CN205299604U - Can practice thrift energy -conserving equipment fixing structure of gas - Google Patents

Abstract

The utility model discloses a can practice thrift energy -conserving equipment fixing structure of gas, energy -saving appliance are connected with converter no. 1 and converter no. 2, and the one end that the energy -saving appliance was kept away from to converter no. 1 is connected with fuel and advances the pipe, and fuel is provided with valve no. 1 on advancing the pipe, and converter no. 2 is connected with the fuel exit tube, is provided with valve no. 2 on the fuel exit tube, are provided with the bypass pipe between fuel advances pipe and fuel exit tube, and the bypass pipe advances the pipe with fuel simultaneously and the fuel exit tube communicates, is provided with valve no. 3 on the bypass pipe, the energy -saving appliance is mainly by the shell, the protective housing, and the installation shell, magnet constitutes, and the cavity that forms between the outer wall of installation shell and the inner wall of protective housing is the fuel channel, and the cavity of formation is the air cavity between the outer wall of the inner wall of shell and protective housing, all is provided with sealing joint at the both ends of protective housing. This structure is through improving fuel and the air mixing proportion through it for gas combustion is abundant, can improve the fuel rate greatly, reduces carbon monoxide and produces, reduces air pollution, the energy saving.

Description

The energy-saving equipment mounting structure of combustion gas can be saved

Technical field

This utility model relates to environmental protection and energy saving field, especially designs a kind of energy-saving equipment mounting structure that can save combustion gas.

Background technology

Combustion gas is the general name of gaseous fuel, and it can burn and release heat, for urbanite and industrial undertaking. The kind of combustion gas is a lot, mainly has natural gas, manufactured gas, manufactured fuel gas, liquefied petroleum gas and biogas. China's gas supply industry is compared with developed country and is started late, and the combustion gas of dispensing at present mainly includes coal gas, liquefied petroleum gas and natural gas three kinds. The gas supply of China has had from the nineties in last century and has increased substantially. Wherein, artificial coal gas supply, after the increasing substantially of nineteen ninety, owing to it pollutes the shortcomings such as relatively big, toxicity is stronger, is currently in build phase comparatively slowly; Liquefied petroleum gas is subject to the impact of rise in oil price, and supply remains stable; Produce the relative gasoline of Gas Prices and the diesel oil of identical calorific value at present; cheap 30%-50%; there is obvious economy; country's pay attention to day by day environmental conservation simultaneously; market is to clean energy resource demand sustainable growth; in recent years as cleaning, efficient, the cheap energy, natural gas consumption obtains fast development. Within 2012, national LPG Apparent con-sumption is 24,400,000 tons, micro-growth by 1.2% compared with 2011. Wherein import 3,360,000 tons, on year-on-year basis drop range 1.5%; Output in domestic 22,300,000 tons, increases by 2% on a year-on-year basis; Export 1,260,000 tons, increase by 7.7% on year-on-year basis. The condition that China large-scale develops and utilizes natural gas is ripe. Under the big general layout of whole world natural gas development, energy structure in China " gasification " process is also in obvious quickening, energy conservation department of China and energy enterprise have had appreciated that the significance of development natural gas, and China is along with the step in the world moves towards the Energy restructuring new stage based on gas. The coming five years, natural gas consumption will get rapid development. Combustion gas belongs to non-renewable resources, all wants in use to improve combustion rate, reduces the waste of combustion gas, but all to there is burning in existing enterprise insufficient when fuel gas buring, combustion rate is low, and in the flue gas of discharge, carbon monoxide content is high, causes air pollution and the wasting of resources.

Utility model content

It is insufficient that the purpose of this utility model is in that to overcome above-mentioned existing enterprise all to there is burning when fuel gas buring, combustion rate is low, in the flue gas of discharge, carbon monoxide content is high, the problem causing air pollution and the wasting of resources, devising a kind of energy-saving equipment mounting structure that can save combustion gas, this structure is passed through to cut combustion gas micel thus reaching the purpose of refinement burning micel. Make fuel gas buring abundant, fuel rate can be greatly improved, reduce carbon monoxide to produce, reduce air pollution, save the energy, solve existing enterprise when fuel gas buring all exist burning insufficient, combustion rate is low, in the flue gas of discharge, carbon monoxide content is high, the problem causing air pollution and the wasting of resources.

The purpose of this utility model is achieved through the following technical solutions: can save the energy-saving equipment mounting structure of combustion gas, including energy-saving appliance, described energy-saving appliance is connected to transducer one and transducer two, energy-saving appliance is arranged between transducer one and transducer two, transducer one is connected to fuel inlet pipe away from one end of energy-saving appliance, fuel inlet pipe is provided with valve one, and valve one can completely cut through fuel inlet pipe, it is connected to fuel at transducer two away from one end of energy-saving appliance and goes out pipe, fuel goes out to be provided with on pipe valve two, and valve two can completely cut through fuel and go out pipe, go out between pipe, to be provided with bypass pipe at fuel inlet pipe and fuel, bypass pipe goes out pipe with fuel inlet pipe and fuel simultaneously and connects, valve one and valve two are arranged between the two ends of bypass pipe, bypass pipe is provided with valve three, and valve can cut off bypass pipe, described energy-saving appliance is mainly by shell, containment vessel, mounting shell, Magnet is constituted, shell, mounting shell and containment vessel are tubular structure, containment vessel is arranged in shell, containment vessel is arranged in mounting shell, Magnet is arranged in mounting shell, and the contact internal walls of the outer wall of Magnet and mounting shell, the cavity formed between outer wall and the inwall of containment vessel of mounting shell is fuel channel, the cavity formed between the inwall and the outer wall of containment vessel of shell is air cavity, it is provided with seal nipple at the two ends of containment vessel, seal nipple and containment vessel screw fixing, the termination of shell is fixed with corresponding seal nipple, transducer one and transducer two connect with corresponding seal nipple.

Described shell and mounting shell all adopt copper product to make.

Described containment vessel adopts rustless steel to make.

In sum, the beneficial effects of the utility model are:ShouldStructure is passed through to cut combustion gas micel thus reaching the purpose of refinement burning micel. Make fuel gas buring abundant, fuel rate can be greatly improved, reduce carbon monoxide to produce, reduce air pollution, save the energy, solve existing enterprise when fuel gas buring all exist burning insufficient, combustion rate is low, in the flue gas of discharge, carbon monoxide content is high, the problem causing air pollution and the wasting of resources.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of energy-saving appliance.

Labelling and corresponding parts title in accompanying drawing: 1 fuel inlet pipe; 2 valves one; 3 transducers one; 4 energy-saving appliances; 5 fuel go out pipe; 6 valves three; 7 bypass pipes; 8 seal nipples one; 9 shells; 10 containment vessels; 11 mounting shells; 12 Magnet; 13 fuel channels; 14 seal nipples two; 15 transducers two; 16 valves two.

Detailed description of the invention

Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited only to this.

Embodiment:

Such as Fig. 1, shown in Fig. 2, the energy-saving equipment mounting structure of combustion gas can be saved, including energy-saving appliance 4, described energy-saving appliance 4 is connected to transducer 1 and transducer 2 15, energy-saving appliance 4 is arranged between transducer 1 and transducer 2 15, transducer 1 is connected to fuel inlet pipe 1 away from one end of energy-saving appliance 4, fuel inlet pipe 1 is provided with valve 1, and valve 1 can completely cut through fuel inlet pipe 1, it is connected to fuel at transducer 2 15 away from one end of energy-saving appliance 4 and goes out pipe 5, fuel goes out to be provided with valve 2 16 on pipe 5, and valve 2 16 can completely cut through fuel and go out pipe 5, go out between pipe 5, to be provided with bypass pipe 7 at fuel inlet pipe 1 and fuel, bypass pipe 7 goes out pipe 5 with fuel inlet pipe 1 and fuel simultaneously and connects, valve 1 and valve 2 16 are arranged between the two ends of bypass pipe 7, bypass pipe 7 is provided with valve 36, and valve 36 can cut off bypass pipe 7, described energy-saving appliance 4 is main by shell 9, containment vessel 10, mounting shell 11, Magnet 12 is constituted, shell 9, mounting shell 11 and containment vessel 10 are tubular structure, containment vessel 10 is arranged in shell 9, containment vessel 10 is arranged in mounting shell 11, Magnet 12 is arranged in mounting shell 11, and the contact internal walls of the outer wall of Magnet 12 and mounting shell 11, the cavity formed between outer wall and the inwall of containment vessel 10 of mounting shell 11 is fuel channel 13, the cavity formed between the inwall and the outer wall of containment vessel 10 of shell 9 is air cavity, it is provided with seal nipple at the two ends of containment vessel 10, seal nipple and containment vessel 10 screw fixing, the termination of shell 9 is fixed with corresponding seal nipple, transducer 1 and transducer 2 15 connect with corresponding seal nipple, described shell 9 and mounting shell 11 all adopt copper product to make, described containment vessel 10 adopts rustless steel to make. in the technical program, two seal nipples are respectively designated as seal nipple 1 and seal nipple 2 14, seal nipple 1 is connected with transducer 1, seal nipple 2 14 is connected with transducer 2 15, in order to protect the magnetic of Magnet 12, so mounting shell 11 just to have copper product to make, seal nipple 1 and seal nipple 2 14 adopt pyrite to make, containment vessel 10 taking cost into account just has rustless steel to make, do not affect use function, transducer 1 and transducer 2 15 are adapter, it is ensured that pipeline and energy-saving appliance 4 stable connection. the mounting shell 11 that copper product is made wraps up Magnet 12, untreated fuel is entered by fuel inlet pipe 1, magnetization through magnetic field of magnets, hydrogen atom is changed into ortho-hydrogen by inverse hydrogen, when single rod magnetizes carrier after bringing out, produce the Magnet in opposite polarity multiple magnetic field, be referred to as multistage many magnetic field Magnet. it is that fuel molecule is rolled into a ball cutting magnetic line with the physics power save mode main foundation theory of applicable study on magnetized fuel, to reach the purpose of finely disintegrated fuel micel. no matter therefore the density of magnetic flux is in effect and stability, all the effect of key will be played. the magnetic pole contrary when three single Magnet is held together, it will produce a magnetic field, and after the Magnet in multistage many magnetic fields is induced, the magnetic density in central authorities will increase by 300%. diminishing after combustion gas micel cutting magnetic line, increased by oxygen area, combustion gas molecule is become positively charged from electronegative so that burning is more abundant, and it is very simple that this utility model runs operation, it is not necessary to the monitor in real time of personnel or instrument. when combustion gas is by equipment, owing to not adding or taking out any material, therefore only change the physical property of combustion gas.Before equipment is arranged on each fuel nozzle; bypass pipe need to be set and valve is installed; without shutting down when being easy to maintaining; according to practical situation; every 1-3 is to carrying out cleaning work in energy-conservation organ pipe, owing to being provided with bypass line, without shutting down when cleaning carries out; its carbon distribution exempting nozzle cleans, the prolonging nozzle life-span. The discharge being substantially reduced in waste gas phosphorus content, protects environment; Install simple and easy; plant maintenance is without shutting down; save combustion gas more than 5% or higher; in fume emission, carbon monoxide content reduces by 25% ~ 95%; in fume emission, hydrocarbons content reduces by 14% ~ 75%, and in fume emission, oxynitride content reduces by 5 ~ 50%, uses contrast before and after in machinery plant; not installing carbon monoxide content in front fume emission is 350ppm, and after installation, in fume emission, carbon monoxide content is 4ppm. Under fixed temperature big fire open fire between time lengthening 15%. Set heating-up temperature and reduce 12% the time of advent.

The above; it it is only preferred embodiment of the present utility model; not this utility model is done any pro forma restriction; every substantially above example is made according to technology of the present utility model, method any simple modification, equivalent variations, each fall within protection domain of the present utility model.

Claims (3)

1. can save the energy-saving equipment mounting structure of combustion gas, it is characterized in that: include energy-saving appliance (4), described energy-saving appliance (4) is connected to transducer one (3) and transducer two (15), energy-saving appliance (4) is arranged between transducer one (3) and transducer two (15), transducer one (3) is connected to fuel inlet pipe (1) away from one end of energy-saving appliance (4), fuel inlet pipe (1) is provided with valve one (2), and valve one (2) can completely cut through fuel inlet pipe (1), it is connected to fuel at transducer two (15) away from one end of energy-saving appliance (4) and goes out pipe (5), fuel go out pipe (5) on be provided with valve two (16), and valve two (16) can completely cut through fuel and go out pipe (5), go out at fuel inlet pipe (1) and fuel and be provided with bypass pipe (7) between pipe (5), bypass pipe (7) goes out pipe (5) with fuel inlet pipe (1) and fuel simultaneously and connects, valve one (2) and valve two (16) are arranged between the two ends of bypass pipe (7), bypass pipe (7) is provided with valve three (6), and valve three (6) can cut off bypass pipe (7), described energy-saving appliance (4) is main by shell (9), containment vessel (10), mounting shell (11) and Magnet (12) are constituted, shell (9), mounting shell (11) and containment vessel (10) are tubular structure, containment vessel (10) is arranged in shell (9), containment vessel (10) is arranged in mounting shell (11), Magnet (12) is arranged in mounting shell (11), and the contact internal walls of the outer wall of Magnet (12) and mounting shell (11), the cavity formed between outer wall and the inwall of containment vessel (10) of mounting shell (11) is fuel channel (13), the cavity formed between the inwall and the outer wall of containment vessel (10) of shell (9) is air cavity, it is provided with seal nipple at the two ends of containment vessel (10), seal nipple and containment vessel (10) screw fixing, the termination of shell (9) is fixed with corresponding seal nipple, transducer one (3) and transducer two (15) connect with corresponding seal nipple.

2. the energy-saving equipment mounting structure that can save combustion gas according to claim 1, it is characterised in that: described shell (9) and mounting shell (11) all adopt copper product to make.

3. the energy-saving equipment mounting structure that can save combustion gas according to claim 1, it is characterised in that: described containment vessel (10) adopts rustless steel to make.