CN205208136U - Middle medium type vaporizer - Google Patents
Middle medium type vaporizer Download PDFInfo
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- CN205208136U CN205208136U CN201520932584.6U CN201520932584U CN205208136U CN 205208136 U CN205208136 U CN 205208136U CN 201520932584 U CN201520932584 U CN 201520932584U CN 205208136 U CN205208136 U CN 205208136U
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- intermediate medium
- liquefied gas
- low temp
- accommodation section
- medial compartment
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Abstract
The utility model discloses a middle medium type vaporizer including the portion of accommodating, middle medium evaporation portion, low temperature liquefied gas gasification portion, possess the gas portion of heating add thermoscope, middle room and linkage unit, the mode connection of this linkage unit in order freely to load and unload accept the portion with reach between the middle room add the thermoscope with at least party between the middle room. Middle medium evaporation portion utilizes the heat source medium that flows in middle medium evaporation portion to make at least, partly evaporation of middle medium, low temperature liquefied gas gasification portion utilizes in the portion of acceping middle medium makes and flows in this low temperature liquefied gas gasification portion low temperature liquefied gas's gasification partly at least, the gas portion of the heating heat source medium in this gas portion of heating that utilize to flow, to make in the low temperature liquefied gas gasification portion the produced gas of low temperature liquefied gas gasification is heated. From this, can make middle medium type vaporizer's transport become easy.
Description
Technical field
The utility model relates to intermediate medium type vaporizer.
Background technique
In the past, gas evaporators (the IntermediateFluidVaporizer of known a kind of intermediate medium type, sometimes referred to as " IFV "), utilize intermediate medium (such as propane etc.) to make the gasifying liquefied gas at low temp (gaseous state) such as such as LNG Liquefied natural gas (LNG).Such as, No. 2003-314795, Japanese Laid-Open Patent Publication (hereinafter referred to as " patent documentation 1 ") discloses a kind of intermediate medium type vaporizer, and it comprises: intermediate medium; The shell of collecting intermediate medium; Be arranged at the intermediate medium evaporation part in shell; Be arranged at the gasifying liquefied gas at low temp portion in shell; Gas gasification by liquefied gas at low temp produced carries out the heater of heating; And medial compartment.
Intermediate medium evaporation part makes liquid intermediate medium and heat source medium (such as seawater etc.) carry out heat exchange in the enclosure, evaporates to make intermediate medium.
Gasifying liquefied gas at low temp portion makes the intermediate medium of liquefied gas at low temp and gaseous state carry out heat exchange in the enclosure, makes gasifying liquefied gas at low temp.
Heater possesses: gas heating portion, makes to carry out heat exchange from gasifying liquefied gas at low temp portion effluent air and heat source medium, thus heats to gas; And framework, collecting gas heating portion.Heat source medium is fed in gas heating portion.
Shell is connected with framework by medial compartment.Medial compartment has the shape that the inside in gas heating portion is connected with the inside of intermediate medium evaporation part.Therefore, be fed into the heat source medium in framework in gas heating portion to flow out via the outside of the inside of medial compartment and the backward shell in inside of intermediate medium evaporation part.
Intermediate medium type vaporizer described in above-mentioned patent documentation 1 is large-scale plant.Specifically, shell, medial compartment and framework are combined as a whole by described intermediate medium type vaporizer.Therefore, this intermediate medium type vaporizer is transported to the job very difficult of setting place.
Model utility content
The purpose of this utility model is to provide a kind of intermediate medium type vaporizer that can easily carry.
Intermediate medium type vaporizer involved by one side of the present utility model utilizes boiling point than the intermediate medium of low-temperature liquid gas height to make the intermediate medium type vaporizer of this gasifying liquefied gas at low temp, and it comprises: accommodation section, accommodates described intermediate medium, intermediate medium evaporation part, is configured in described accommodation section, and heat source medium is imported in this intermediate medium evaporation part, gasifying liquefied gas at low temp portion, is configured in described accommodation section, and described liquefied gas at low temp is imported in this gasifying liquefied gas at low temp portion, heater, possesses gas heating portion, and heat source medium is imported in this gas heating portion, medial compartment, is configured between described accommodation section and described heater, and the inside of described intermediate medium evaporation part is connected with the inside in described gas heating portion, and linkage unit, the at least one party between described accommodation section and described medial compartment and between described heater and described medial compartment is connected in the mode of freely loading and unloading, wherein, described intermediate medium evaporation part utilizes the heat source medium be flowing in this intermediate medium evaporation part to make the evaporation at least partially of described intermediate medium, described gasifying liquefied gas at low temp portion utilizes the described intermediate medium in described accommodation section to make the gasification at least partially of the described liquefied gas at low temp be flowing in this gasifying liquefied gas at low temp portion, described gas heating portion utilizes the heat source medium be flowing in this gas heating portion, the gas in described gasifying liquefied gas at low temp portion, described gasifying liquefied gas at low temp being produced is heated.
According to said structure of the present utility model, intermediate medium type vaporizer easily can be carried.
Accompanying drawing explanation
Fig. 1 is the front view of the intermediate medium type vaporizer diagrammatically represented involved by a mode of execution of the present utility model.
Fig. 2 is the left side view along II-II line of Fig. 1.
Embodiment
With reference to Fig. 1 and Fig. 2, the intermediate medium type vaporizer involved by a mode of execution of the present utility model is described.Intermediate medium type vaporizer utilizes boiling point than the intermediate medium of low-temperature liquid gas height to make the intermediate medium type vaporizer (IFV) of this gasifying liquefied gas at low temp.In the present embodiment, by LNG Liquefied natural gas (LNG) as liquefied gas at low temp, and propane is used as intermediate medium.But liquefied gas at low temp also can be ethene, liquefaction oxygen, liquid nitrogen etc.In addition, intermediate medium is not limited to propane.In this intermediate medium type vaporizer, heat source medium (such as seawater, air etc.) is utilized to heat intermediate medium.
As shown in Figure 1, intermediate medium type vaporizer 1 possesses intermediate medium 2, the accommodation section 10 of accommodating intermediate medium 2, intermediate medium evaporation part E1, gasifying liquefied gas at low temp portion E2, heater 30, medial compartment 40 and linkage unit 45.
Accommodation section 10 is formed by the single shell of accommodating intermediate medium 2, intermediate medium evaporation part E1 and gasifying liquefied gas at low temp portion E2 in the lump.Accommodation section 10 is formed cylindrical shape.
Intermediate medium evaporation part E1 is configured in accommodation section 10.More specifically, intermediate medium evaporation part E1 is configured in the bottom (being immersed in the position in liquid intermediate medium 2) in accommodation section 10.Intermediate medium evaporation part E1 is made up of multiple heat-transfer pipe.Heat source medium is imported in the E1 of intermediate medium evaporation part.Intermediate medium evaporation part E1 carries out heat exchange by making the intermediate medium 2 of the liquid state of the bottom be present in accommodation section 10 with the heat source medium be flowing in the E1 of this intermediate medium evaporation part, thus makes the evaporation at least partially of intermediate medium 2.
Gasifying liquefied gas at low temp portion E2 is configured in accommodation section 10.More specifically, gasifying liquefied gas at low temp portion E2 is configured in the top (there is the region of the intermediate medium 2 of gaseous state) in accommodation section 10.In the present embodiment, gasifying liquefied gas at low temp portion E2 is made up of the heat-transfer pipe being formed U-shaped.Liquefied gas at low temp is imported in gasifying liquefied gas at low temp portion E2.Gasifying liquefied gas at low temp portion E2 carries out heat exchange by making the intermediate medium 2 being flowing in the liquefied gas at low temp in this gasifying liquefied gas at low temp portion E2 and the gaseous state in accommodation section 10, thus makes the gasification at least partially of this liquefied gas at low temp.
Accommodation section 10 is connected with by dividing plate 20 upstream chamber 21 spaced apart from each other and room of outlet 22.One end of gasifying liquefied gas at low temp portion E2 is connected to upstream chamber 21, is connected with the inside of upstream chamber 21 to make the inside of gasifying liquefied gas at low temp portion E2.The other end of gasifying liquefied gas at low temp portion E2 is connected to room of outlet 22, is connected with the inside of room of outlet 22 to make the inside of gasifying liquefied gas at low temp portion E2.
Heater 30 is heated to the gas that the gasification because of liquefied gas at low temp produces.Heater 30 possesses the framework 32 of gas heating portion E3 and the collecting gas heating portion E3 allowing heat source medium import.Gas heating portion E3 is made up of multiple heat-transfer pipe.Gas heating portion E3 makes the heat source medium be flowing in this gas heating portion E3 carry out heat exchange with the gas be fed in framework 32, thus heats to gas.Framework 32 is formed the diameter cylindrical shape less than accommodation section 10.
Medial compartment 40 is configured between accommodation section 10 and framework 32, and the inside of intermediate medium evaporation part E1 is connected with the inside of gas heating portion E3.The bottom (that is, lower edge portion) 33 of the bottom (that is, lower edge portion) 11 of accommodation section 10, the bottom (that is, lower edge portion) 41 of medial compartment 40 and framework 32 is placed in same level.Medial compartment 40 is tubular, the circular cross section orthogonal with the direction connecting accommodation section 10 and heater 30 of this medial compartment 40.More specifically, as shown in Figure 2, medial compartment 40 is following tubular, that is: the circular cross section orthogonal with the direction connecting accommodation section 10 and heater 30 of this medial compartment 40, the diameter of this circle diminishes gradually from the side end being connected to accommodation section 10 of this medial compartment 40 to the side end being connected to framework 32 of this medial compartment 40.
Linkage unit 45 possesses the 1st flange 10R, the 2nd flange 40L, side, accommodation section bolt the 42, the 3rd flange 32L, the 4th flange 40R and heater side bolt 44.
1st flange 10R is arranged on the side end being connected to medial compartment 40 of accommodation section 10.2nd flange 40L is arranged on the side end being connected to accommodation section 10 of medial compartment 40.2nd flange 40L can be loaded and unloaded on the 1st flange 10R.As shown in Figure 2, the 1st flange 10R and the 2nd flange 40L is fastenedly connected by side, accommodation section bolt 42.
3rd flange 32L is arranged on the side end being connected to medial compartment 40 of framework 32.4th flange 40R is arranged on the side end being connected to framework 32 of medial compartment 40.4th flange 40R can be loaded and unloaded on the 3rd flange 32L.As shown in Figure 2, the 3rd flange 32L and the 4th flange 40R is fastenedly connected by heater side bolt 44.
In addition, in the present embodiment, the linking department 50 be connected with framework 32 room of outlet 22 is also possessed.Therefore, flow in framework 32 via linking department 50 from gasifying liquefied gas at low temp portion E2 to room of outlet 22 effluent air.
When intermediate medium type vaporizer is driven, supply heat source medium to the gas heating portion E3 in framework 32, and supply LNG to upstream chamber 21.The outside of the heat source medium being fed into gas heating portion E3 via the intermediate medium evaporation part E1 in the inside of medial compartment 40 and accommodation section 10 and to accommodation section 10 is flowed out.The intermediate medium 2 of heat source medium liquid towards in the E1 of intermediate medium evaporation part heats, thus makes the evaporation at least partially of intermediate medium 2.On the other hand, the LNG being fed into upstream chamber 21, in the process in gasifying liquefied gas at low temp portion E2, accepts heat from the intermediate medium 2 of gaseous state and gasifies in accommodation section 10.Flow in framework 32 from the NG of the low temperature of gasifying liquefied gas at low temp portion E2 outflow via behind room of outlet 22 and linking department 50.In framework 32, after the NG heat source medium be flowing in gas heating portion E3 of this low temperature is heated, the NG as normal temperature flows out to the outside of framework 32.
As mentioned above, in intermediate medium type vaporizer, by removing the connection of linkage unit 45, accommodation section 10 can be carried out from the dismounting of medial compartment 40 and heater 30 from least one party the dismounting of medial compartment 40.Therefore, under the state having dismantled intermediate medium type vaporizer, this intermediate medium type vaporizer easily can be carried, and, in setting place, by utilizing linkage unit 45 to connect, intermediate medium type vaporizer easily can be assembled.
In addition, mode of execution of disclosure is all a kind of example in all respects, is interpreted as not being restrictive.Scope of the present utility model represents based on the scope of claim, and not based on the explanation of above-mentioned mode of execution, but also all changes of the scope equivalence comprised with claim and scope.
Such as, accommodation section 10 is not limited to the single shell of accommodating intermediate medium 2, intermediate medium evaporation part E1 and gasifying liquefied gas at low temp portion E2 in the lump.Accommodation section 10 also can possess: the 1st shell, the intermediate medium 2 that collecting is liquid and intermediate medium evaporation part E1; 2nd shell, is configured in the top of the 1st shell, for accommodating intermediate medium 2 and the gasifying liquefied gas at low temp portion E2 of gaseous state; And link stream, link two shells, circulate between two shells to make intermediate medium 2.In the case, the 1st flange 10R is arranged on the 1st shell.
In addition, the shape of medial compartment 40 is not limited to above-mentioned shape.Medial compartment 40 also can be formed from the section orthogonal with the direction connecting accommodation section 10 and heater 30 be polygonal tubular.
In addition, the bottom 41 of medial compartment 40 is not limited to and is set up in the horizontal plane.Such as, (namely medial compartment 40 also can be formed bottom, lower edge portion) 41 and top (namely, upper edge) tubular that all tilts, with to make bottom this 41 and top mutually move closer to from the side end being connected to shell 10 of this medial compartment 40 to the side end being connected to framework 32 of this medial compartment 40.Or medial compartment 40 also can be formed only to make top become the tubular of level.
In addition, also this heat source medium can be supplied to make heat source medium by the mode of the sequential flowing in the E1 of intermediate medium evaporation part, in medial compartment 40 and in gas heating portion E3.
In addition, also can omit the 3rd flange 32L, the 4th flange 40R and heater side bolt 44, only form linkage unit 45 by the 1st flange 10R, the 2nd flange 40L and side, accommodation section bolt 42.In the case, medial compartment 40 and framework 32 is connected by modes such as welding.Or, also can omit the 1st flange 10R, the 2nd flange 40L and side, accommodation section bolt 42, only form linkage unit 45 by the 3rd flange 32L, the 4th flange 40R and heater side bolt 44.In the case, medial compartment 40 and accommodation section 10 is connected by modes such as welding.
At this, the mode of execution of above-mentioned explanation is summarized.
Intermediate medium type vaporizer involved by above-mentioned mode of execution utilizes boiling point than the intermediate medium of low-temperature liquid gas height to make the intermediate medium type vaporizer of this gasifying liquefied gas at low temp, and it comprises: accommodation section, accommodates described intermediate medium, intermediate medium evaporation part, is configured in described accommodation section, and heat source medium is imported in this intermediate medium evaporation part, gasifying liquefied gas at low temp portion, is configured in described accommodation section, and described liquefied gas at low temp is imported in this gasifying liquefied gas at low temp portion, heater, possesses gas heating portion, and heat source medium is imported in this gas heating portion, medial compartment, is configured between described accommodation section and described heater, and the inside of described intermediate medium evaporation part is connected with the inside in described gas heating portion, and linkage unit, the at least one party between described accommodation section and described medial compartment and between described heater and described medial compartment is connected in the mode of freely loading and unloading, wherein, described intermediate medium evaporation part utilizes the heat source medium be flowing in this intermediate medium evaporation part to make the evaporation at least partially of described intermediate medium, described gasifying liquefied gas at low temp portion utilizes the described intermediate medium in described accommodation section to make the gasification at least partially of the described liquefied gas at low temp be flowing in this gasifying liquefied gas at low temp portion, described gas heating portion utilizes the heat source medium be flowing in this gas heating portion, the gas in described gasifying liquefied gas at low temp portion, described gasifying liquefied gas at low temp being produced is heated.
In intermediate medium type vaporizer, by removing the connection of linkage unit, accommodation section can be carried out from the dismounting of medial compartment and heater from least one party the dismounting of medial compartment.Therefore, under the state having dismantled intermediate medium type vaporizer, this intermediate medium type vaporizer easily can be carried, and, in setting place, by utilizing linkage unit to connect, intermediate medium type vaporizer easily can be assembled.
In the case, preferably, described linkage unit possesses: the 1st flange, is arranged on described accommodation section; 2nd flange, is arranged on described medial compartment, is removable at described 1st flange; And side, accommodation section bolt, described 1st flange is connected with described 2nd flange secures.
Like this, by dismounting side, accommodation section bolt, remove the connection between the 1st flange and the 2nd flange, thus can easily accommodation section be dismantled from medial compartment.In addition, in setting place, utilize side, accommodation section bolt to be connected with the 2nd flange by the 1st flange, thus easily accommodation section can be connected to medial compartment.
, described linkage unit possess: 3rd flange, be arranged on described heater in addition, in the utility model preferably; 4th flange, is arranged on described medial compartment, is removable at described 3rd flange; And heater side bolt, described 3rd flange is connected with described 4th flange secures.
Like this, by dismounting heater side bolt, remove the connection between the 3rd flange and the 4th flange, thus can easily heater be dismantled from medial compartment.In addition, in setting place, utilize heater side bolt to be connected with the 4th flange by the 3rd flange, thus easily heater can be connected to medial compartment.
, described medial compartment be tubular, with the direction that connect described accommodation section and the described heater orthogonal circular cross section of this medial compartment in addition, in the utility model preferably.
Like this, generation can be made in the stress equalizing of medial compartment.
In the case preferably, the bottom of the bottom of described accommodation section, the bottom of described medial compartment and described heater is placed in same level respectively.
Like this, the rational height of the bottom of heater can be set as the height and position same with the rational height of the bottom of accommodation section, therefore, it is possible to make the height dimension of the pedestal of supporting heater diminish.
In the case, preferably, described heater possesses cylindric framework, described accommodation section is cylindric, the diameter of the described framework of described heater is set to less than the diameter of described accommodation section, and described medial compartment is following tubular: this medial compartment from the section orthogonal with the direction connecting described accommodation section and described heater diametrically from the side end being connected to described accommodation section of this medial compartment to the circle that the side end being connected to described heater of this medial compartment diminishes gradually.
In addition, in the utility model preferably, described heater possesses the framework of accommodating described gas heating portion.
In addition, preferably also comprising: upstream chamber, be connected to the one end in described gasifying liquefied gas at low temp portion, flowing into described gasifying liquefied gas at low temp portion for making described liquefied gas at low temp; Room of outlet, is connected to the other end in described gasifying liquefied gas at low temp portion, flows out from described gasifying liquefied gas at low temp portion for making described liquefied gas at low temp; Linking department, is connected described room of outlet and described framework.
In addition, in the utility model preferably, described accommodation section by accommodating described intermediate medium in the lump, the single shell in described intermediate medium evaporation part and described gasifying liquefied gas at low temp portion formed.
In addition, in the utility model preferably, the heat source medium through the inside in described gas heating portion and the inside of described medial compartment is imported in described intermediate medium evaporation part.
Claims (10)
1. an intermediate medium type vaporizer, is characterized in that, utilizes boiling point than the intermediate medium of low-temperature liquid gas height to make this gasifying liquefied gas at low temp, and comprises:
Accommodation section, accommodates described intermediate medium;
Intermediate medium evaporation part, is configured in described accommodation section, and heat source medium is imported in this intermediate medium evaporation part;
Gasifying liquefied gas at low temp portion, is configured in described accommodation section, and described liquefied gas at low temp is imported in this gasifying liquefied gas at low temp portion;
Heater, possesses gas heating portion, and heat source medium is imported in this gas heating portion;
Medial compartment, is configured between described accommodation section and described heater, and the inside of described intermediate medium evaporation part is connected with the inside in described gas heating portion; And
Linkage unit, connects at least one party between described accommodation section and described medial compartment and between described heater and described medial compartment in the mode of freely loading and unloading, wherein,
Described intermediate medium evaporation part utilizes the heat source medium be flowing in this intermediate medium evaporation part to make the evaporation at least partially of described intermediate medium,
Described gasifying liquefied gas at low temp portion utilizes the described intermediate medium in described accommodation section to make the gasification at least partially of the described liquefied gas at low temp be flowing in this gasifying liquefied gas at low temp portion,
Described gas heating portion utilizes the heat source medium be flowing in this gas heating portion, heats to the gas making described gasifying liquefied gas at low temp produce in described gasifying liquefied gas at low temp portion.
2. intermediate medium type vaporizer according to claim 1, it is characterized in that, described linkage unit possesses:
1st flange, is arranged on described accommodation section;
2nd flange, is arranged on described medial compartment, is removable at described 1st flange; And
Bolt, is connected described 1st flange with described 2nd flange secures.
3. intermediate medium type vaporizer according to claim 1, it is characterized in that, described linkage unit possesses:
3rd flange, is arranged on described heater;
4th flange, is arranged on described medial compartment, is removable at described 3rd flange; And
Bolt, is connected described 3rd flange with described 4th flange secures.
4. intermediate medium type vaporizer according to any one of claim 1 to 3, is characterized in that: described medial compartment is tubular, the circular cross section orthogonal with the direction connecting described accommodation section and described heater of this medial compartment.
5. intermediate medium type vaporizer according to claim 4, is characterized in that: the bottom of the bottom of described accommodation section, the bottom of described medial compartment and described heater is placed in same level.
6. intermediate medium type vaporizer according to claim 5, is characterized in that:
Described heater possesses cylindric framework,
Described accommodation section is cylindric,
The diameter of the described framework of described heater is less than the diameter of described accommodation section,
Described medial compartment is following tubular: the section orthogonal with the direction connecting described accommodation section and described heater of this medial compartment is diametrically from the side end being connected to described accommodation section of this medial compartment to the circle that the side end being connected to described heater of this medial compartment diminishes gradually.
7. intermediate medium type vaporizer according to claim 1, is characterized in that: described heater possesses the framework of accommodating described gas heating portion.
8. intermediate medium type vaporizer according to claim 7, is characterized in that, also comprise:
Upstream chamber, is connected to the one end in described gasifying liquefied gas at low temp portion, flows into described gasifying liquefied gas at low temp portion for making described liquefied gas at low temp;
Room of outlet, is connected to the other end in described gasifying liquefied gas at low temp portion, flows out from described gasifying liquefied gas at low temp portion for making described liquefied gas at low temp; And
Linking department, is connected described room of outlet and described framework.
9. intermediate medium type vaporizer according to claim 1, is characterized in that: described accommodation section by accommodating described intermediate medium in the lump, the single shell in described intermediate medium evaporation part and described gasifying liquefied gas at low temp portion formed.
10. intermediate medium type vaporizer according to claim 1, is characterized in that: the heat source medium through the inside in described gas heating portion and the inside of described medial compartment is imported in described intermediate medium evaporation part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520932584.6U CN205208136U (en) | 2015-11-20 | 2015-11-20 | Middle medium type vaporizer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520932584.6U CN205208136U (en) | 2015-11-20 | 2015-11-20 | Middle medium type vaporizer |
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| Publication Number | Publication Date |
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| CN205208136U true CN205208136U (en) | 2016-05-04 |
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| CN201520932584.6U Active CN205208136U (en) | 2015-11-20 | 2015-11-20 | Middle medium type vaporizer |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108050383A (en) * | 2018-01-16 | 2018-05-18 | 中科睿凌江苏低温设备有限公司 | A kind of liquefied gas at low temp intelligence gasification installation |
| CN108224079A (en) * | 2018-01-16 | 2018-06-29 | 中科睿凌江苏低温设备有限公司 | Intermediate medium type gasifier |
-
2015
- 2015-11-20 CN CN201520932584.6U patent/CN205208136U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108050383A (en) * | 2018-01-16 | 2018-05-18 | 中科睿凌江苏低温设备有限公司 | A kind of liquefied gas at low temp intelligence gasification installation |
| CN108224079A (en) * | 2018-01-16 | 2018-06-29 | 中科睿凌江苏低温设备有限公司 | Intermediate medium type gasifier |
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