CN206600837U - Electric heat and gasification device for condensate gasification combustor - Google Patents

Abstract

The utility model is related to a kind of electric heat and gasification device for condensate gasification combustor, including the heating and gasifying chamber connected with oil supply unit oil-out, the oil-out of the heating and gasifying chamber is connected with the oil inlet of combustion head, bourdon tube is provided with the tube chamber of the heating and gasifying chamber, the oil supply unit oil-out is connected by pipeline with one end of bourdon tube, the other end of the bourdon tube is connected by pipeline with the oil inlet of combustion head, calandria is provided with the heating and gasifying chamber, the calandria passes through wire and power electric connection, the caliber of the bourdon tube is less than the caliber of heating and gasifying chamber two ends pipeline, when above-mentioned condensate is exported by oil supply unit, import heating and gasifying chamber, can be achieved condensate in pipeline gasifies rapidly in a short time, and reach the effect that start can light a fire.

Description

Electric heat and gasification device for condensate gasification combustor

Technical field

The utility model is related to technical field of burner, and in particular to a kind of electric heating gas for condensate gasification combustor Makeup is put.

Background technology

Condensate (gas condensate) refers to the liquid phase component that condensation comes out from the natural gas of gas condensate field, also known as The content ratio crude oil of natural gasoline, its heavy hydrocarbon and non-hydrocarbon component is low, and volatility is good.Condensate can be directly used as fuel, and And be the quality raw materials of petroleum refining industry；When condensate is as fuel, to improve the burning sufficient degree of itself, in practical application When, typically before ignition, it is necessary to condensate pressurize and gasify, the burning of condensate in itself can be improved abundant Degree.

The condensate fuel system of traditional burner is pressurized in fuel tank, so limits the limitation of oil box product Property, due to fuel tank need in the case of no pressure could oiling, which also limits the burning time of equipment, and voltage supply system equipment Huge, there is also potential safety hazard.

What this applicant was applied on the same day is entitled《Condensate gasification combustor》Disclosing one kind can solve the above problems Burner structure, said burner design when, because gasification result is not good, cause the combustion efficiency of burner not good, should Problem is also the problem of long-standing problem equipment development personnel.

Utility model content

The purpose of this utility model is：A kind of electric heat and gasification device for condensate gasification combustor is provided, can be true The gasification result to condensate is protected, the combustion efficiency to condensate is improved.

To achieve the above object, the technical solution adopted in the utility model is：

For the electric heat and gasification device of condensate gasification combustor, including the heating and gasifying connected with oil supply unit oil-out Chamber, the oil-out of the heating and gasifying chamber is connected with the oil inlet of combustion head, is set in the tube chamber of the heating and gasifying chamber Bourdon tube is equipped with, the oil supply unit oil-out is connected by pipeline with one end of bourdon tube, the other end of the bourdon tube leads to Cross pipeline to connect with the oil inlet of combustion head, calandria is provided with the heating and gasifying chamber, the calandria passes through wire With power electric connection, the caliber of the bourdon tube is less than the caliber of heating and gasifying chamber two ends pipeline.

Also there are following characteristics in the utility model：

The heating and gasifying chamber is in integrally tubular structure closed at both ends, length direction and the heating gas of the bourdon tube The pipe range direction for changing chamber is parallel, and the calandria is in helix tube intracavitary that is shaft-like and being plugged on bourdon tube.

The tube wall of the heating and gasifying chamber is provided with heat-insulation layer.

The burner also includes also setting up on the combustion head connected with the oil-out of heating and gasifying chamber, the combustion head There is igniting unit, the igniting unit is used to realize the igniting to the oil-out of combustion head；It is single that the burner also includes control Member, described control unit is used for the igniting for controlling the fuel feeding and igniting unit of oil supply unit.

The burner also includes air feed unit, and the air feed unit is used to realize the air feed to combustion head, the control Unit is used for the startup and closing for controlling air feed unit.

The burner also includes protection location, and the protection location is used for the optical signal for the burning burning things which may cause a fire disaster for gathering combustion head And transmit to control unit, described control unit controls igniting and the oil supply unit of igniting unit according to the optical signal of collection Disconnection and connection.

The component of described control unit is arranged in control cabinet body, and the component of the oil supply unit is arranged on oil feeding reservoirs Interior, the oil feeding reservoirs is arranged on control casing side, and the component of the protection location is arranged in pipeline, the pipe level And one end is fixed on the side of oil feeding reservoirs, the combustion head is fixed on another pipe end of pipeline.

The control casing is arranged on bottom plate, is provided with supporting plate on the bottom plate, and the supporting plate is vertical and upper end Fixed with the outer wall of pipeline, the oil-out pipeline of the heating and gasifying chamber is fixed on supporting plate.

Compared with prior art, the technique effect that the utility model possesses is：Above-mentioned condensate is exported by oil supply unit When, import heating and gasifying chamber, you can realize condensate in pipeline gasifies rapidly in a short time, and reach start i.e. The effect that can be lighted a fire.

Brief description of the drawings

Fig. 1 is the structural representation of condensate gasification combustor；

Fig. 2 is condensate gasification burner control logic diagram；

Fig. 3 is the structural representation of heating and gasifying chamber；

Fig. 4 is the cross section view of heating and gasifying chamber.

Embodiment

With reference to Fig. 1 to Fig. 4, the utility model is further described：

For the electric heat and gasification device of condensate gasification combustor, including the heating gas connected with the oil-out of oil supply unit 10 Change chamber 30, the oil-out of the heating and gasifying chamber 30 is connected with the oil inlet of combustion head 40, the heating and gasifying chamber 30 Tube chamber in be provided with bourdon tube 32, the oil-out of oil supply unit 10 is connected by pipeline with one end of bourdon tube 32, described The other end of bourdon tube 32 is connected by pipeline with the oil inlet of combustion head 40, and heating is provided with the heating and gasifying chamber 30 Body 31, the calandria 31 is less than 30 liang of heating and gasifying chamber by wire and power electric connection, the caliber of the bourdon tube 32 The caliber on end pipe road；

With reference to shown in Fig. 1 and Fig. 2, above-mentioned condensate is imported in heating and gasifying chamber 30 by oil supply unit 10, and Heating and gasification so that the condensate in pipeline gasifies rapidly in a short time, and reaches the effect that start can light a fire, and And bourdon tube 32 is overall in the shape of a spiral, so as to significantly increase heating surface area, so as to improve the heating effect to condensate；

The caliber of above-mentioned bourdon tube 32 is less than the caliber of the two ends pipeline of heating and gasifying chamber 30, condensation therethrough Oil, and when being flowed out by bourdon tube 32, the gasification to condensate is realized, and by the heating of calandria 31, realize to spring The heating of pipe 32, so as to realize the heating to condensate.

Further, with reference to shown in Fig. 3 and Fig. 4, the overall heating and gasifying chamber 30 is in tubular structure closed at both ends, The length direction of the bourdon tube 32 is parallel with the pipe range direction of heating and gasifying chamber 30, and the calandria 31 is in shaft-like and plant In the helix tube intracavitary of bourdon tube 32；

Above-mentioned calandria 31 is in helix tube intracavitary that is shaft-like and being plugged on bourdon tube 32, so as to can realize to condensate Quick heating and gasifying, and reach the effect that start can light a fire.

To improve the insulation to heating and gasifying chamber 30, the tube wall of the heating and gasifying chamber 30 is provided with heat-insulation layer 33.

Further, with reference to shown in Fig. 2, the burner also includes the combustion connected with the oil-out of heating and gasifying chamber 30 Burn and igniting unit 50 is additionally provided with first 40, the combustion head 40, the igniting unit 50 is used to realize going out to combustion head 40 The igniting of hydraulic fluid port；The burner also includes control unit 70, and described control unit 70 is used for the fuel feeding for controlling oil supply unit 10 And the igniting burner of igniting unit 50 also includes air feed unit 80, the air feed unit 80 is used to realize to combustion head 40 air feed, described control unit 70 is used for the startup and closing for controlling air feed unit 80.

Further, with reference to shown in Fig. 2, the burner also includes protection location 90, and the protection location 90 is used to adopt Collect the optical signal of the burning burning things which may cause a fire disaster of combustion head 40 and transmit to control unit 70, described control unit 70 is according to the optical signal of collection To control the igniting of igniting unit 50 and the disconnection and connection of oil supply unit 10；

The form that above-mentioned protection location 90 can be protected for light, particularly as being that combustion head 40 is detected using light-sensitive element Brightness, in the case of combustion head 40 is incombustible, you can judge that the combustion head 40 does not burn, controlled by control unit 70 The disconnection of oil supply unit 10, so as to realize the cut-out to oil circuit, prevents the second-time burning of equipment ember, prevention apparatus burning is caused The damage of machine and life safety problem.

Specifically, the component of described control unit 70 is arranged in control casing 71, first device of the oil supply unit 10 Part is arranged in oil feeding reservoirs 11, and the oil feeding reservoirs 11 is arranged on the control side of casing 71, and the component of the protection location 90 is set Put in pipeline 91, the level of pipeline 91 and one end are fixed on the side of oil feeding reservoirs 11, the combustion head 40 is fixed on pipeline 91 another pipe end.

The control casing 71 is arranged on bottom plate 100, and supporting plate 101, the supporting plate are provided with the bottom plate 100 101 is vertical and upper end and the outer wall of pipeline 91 are fixed, and the oil-out pipeline of the heating and gasifying chamber 30 is fixed on supporting plate 101 On.

It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned one exemplary embodiment, and And in the case of without departing substantially from spirit or essential attributes of the present utility model, can realize that this practicality is new in other specific forms Type.Therefore, no matter from the point of view of which point, embodiment all should be regarded as exemplary, and is nonrestrictive, this practicality is new The scope of type limits by appended claims rather than described above, it is intended that the equivalency fallen in claim is contained All changes in justice and scope are included in the utility model.Any reference in claim should not be considered as limitation Involved claim.

Moreover, it will be appreciated that although the present specification is described in terms of embodiments, not each embodiment is only wrapped Containing an independent technical scheme, this narrating mode of specification is only that for clarity, those skilled in the art should Using specification as an entirety, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art It may be appreciated other embodiment.

Claims (8)

1. the electric heat and gasification device for condensate gasification combustor, it is characterised in that：Including with oil supply unit (10) oil-out The heating and gasifying chamber (30) of connection, the oil-out of the heating and gasifying chamber (30) is connected with the oil inlet of combustion head (40), Be provided with bourdon tube (32) in the tube chamber of the heating and gasifying chamber (30), oil supply unit (10) oil-out by pipeline with One end connection of bourdon tube (32), the other end of the bourdon tube (32) is connected by pipeline with the oil inlet of combustion head (40), Calandria (31) is provided with the heating and gasifying chamber (30), the calandria (31) passes through wire and power electric connection, institute The caliber for stating bourdon tube (32) is less than the caliber of heating and gasifying chamber (30) two ends pipeline.

2. the electric heat and gasification device according to claim 1 for condensate gasification combustor, it is characterised in that：It is described to add Thermal evaporation chamber (30) is in integrally tubular structure closed at both ends, length direction and the heating and gasifying chamber of the bourdon tube (32) (30) pipe range direction is parallel, and the calandria (31) is in helix tube intracavitary that is shaft-like and being plugged on bourdon tube (32).

3. the electric heat and gasification device according to claim 2 for condensate gasification combustor, it is characterised in that：It is described to add The tube wall of thermal evaporation chamber (30) is provided with heat-insulation layer (33).

4. the electric heat and gasification device for condensate gasification combustor according to claim 1 or 2 or 3, it is characterised in that： The burner is also included on the combustion head (40) connected with the oil-out of heating and gasifying chamber (30), the combustion head (40) also Igniting unit (50) is provided with, the igniting unit (50) is used to realize the igniting to the oil-out of combustion head (40)；The combustion Burner also includes control unit (70), and described control unit (70) is used for the fuel feeding and igniting unit for controlling oil supply unit (10) (50) igniting.

5. the electric heat and gasification device according to claim 4 for condensate gasification combustor, it is characterised in that：The combustion Burner also includes air feed unit (80), and the air feed unit (80) is used to realize the air feed to combustion head (40), the control list First (70) are used for the startup and closing for controlling air feed unit (80).

6. the electric heat and gasification device according to claim 5 for condensate gasification combustor, it is characterised in that：The combustion Burner also includes protection location (90), and the protection location (90) is used for the optical signal for the burning burning things which may cause a fire disaster for gathering combustion head (40) simultaneously Transmit to control unit (70), described control unit (70) controlled according to the optical signal of collection the igniting of igniting unit (50) with And the disconnection and connection of oil supply unit (10).

7. the electric heat and gasification device according to claim 6 for condensate gasification combustor, it is characterised in that：The control The component of unit (70) processed is arranged in control casing (71), and the component of the oil supply unit (10) is arranged on oil feeding reservoirs (11) in, the oil feeding reservoirs (11) is arranged on control casing (71) side, and the component of the protection location (90) is arranged on pipe In road (91), pipeline (91) level and one end are fixed on the side of oil feeding reservoirs (11), and the combustion head (40) is fixed on pipe Another pipe end in road (91).

8. the electric heat and gasification device according to claim 7 for condensate gasification combustor, it is characterised in that：The control Casing (71) processed is arranged on bottom plate (100), and supporting plate (101), the supporting plate (101) are provided with the bottom plate (100) Vertical and upper end and the outer wall of pipeline (91) are fixed, and the oil-out pipeline of the heating and gasifying chamber (30) is fixed on supporting plate (101) on.