CN202151564U - Gasification system and black water filtering element - Google Patents
Gasification system and black water filtering element Download PDFInfo
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- CN202151564U CN202151564U CN2011202289925U CN201120228992U CN202151564U CN 202151564 U CN202151564 U CN 202151564U CN 2011202289925 U CN2011202289925 U CN 2011202289925U CN 201120228992 U CN201120228992 U CN 201120228992U CN 202151564 U CN202151564 U CN 202151564U
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Abstract
The utility model provides a gasification system and a black water filtering element. The black water filtering element comprises a connecting end and a disturbance separating end which are connected with each other, a first end of the connecting end is connected with a first end of a discharge pipe positioned in a chilling chamber, the diameter of the first end of the connecting end is matched with that of the first end of the discharge pipe, a second end of the connecting end is connected with a first end of the disturbance separating end, an end opening of the second end is matched with that of the first end of the disturbance separating end, and the diameter of a second end of the disturbance separating end is larger than that of the first end of the connecting end. As the black water filtering element is added into the gasification system, lump ash residue in the chilling chamber can be stopped from being discharged into other pipelines and a flash tank of the gasification system, accordingly abrasion of solid particles such as the lump ash residue and the like to the pipelines and the flash tank is reduced, and operating continuity of the gasification system is ensured.
Description
Technical field
The utility model relates to parts manufacturing technology field, relates in particular to a kind of coal gasification systems and Heisui River filter element.
Background technology
Gasification system is that Heisui River is handled so that the system of subsequent recovery.The process of this usage on black water comprises: Heisui River is divided into two-way after shock chamber's discharge of gasification furnace, be sent to flash distillation by-pass and flash distillation main line through pipeline respectively, and wherein the flash distillation by-pass is closed when the flash distillation main line is in normal operating conditions.The Heisui River of being sent to the flash distillation main line is after process is arranged on the valve on the pipeline, and the pipeline in downstream through parallel connection is divided into two-way, and every road gets into one section flash tank after reducing pressure through angle valve.
After the flash distillation processing through one section flash tank, discharge from the bottom of one section flash tank in Heisui River, flows into the pipeline of two-way parallel connection afterwards, in each pipeline, through after the reduced pressure treatment of pressure-reducing valve, gets into two sections flash tanks.After the flash distillation processing through two sections flash tanks, get into depositing reservoir, further handle and reclaim through the flash distillation pump.
Need reduce pressure and the flash distillation processing to Heisui River in the above-mentioned gasification system; But owing to contain solid particle in the Heisui River; When before one section flash tank, in pipeline, carrying out reduced pressure treatment through the decompression angle valve; And when in pipeline, passing through the reduced pressure treatment of pressure-reducing valve between two sections flash tanks of entering, the solid particle in the Heisui River can be denuded pipeline and flash tank.In addition, when Heisui River after the flash distillation of one section flash tank is handled, when flowing through pressure-reducing valve; The vaporization of part black water flash; When having solid particle in the pipeline, will in pipeline, form two phase flow, pipeline will also be had very big corrasion, thereby influence the continuous operation of gasification system.
The utility model content
The utility model provides a kind of gasification system and Heisui River filter element, has solid particle in order to solve in the Heisui River that gasification system is handled in the prior art, the abrasion problem that the pipeline and the flash tank of gasification system caused.
The utility model provides a kind of gasification system, and said gasification system comprises that the shock chamber and first end are arranged in this shock chamber, and second end is positioned at the outer comb outside this shock chamber, and said gasification system also comprises: the Heisui River filter element that is arranged in the shock chamber;
Said Heisui River filter element is irregular tubular structure, comprising: interconnective link and disturbance intercept end;
Wherein, first end of this link is connected with first end of outer comb, and the diameter of first end of this link matches with the diameter of first end of outer comb;
Second end of link is connected with first end that disturbance intercepts end, and the port of second end of this link matches with the port that disturbance intercepts end first end;
Disturbance intercepts the diameter of the diameter of second end of holding greater than first end of this link.
Preferably, the said link shape such as the shape of a hoof;
First end of link is this horseshoe-shaped upper end, and second end is this horseshoe-shaped lower end;
Disturbance intercepts the tubular structure of end shape as being cut sth. askew, and first end that disturbance intercepts end is a beveled end, and this beveled end matches with horseshoe-shaped lower end and is connected.
Preferably, first end of said outer comb comprises bending link and indoor link;
Wherein, an end of bending link is connected with this indoor link, and the other end connects second end of this outer comb;
Indoor link matches with horseshoe-shaped upper end and is connected.
Said link is positioned at the outer surface that is connected an end with said outer comb and is provided with retainer ring.
It is irregular tubular structure that the utility model provides the said Heisui River of filter element, a kind of Heisui River filter element, comprising: interconnected link and disturbance intercept end;
Wherein, first end of said link is connected with first end that outer comb is arranged in the shock chamber, and the diameter of first end of this link matches with the diameter that is connected of first end of said outer comb;
Second end of link is connected with first end that disturbance intercepts end, and the port of second end of this link matches with the port that disturbance intercepts end first end;
Disturbance intercepts the diameter of the diameter of second end of holding greater than first end of this link.
Preferably, the said link shape such as the shape of a hoof;
First end of link is this horseshoe-shaped upper end, and second end is this horseshoe-shaped lower end;
Disturbance intercepts the tubular structure of end shape as being cut sth. askew, and first end that disturbance intercepts end is a beveled end, and this beveled end matches with horseshoe-shaped lower end and is connected.
Preferably, first end of said outer comb comprises bending link and indoor link;
Wherein, an end of bending link is connected with this indoor link, and the other end connects second end of this outer comb;
Indoor link matches with horseshoe-shaped upper end and is connected.
Said link is positioned at the outer surface that is connected an end with said outer comb and is provided with retainer ring.
The utility model provides a kind of gasification system and Heisui River filter element; This Heisui River filter element comprises that interconnective link and disturbance intercept end; First end of link is connected with first end that outer comb is arranged in the shock chamber; Diameter matches with the diameter of first end of outer comb; Second end of link is connected with first end that disturbance intercepts end, and the port of second end matches with the port that disturbance intercepts end first end, and the diameter of second end of disturbance obstruct end is greater than the diameter of first end of this link.Owing in this gasification system, added this Heisui River filter element; Therefore can stop that the bulk lime-ash enters in other pipelines and flash tank of gasification system in the shock chamber; Thereby reduce of the abrasion of solid particle such as bulk lime-ash, guarantee the continuity of gasification system work pipeline and flash tank.
Description of drawings
Outside the shock chamber of the gasification system that Fig. 1 provides for the utility model comb and should in the structural representation of water filtration element;
Fig. 2 is the front view of Heisui River filter element among above-mentioned Fig. 1;
Fig. 3 is the right view of Heisui River filter element among above-mentioned Fig. 1;
Fig. 4 is the vertical view of Heisui River filter element among above-mentioned Fig. 1.
The specific embodiment
The utility model reduces the abrasion to pipeline and flash tank for the solid particle in the Heisui River of effectively reducing the gasification system processing, and a kind of gasification system and Heisui River filter element are provided.
Below in conjunction with Figure of description, the utility model is elaborated.
Outside the shock chamber of this gasification system that Fig. 1 provides for the utility model comb and should in the structural representation of water filtration element, in this Fig. 1, comprise: Heisui River filter element 1, shock chamber 2 and outside comb 3;
Wherein, Heisui River filter element 1 is arranged in shock chamber 2;
Should outer comb 3 be the pipeline that the Heisui River in the shock chamber 2 is discharged, first end of this outer comb 3 be arranged in these shock chamber's 2, the first ends and be positioned at outside the shock chamber 2;
Said Heisui River filter element 1 is irregular tubular structure, comprising: interconnective link 11 intercepts end 12 with disturbance;
Wherein, first end of the link 11 of this Heisui River filter element 1 is connected with first end of said outer comb 3, and the diameter of first end of this link 11 matches with the diameter of first end of outer comb 3;
Second end of link 11 is connected with first end that disturbance intercepts end 12, and the port of second end of this link 11 matches with the port that disturbance intercepts end 12 first ends;
The diameter of second end of disturbance obstruct end 12 is greater than the diameter of first end of this link 11.
Owing in this gasification system, added this Heisui River filter element; Therefore can stop that the bulk lime-ash enters in other pipelines and flash tank of gasification system in the shock chamber; Thereby reduce of the abrasion of solid particle such as bulk lime-ash, guarantee the continuity of gasification system work pipeline and flash tank.
In this Fig. 1, only expressed in this shock chamber and to have disposed near the structure that effluxes the pipe position, the structure in curve left side is not shown in Fig. 1.First end at this Fig. 1 China and foreign countries comb 3 is positioned at the shock chamber, and second end is positioned at outside the shock chamber.Concrete for the ease of explanation, this outer comb 3 comprises second end 31 and first end, and first end comprises bending link 32 and indoor link 33 again.Wherein the part of this bending link 32 is vertical with the upright side walls on right side, shock chamber, and a part is parallel with the upright side walls on right side, shock chamber.
The indoor link 33 that is somebody's turn to do outer comb 3 is connected with first end of the link 11 of Heisui River filter element 1, so the diameter of first end of this link 11, confirms according to the diameter of the position that connects this outer comb 3.The disturbance of this Heisui River filter element 1 intercepts the outer surface of end 12 and the parallel sided of right side, shock chamber beveled walls after the connection.
First end of this link 11 is connected with first end of outer comb 3, and the diameter of first end of this link 11 matches with the diameter of first end of outer comb 3;
Second end of link 11 is connected with first end that disturbance intercepts end 12, and the port of second end of this link 11 matches with the port that disturbance intercepts end 12 first ends;
The diameter of second end of disturbance obstruct end 12 is greater than the diameter of first end of this link 11.
Fig. 2 is the front view of Heisui River filter element among above-mentioned Fig. 1, according to shown in Figure 2, can know the plane at the port place of first end of link 11 in this Heisui River filter element 1, intercepts the plane parallel at the port place of end 12 second ends with said disturbance.
And this link 11 is the shape of a hoof;
First end of link 11 is this horseshoe-shaped upper end, and second end is this horseshoe-shaped lower end.
And this link 11 is positioned at the outer surface that is connected an end with said outer comb 3 and is provided with retainer ring 13.
Fig. 3 is the right view of Heisui River filter element among above-mentioned Fig. 1, can find out that from this Fig. 3 disturbance intercepts the tubular structure of end 12 shapes as being cut sth. askew, and first end that disturbance intercepts end 12 is a beveled end, and this beveled end matches with horseshoe-shaped lower end and is connected.
Structure according to shown in above-mentioned Fig. 1～3 can know that first end of this outer comb 3 comprises bending link 32 and indoor link 33;
Wherein, an end of bending link 32 is connected with this indoor link 33, and the other end connects second end of this outer comb;
Fig. 4 is the vertical view of Heisui River filter element among above-mentioned Fig. 1.Wherein be connected the vertical view of the port of an end with outer comb be the roundlet of the inside to the link 11 of this Heisui River filter element 1; It is the great circle of outside that disturbance intercepts the stretch out corresponding vertical view of port of an end of end 12; Can find out that thus the port diameter of first end that this link 11 is connected with said outer comb 3 intercepts the port diameter of end 12 second ends less than this disturbance.
The utility model provides a kind of gasification system and Heisui River filter element; This Heisui River filter element comprises that interconnective link and disturbance intercept end; First end of link is connected with first end that outer comb is arranged in the shock chamber; Diameter matches with the diameter of first end of outer comb; Second end of link is connected with first end that disturbance intercepts end, and the port of second end matches with the port that disturbance intercepts end first end, and the diameter of second end of disturbance obstruct end is greater than the diameter of first end of this link.Owing in this gasification system, added this Heisui River filter element; Therefore can stop that the bulk lime-ash enters in other pipelines and flash tank of gasification system in the shock chamber; Thereby reduce of the abrasion of solid particle such as bulk lime-ash, guarantee the continuity of gasification system work pipeline and flash tank.
Obviously, those skilled in the art can carry out various changes and modification to the utility model and not break away from the spirit and the scope of the utility model.Like this, belong within the scope of the utility model claim and equivalent technologies thereof if these of the utility model are revised with modification, then the utility model also is intended to comprise these changes and modification interior.
Claims (8)
1. gasification system, said gasification system comprises that the shock chamber and first end are arranged in this shock chamber, and second end is positioned at the outer comb outside this shock chamber, it is characterized in that, and said gasification system also comprises: the Heisui River filter element that is arranged in the shock chamber;
Said Heisui River filter element is irregular tubular structure, comprising: interconnective link and disturbance intercept end;
Wherein, first end of this link is connected with first end of outer comb, and the diameter of first end of this link matches with the diameter of first end of outer comb;
Second end of link is connected with first end that disturbance intercepts end, and the port of second end of this link matches with the port that disturbance intercepts end first end;
Disturbance intercepts the diameter of the diameter of second end of holding greater than first end of this link.
2. gasification system as claimed in claim 1 is characterized in that, the said link shape such as the shape of a hoof;
First end of link is this horseshoe-shaped upper end, and second end is this horseshoe-shaped lower end;
Disturbance intercepts the tubular structure of end shape as being cut sth. askew, and first end that disturbance intercepts end is a beveled end, and this beveled end matches with horseshoe-shaped lower end and is connected.
3. gasification system as claimed in claim 2 is characterized in that, first end of said outer comb comprises bending link and indoor link;
Wherein, an end of bending link is connected with this indoor link, and the other end connects second end of this outer comb;
Indoor link matches with horseshoe-shaped upper end and is connected.
4. gasification system as claimed in claim 1 is characterized in that, said link is positioned at the outer surface that is connected an end with said outer comb and is provided with retainer ring.
5. a Heisui River filter element is characterized in that, said Heisui River filter element is irregular tubular structure, comprising: interconnected link and disturbance intercept end;
Wherein, first end of said link is connected with first end that outer comb is arranged in the shock chamber, and the diameter of first end of this link matches with the diameter that is connected of first end of said outer comb;
Second end of link is connected with first end that disturbance intercepts end, and the port of second end of this link matches with the port that disturbance intercepts end first end;
Disturbance intercepts the diameter of the diameter of second end of holding greater than first end of this link.
6. Heisui River as claimed in claim 5 filter element is characterized in that, the said link shape such as the shape of a hoof;
First end of link is this horseshoe-shaped upper end, and second end is this horseshoe-shaped lower end;
Disturbance intercepts the tubular structure of end shape as being cut sth. askew, and first end that disturbance intercepts end is a beveled end, and this beveled end matches with horseshoe-shaped lower end and is connected.
7. Heisui River as claimed in claim 6 filter element is characterized in that, first end of said outer comb comprises bending link and indoor link;
Wherein, an end of bending link is connected with this indoor link, and the other end connects second end of this outer comb;
Indoor link matches with horseshoe-shaped upper end and is connected.
8. Heisui River as claimed in claim 5 filter element is characterized in that, said link is positioned at the outer surface that is connected an end with said outer comb and is provided with retainer ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202289925U CN202151564U (en) | 2011-06-30 | 2011-06-30 | Gasification system and black water filtering element |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202289925U CN202151564U (en) | 2011-06-30 | 2011-06-30 | Gasification system and black water filtering element |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202151564U true CN202151564U (en) | 2012-02-29 |
Family
ID=45692075
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202289925U Expired - Lifetime CN202151564U (en) | 2011-06-30 | 2011-06-30 | Gasification system and black water filtering element |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202151564U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107032444A (en) * | 2016-02-04 | 2017-08-11 | 清华大学煤燃烧工程研究中心 | Ultrasonic wave Heisui River filter for air flow bed |
-
2011
- 2011-06-30 CN CN2011202289925U patent/CN202151564U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107032444A (en) * | 2016-02-04 | 2017-08-11 | 清华大学煤燃烧工程研究中心 | Ultrasonic wave Heisui River filter for air flow bed |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120229 |
|
| CX01 | Expiry of patent term |