysis mixer cylinder body 2.62: photocatalysis mixer motor 3.0 photocatalysis ultrasonic agitation modules 3.50: photocatalysis ultrasonic agitation machine main body 3.51: photocatalysis ultrasonic agitation machine loam cake 3.52: photocatalysis ultrasonic agitation machine cylinder body 3.121: high-pressure spray shower nozzle 3.131: fluid supersonic generator 3.63: the dynamo-electric machine 4.0 photocatalysis magnetic treatment modules 4.11 of photocatalysis ultrasonic agitation: photocatalysis turbulent flow magnetic processor 4.12: high-pressure oil pump 2.82 (3.83,4.84): the fluid processing materials input mouth of pipe 2.92 (3.93,4.94): the fluid processing materials output mouth of pipe 1.141 (2.142,3.143,4.144): external artificial light filling light source 15.10 (15.20,15.30,15.40,15.50): conduit
Fig. 1 shows the structure of photocatalysis premix module of the present invention.This module comprises: the nano-photocatalyst input mouth of pipe 1.10, modification water inlet pipe mouth 1.20, photocatalysis premix machine main body 1.30, photocatalysis premix machine loam cake 1.31, photocatalysis premix machine cylinder body 1.32, the dynamo-electric machine 1.61 of photocatalysis premix, nano-photo catalytic agent solution efferent duct mouth 1.91, external artificial light filling light source 1.141.
Fig. 2 shows the structure that module is stirred in photocatalysis of the present invention.This module comprises: photocatalysis mixer body 2.40, photocatalysis mixer loam cake 2.41, photocatalysis mixer cylinder body 2.42, photocatalysis mixer motor 2.62, nano-photo catalytic agent solution input pipe mouth 2.10, the fluid processing materials input mouth of pipe 2.82, the fluid processing materials output mouth of pipe 2.92, external artificial light filling light source 2.142.
Fig. 3 shows the structure of photocatalysis ultrasonic agitation module of the present invention, this module comprises: photocatalysis ultrasonic agitation machine main body 3.50, photocatalysis ultrasonic agitation machine loam cake 3.51, photocatalysis ultrasonic agitation machine cylinder body 3.52, the dynamo-electric machine 3.63 of photocatalysis ultrasonic agitation, high-pressure spray shower nozzle 3.121, fluid supersonic generator 3.131 connect high-pressure oil pump 4.12 and export the mouth of pipe 3.93, external artificial light filling light source 3.143 with conduit 15.50, the fluid processing materials input mouth of pipe 3.83, the fluid processing materials of fluid supersonic generator 3.131.
Fig. 4 shows the structure of photocatalysis magnetic treatment module of the present invention, and this module comprises: photocatalysis turbulent flow magnetic processor 4.11, high-pressure oil pump 4.12, the fluid processing materials input mouth of pipe 4.84, the fluid processing materials output mouth of pipe 4.94, external artificial light filling light source 4.144.
Fig. 5 shows the complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis structure of first embodiment of the invention.This complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis comprises: photocatalysis premix module 1.0, module 2.0 is stirred in photocatalysis, photocatalysis ultrasonic agitation module 3.0, photocatalysis magnetic treatment module 4.0, the nano-photocatalyst input mouth of pipe 1.10, modification water inlet pipe mouth 1.20, photocatalysis premix machine main body 1.30, photocatalysis mixer body 2.40, photocatalysis ultrasonic agitation machine main body 3.50, high-pressure spray shower nozzle 3.121, fluid supersonic generator 3.131, photocatalysis turbulent flow magnetic processor 4.11, high-pressure oil pump 4.12, and the conduit 15.10 that connects photocatalysis premix machine main body 1.30 and photocatalysis mixer body 2.40, the conduit 15.20 that connects photocatalysis mixer body 2.40 and photocatalysis turbulent flow magnetic processor 4.11, the conduit 15.30 that connects photocatalysis turbulent flow magnetic processor 4.11 and high-pressure oil pump 4.12, the conduit 15.40 that connects high-pressure oil pump 4.12 and high-pressure spray shower nozzle 3.121, the conduit 15.50 that connects high-pressure oil pump 4.12 and fluid supersonic generator 3.131, external artificial light filling light source 1.141 (2.142,3.143,4.144).
Of particular note: photocatalysis premix machine loam cake 1.31, photocatalysis premix machine cylinder body 1.32, photocatalysis mixer loam cake 2.41, photocatalysis mixer cylinder body 2.42, photocatalysis ultrasonic agitation machine loam cake 3.51, photocatalysis ultrasonic agitation machine cylinder body 3.52, the shell of photocatalysis turbulent flow magnetic processor 4.11, and the conduit 15.10 that connects photocatalysis premix machine main body 1.30 and photocatalysis mixer body 2.40, the conduit 15.20 that connects photocatalysis mixer body 2.40 and photocatalysis turbulent flow magnetic processor 4.11, the conduit 15.30 that connects photocatalysis turbulent flow magnetic processor 4.11 and high-pressure oil pump 4.12, the conduit 15.40 that connects high-pressure oil pump 4.12 and high-pressure spray shower nozzle 3.121, connecting high-pressure oil pump 4.12 all makes with light transmissive material with the conduit 15.50 of fluid supersonic generator 3.131.
Fig. 6 shows the technological process of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis embodiment 1 of the present invention.
Fig. 7 shows the complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis structure of second embodiment of the invention.This complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis comprises: module 2.0, photocatalysis ultrasonic agitation module 3.0, photocatalysis magnetic treatment module 4.0, photocatalysis ultrasonic agitation module 5.0, photocatalysis magnetic treatment module 6.0 are stirred in photocatalysis premix module 1.0, photocatalysis.
Fig. 8 shows the technological process of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis embodiment 2 of the present invention.
Can be well understood to referring to Fig. 5 and Fig. 6: when using complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis modification of the present invention to process fuel oil, the modification water and heavy oil (or the diesel oil that have mixed nano-photocatalyst, or gasoline) at conduit 15.10 by connection photocatalysis premix machine main body 1.30 and photocatalysis mixer body 2.40, the conduit 15.20 that connects photocatalysis mixer body 2.40 and photocatalysis turbulent flow magnetic processor 4.11, the conduit 15.30 that connects photocatalysis turbulent flow magnetic processor 4.11 and high-pressure oil pump 4.12, the conduit 15.40 that connects high-pressure oil pump 4.12 and high-pressure spray shower nozzle 3.121, the conduit 15.50 that connects high-pressure oil pump 4.12 and fluid supersonic generator 3.131, and photocatalysis premix machine main body 1.30, in photocatalysis mixer body 2.40, in the stirring and processing and the magnetic treatment process in photocatalysis turbulent flow magnetic processor 4.11 in the photocatalysis ultrasonic agitation machine main body 3.50, all can be in outside lamp or external artificial light filling light source 1.141 (2.142 by the conduit and the housing (comprising its cylinder body and loam cake) of printing opacity, 3.143,4.144) in the photocatalysis environment that provides, realize effective light-catalyzed reaction, finish one of purpose of the present invention.
Can be well understood to referring to Fig. 7 and Fig. 8: when using complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention to handle trade effluent or sanitary sewage, in order to prolong cracking and degradation time, improve treatment effect, can increase photocatalysis ultrasonic agitation module 5.0, photocatalysis magnetic treatment module 6.0.
At complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis embodiment 1 of the present invention (and among embodiment 2), external artificial light filling light source 1.141 (2.142,3.143,4.144) etc. adopts the 300-1000KW iodine-tungsten lamp respectively.
The beneficial effect of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention and economic implications can be understood from top detailed description, sum up to get up should comprise:
1. by the photocatalysis environment of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, performance nanometer light is urged Change super parents' activity and the photocatalytic activity of nano titanium oxide in the agent, make hydrone oxygen key with heavy Oil (or diesel oil or gasoline) molecular carbon hydrogen bond is outstanding around nano titanium oxide Large ratio surface space Key forms firmly molecule covalent bond, realized in high quality hydrone and (in the heavy oil) glue The uniformity of matter asphaltene molecules size, and the uniformity that distributes, fundamentally settlement prevention And breakdown of emulsion, make the nanometer heavy oil that complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis produces (or Nanometer diesel oil or nanometer gasoline) have superpower stability, simultaneously, this unimolecule homogeneous The property, also provide physical basis for improving combustion efficiency. Realized two of purpose of the present invention.
2. pass through the photocatalysis environment of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, in conjunction with physical measure, Give full play to the photocatalytic activity effect of nano titanium oxide, thoroughly with the cracking of macromolecular mass water droplet For single hydrone, will (in the heavy oil) big long hydrocarbon chain structure of molecule under normal temperature condition glue Matter asphalitine bulk mixture fully is cracked into the little molecule of short chain, and the performance nano titanium oxide is super two The parent is active, promotion hydrone and heavy oil (or diesel oil or gasoline) molecule, (in the heavy oil) glue The little molecule of matter asphalitine short chain fully is implemented in closely affine, affine on the molecule covalent bond level After mixed molecules group still present the nanoscale small molecular cluster structure, utterly destroy non-affine suspension (emulsification) attitude water droplet on nanoscale small molecular cluster structure basis, reaches the order that highly homogenizes Mark, thus heavy oil (or diesel oil or gasoline) flowability and atomizing effect improved, make nanometer heavy Oil (or nanometer diesel oil or nanometer gasoline) atomizing particle diameter is reduced to below the 1-2 υ, even Realize to a certain extent " nanoscale atomizing ", enlarge heavy oil (or diesel oil or gasoline) particle With the effective ratio area of contact with air, so that nanometer heavy oil (or nanometer diesel oil or nanometer vapour Oil) burning is more abundant, realize to a certain extent " nanometer ", thus the flame intensity of making Improve, improve effective conversion efficiency of heavy oil (or diesel oil or gasoline) calorific value, prevent and disappear Except coking or carbon distribution, reduce the required excess air coefficient of burning, reduce exhaust temperature, reduce Heat energy loss, thereby actual consumption and the cost of reduction fuel. Realized purpose of the present invention it Three.
3. by the photocatalysis environment of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, bring into play nano-silica Change the photocatalytic activity effect of titanium, make in the nanometer heavy oil (or nanometer diesel oil or nanometer gasoline) Sulphur change into the sulfide of solid, be convenient to innoxious removal collection, in combustion process not Produce sulfur dioxide gas, simultaneously, the nano titanium oxide specific surface is big, many, the suction of the outstanding key in space Attached ability is strong, so its nitrogen oxides reduction in oxidizing carbon monoxide, and they are transformed For to human body and environmentally friendly gas--carbon dioxide and nitrogen, thereby stop the product of pernicious gas Give birth to, the noxious emission after nanometer heavy oil (or nanometer diesel oil or nanometer gasoline) burns is fallen To minimum. Thereby in combustion process, realize environmental protection index, environment for human survival is obtained at all Improve, make human protection and nursing activity to ecological environment, rise to a new level, New height. Realized four of purpose of the present invention.
4. facts have proved the nanometer heavy oil that is processed into like this (or nanometer diesel oil or nanometer gasoline) sticking Degree reduces and color is constant, and the substantially constant and burning-point of Actual combustion calorific value reduces, and is conducive to fully Burn, obviously reduce industrial oil mass (15%-25%) and air pollution (70%-90%). Tool Practicality and obvious economic benefit, social benefit and ecological benefits that height is arranged. Nanometer heavy oil Be applicable to all kinds of heavy oil boilers and heavy diesel fuel internal combustion engine, can be applicable to metallurgy, glass, pottery, Cement, thermal power plant, steel rolling mill, chemical plant ... wait industrial enterprise and oversea shipping trade. Nanometer diesel oil, nanometer gasoline then can be common to all kinds of internal combustion engines and other burners.
5. facts have proved, complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis when being used for the sewage preliminary treatment, By the photocatalysis environment of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis, the performance nano-silica Change the photocatalytic activity effect of titanium, make in trade effluent and the sanitary sewage organic degradable, Mineralising is eliminated the eutrophication pollution thing, is eliminated the sewage peculiar smell, kills the bacterium in the sewage, with The poisonous compound that time degraded is discharged by bacterium; The degrading organic phosphor residue; Adsorption and flocculation All heavy metal contaminants. From complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis row of the present invention " the catalysis sewage " that goes out through conventional treatment measures such as precipitation, sudden and violent gas, filtrations, makes final in addition Sewage after the processing reaches discharging standards. And be conducive to realize the recycling of heavy metal. If above-mentioned processing procedure is carried out, also can pass through heavy metal in the factory that produces heavy metal containing sewage Recovery, reduce heavy metal consumption, reduce cost, increase the output value. Realized of the present invention Five of purpose.
Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention shortened the sewage pretreatment process and Time has reduced the floor space of sewage preliminary treatment facility, has reduced investment, has improved effect, Can realize separating of organic pollutant degradation processing and sedimentation and filtration processing, can be used for each sewage and send out The dried rhizome of rehmannia is processed immediately, such as each pollution sources is degraded immediately in the city, mineralising processes, After being discharged into Bilge, focusing on again Sewage Plant and carry out the sedimentation and filtration processing, pre-for realizing sewage The just-in-time of the miniaturization for the treatment of facility and sewage preprocessing process contributes. Thus, make Getting complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention becomes the life of all sewage effluents In the runoff yield journey, each biotope, city, each big hotel pretreated demarcation of sanitary sewage establish Standby.
7. the capital equipment of complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention is by light transmissive material Make, be convenient to the supervision of production process, be convenient to check, find fault, be convenient to the maintenance of equipment Safeguard.
8. complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention decomposes original integrated complete machine Become 5 standardized module parts, change block configuration and provide for adapting to different processing purposes Convenient and may, also be convenient to certain or some monomer modules or certain module combinations and be applied to wider General field simultaneously, has also made things convenient for standardized production and the management of device fabrication factory.
9. can find out in sum that complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis of the present invention has Wide future develop both can be saved the energy, but protection of the environment again can drive out several New industry promotes sustainable economic development many-sidedly.
Claims (7)
1. complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis.Mainly comprise: module (2.0), photocatalysis ultrasonic agitation module (3.0,5.0), photocatalysis magnetic treatment module (4.0,6.0), electric cabinet are stirred in photocatalysis premix module (1.0), photocatalysis.It is characterized in that:
Described photocatalysis premix module (1.0), photocatalysis stirring module (2.0), photocatalysis ultrasonic agitation module (3.0,5.0), photocatalysis magnetic treatment module (4.0,6.0) can freely increase or reduce module classification and quantity according to production requirement, form the actual production complete set of equipments.
Described photocatalysis premix module (1.0), photocatalysis stir the housing of the various loam cakes (1.31,2.41,3.51) of module (2.0), photocatalysis ultrasonic agitation module (3.0,5.0), photocatalysis magnetic treatment module (4.0,6.0) and cylinder body (1.32,2.42,3.52), photocatalysis turbulent flow magnetic processor (4.11), the conduit (15.10,15.20,15.30,15.40,15.50) that is connected each module fluid processing materials input and output mouth of pipe is all made with light transmissive material.
External artificial light filling light source (14.10,14.20,14.30,14.40) is set respectively around above-mentioned light transmission device.
Described nano-class super-hydrophilic-lipophilic photocatalysis complete set of equipments, in the processing fuel oil and the process of disposing of sewage, use contains the nano-photocatalyst of nano titanium oxide, and super parents' activity and photocatalytic activity for the performance nano titanium oxide provide and carried out the required appointed condition of light-catalyzed reaction.
Described nano-class super-hydrophilic-lipophilic photocatalysis complete set of equipments, only need according to products instruction, select the complete machine of forming by some standard modules for use, related process parameter (as oil product category, flow velocity, flow, catalyst type, catalyst adding proportion, modification water addition etc.) is suitably selected, set and adjusts, just can be respectively applied for production nanometer heavy oil or nanometer diesel oil or nanometer gasoline.Described nano-class super-hydrophilic-lipophilic photocatalysis complete set of equipments, only need according to products instruction, select the complete machine of forming by some standard modules for use, related process parameter (as sewage type, flow velocity, flow, catalyst type, catalyst adding proportion, thinned water addition etc.) is suitably selected, set and adjusts, just can be respectively applied for the innoxious preliminary treatment of all types of industries sewage or sanitary sewage.
2. the light transmissive material of making conduit according to claim 1, housing, cylinder body and loam cake is characterized in that: light transmittance is as far as possible near 100%, and the selection of material can be light-passing plastic, lucite, quartz glass etc.
3. external artificial light filling light source according to claim 1 is characterized in that: adopt the high brightness energy saving lamp tool, can be iodine-tungsten lamp, fluorescent lamp, ultraviolet lamp etc. as far as possible, for adapting to the spectral wavelength requirement of light-catalyzed reaction, can mix use by multiple light fixture.
4. photocatalysis premix module according to claim 1, it is characterized in that: this module comprises: the nano-photocatalyst input mouth of pipe (1.10), modification water inlet pipe mouth (1.20), photocatalysis premix machine main body (1.30), photocatalysis premix machine loam cake (1.31), photocatalysis premix machine cylinder body (1.32), the dynamo-electric machine (1.61) of photocatalysis premix, nano-photo catalytic agent solution efferent duct mouth (1.91), external artificial light filling light source (1.141).
5. module is stirred in photocatalysis according to claim 1, and it is characterized in that: this module comprises: photocatalysis mixer body (2.40), photocatalysis mixer loam cake (2.41), photocatalysis mixer cylinder body (2.42), photocatalysis mixer motor (2.62), nano-photo catalytic agent solution input pipe mouth (2.10), the fluid processing materials input mouth of pipe (2.82), the fluid processing materials output mouth of pipe (2.92), external artificial light filling light source (2.142).
6. photocatalysis ultrasonic agitation module according to claim 1, it is characterized in that: this module comprises: photocatalysis ultrasonic agitation machine main body (3.50), photocatalysis ultrasonic agitation machine loam cake (3.51), photocatalysis ultrasonic agitation machine cylinder body (3.52), the dynamo-electric machine (3.63) of photocatalysis ultrasonic agitation, high-pressure spray shower nozzle (3.121), fluid supersonic generator (3.131), the conduit (15.50) of connection high-pressure oil pump (4.12) and fluid supersonic generator (3.131), the fluid processing materials input mouth of pipe (3.83), the fluid processing materials output mouth of pipe (3.93), external artificial light filling light source (3.143).
7. photocatalysis magnetic treatment module according to claim 1, it is characterized in that: this module comprises: photocatalysis turbulent flow magnetic processor (4.11), high-pressure oil pump (4.12), the fluid processing materials input mouth of pipe (4.84), the fluid processing materials output mouth of pipe (4.94), external artificial light filling light source (4.144).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01102921 CN1224453C (en) | 2001-01-15 | 2001-01-15 | Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01102921 CN1224453C (en) | 2001-01-15 | 2001-01-15 | Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1365851A true CN1365851A (en) | 2002-08-28 |
| CN1224453C CN1224453C (en) | 2005-10-26 |
Family
ID=4653074
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01102921 Expired - Fee Related CN1224453C (en) | 2001-01-15 | 2001-01-15 | Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1224453C (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102743987A (en) * | 2012-07-31 | 2012-10-24 | 林益煌 | Manufacturing method of nano high-efficiency fuel oil |
| CN103004288A (en) * | 2010-05-03 | 2013-03-27 | 高知有限公司 | Modal analysis |
| CN105407565A (en) * | 2010-05-03 | 2016-03-16 | 高知有限公司 | Modal analysis |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102374078A (en) * | 2011-09-23 | 2012-03-14 | 宋现力 | Fuel processing method and processor of hybrid magneto-optical combustion engine |
-
2001
- 2001-01-15 CN CN 01102921 patent/CN1224453C/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103004288A (en) * | 2010-05-03 | 2013-03-27 | 高知有限公司 | Modal analysis |
| CN103004288B (en) * | 2010-05-03 | 2015-12-16 | 高知有限公司 | Model analysis |
| CN105407565A (en) * | 2010-05-03 | 2016-03-16 | 高知有限公司 | Modal analysis |
| CN105407565B (en) * | 2010-05-03 | 2018-05-11 | 高知有限公司 | Model analysis |
| US10425999B2 (en) | 2010-05-03 | 2019-09-24 | Goji Limited | Modal analysis |
| CN102743987A (en) * | 2012-07-31 | 2012-10-24 | 林益煌 | Manufacturing method of nano high-efficiency fuel oil |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1224453C (en) | 2005-10-26 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106363016B (en) | Integrated soil remediation photo catalysis reactor | |
| CN1224453C (en) | Complete set of modular equipment for nano-class super-hydrophilic-lipophilic photocatalysis | |
| WO2022222707A1 (en) | Advanced treatment and recycling apparatus for ship exhaust desulfurization washing wastewater | |
| CN1958745A (en) | Environmental protective diesel oil, and preparation method | |
| CN200971335Y (en) | Combined sewage treatment device | |
| CN1518523A (en) | Efficient treatment of waste materials | |
| XIAO et al. | Degradation of organic pollutants in flocculated liquid digestate using photocatalytic titanate nanofibers: Mechanism and response surface optimization | |
| CN1792828A (en) | Process for removing ammonia nitrogen in solution by high dispersing | |
| CN1054626C (en) | High-clean gasoline additive and its preparing process and application | |
| CN1262229A (en) | Suspension and photocatalytic oxidization process and equipment combined with membrane separator for treating water | |
| CN102491510A (en) | Membrane up-flow aerobic bioreactor (MUAR) | |
| CN1077179A (en) | Alkaline straw pulp paper black liquid and sewage treatment technology of intermediate section | |
| CN1125786C (en) | Reactor for the depuration of polluted waste waters | |
| CN201136803Y (en) | TiO2/Fe3O4 photochemical catalytic sewage water treating device by micropore aeration | |
| Ul Haq et al. | Integrated photocatalytic oxidation and adsorption approach for the robust treatment of refinery wastewater using hybrid TiO2/AC | |
| CN1422934A (en) | Micro emulsion fuel production process and formula | |
| CN102491579A (en) | Treatment method for waste water of oil and gas storage and gas station | |
| CN101966468A (en) | Surface modified nanometer TiO2 particle, preparation method thereof, application and method for reducing content of p-nitrophenol in wastewater | |
| CN1762577A (en) | Tar absorption dehydration purifier | |
| CN205653215U (en) | Three -dimensional peroxidating electrochemical device of 3D -EO | |
| CN105753260A (en) | Cutting waste liquid treatment system and cutting waste liquid treatment process | |
| CN2804081Y (en) | Combined sewage treatment unit | |
| CN219823965U (en) | Multistage oil sludge treatment device combining biological enzyme with biochemistry | |
| KR20060130974A (en) | Waste water treatment apparatus using a ferrous catalyst air oxdization reaction vessel and a fast flocculation lamella sedimentation device and method thereof | |
| CN216426977U (en) | Continuous device for photocatalytic degradation of coal tar wastewater |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |