CN203021551U - Cooling fermentation tank with outer semi-circle pipe - Google Patents
Cooling fermentation tank with outer semi-circle pipe Download PDFInfo
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- CN203021551U CN203021551U CN 201220730465 CN201220730465U CN203021551U CN 203021551 U CN203021551 U CN 203021551U CN 201220730465 CN201220730465 CN 201220730465 CN 201220730465 U CN201220730465 U CN 201220730465U CN 203021551 U CN203021551 U CN 203021551U
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Abstract
A cooling fermentation tank with outer semi-circle pipes comprises a tank body, a fourth group of cooling water outlets, a fourth group of cooling water inlets, a third group of cooling water outlets, a third group of cooling water inlets, a second group of cooling water outlets, a second group of cooling water inlets, a first group of cooling water outlets, semi-circle cooling pipes, a first group of cooling water inlets, a cooling water inlet, a flange, semi-circle closure plates and a cooling water outlet, wherein the outer wall of the tank body is provided with a first group of outer semi-circle pipe coolers, a second group of outer semi-circle pipe coolers, a third group of outer semi-circle pipe coolers and a fourth group of outer semi-circle pipe coolers from bottom to top, the first group of cooling water inlets and cooling water outlets are on the first group of outer semi-circle pipe coolers, the second group of cooling water inlets and cooling water outlets are arranged on the second group of outer semi-circle pipe coolers, the third group of cooling water inlets and cooling water outlets are arranged on the third group of outer semi-circle pipe coolers, the fourth group of cooling water inlets and cooling water outlets are arranged on the fourth group of outer semi-circle pipe coolers, and the outer sides of the cooling water inlets and the cooling water outlets of each group of outer semi-circle pipe coolers are respectively provided with a semi-circle closure plate. The original tubular structure in the tank body is transformed into a semi-circle pipe cooling structure which surrounds the outer wall of the tank body, thus increasing the semi-circle cooling pipe structure, the interior space of the tank body and the effective volume of the fermentation tank; By the arrangement of the semi-circle cooling pipes, the contamination is avoided in the fermentation process and the rigidity of the tank body is increased.
Description
Technical field
The utility model relates to biotechnical processes fermentation equipment used, particularly a kind of outer semi-circular tube cooling and fermentation tank.
Background technology
Since China reform and opening-up, national economy obtains rapid growth, has become the main flow of the present industrial development of China with " scientific and technical innovation, autonomous innovation ", and China's industry is progressively to intensive style, energy-saving and emission-reduction, the future development of low-carbon (LC).Fermentor tank is the outside atmosphere device that microorganism grows, breeds and form product during the fermentation, it is mainly to guarantee that microorganism grows under aseptic state, therefore, temperature stable and aseptic be most important for fermentation, and the stable of temperature is that a plurality of interchanger need to be arranged, and powerful stirring is arranged.Existing traditional mechanical agitating fermentation tank, tubulation mode water cooler in adopting, as shown in Figure 1 and Figure 2, as can be seen from Figure, be provided with tubulation mode water cooler 1 in 8 groups on inwall in fermentor tank, this type of cooling takies the fermentor tank internal space, has reduced the useful volume of tank body; In tank interior, there is the dead angle due to cooling tube in next, easily causes the tank body microbiological contamination.There is no the dead angle in order to allow in fermentor tank as far as possible, and that tries one's best in tank does not have a unnecessary equipment pipe, R﹠D institution and science and technology in enterprise personnel are in constantly research, exploration, utilize modern science and technology, although obtained technically some progress, still existed the technical barrier that not yet overcomes in practice.
Summary of the invention
The purpose of this utility model is to overcome above deficiency, and a kind of outer semi-circular tube cooling and fermentation tank is provided, and changes tubulation structure original in tank body into around tank wall semi-circular tube cooling structure, this structure does not occupy the tank interior space, increased the fermentor tank useful volume, the semicircle cooling tube has been avoided the microbiological contamination in the fermenting process in the tank body outside, this structure has increased the rigidity of tank body simultaneously, can reduce the tank body wall thickness under equal conditions, save and use material, easy to use, safety, dependable performance.
the technical scheme that its technical problem that solves the utility model adopts is: comprise tank body, the 4th group of cooling water outlet, the 4th group of entrance of cooling water, the 3rd group of cooling water outlet, the 3rd group of entrance of cooling water, second group of cooling water outlet, second group of entrance of cooling water, first group of cooling water outlet, the semi-circular tube cooling tube, first group of entrance of cooling water, entrance of cooling water, flange, the semicircle closure plate, cooling water outlet, tank body is the cylindrical tube shape, tank wall is provided with four groups of outer semi-circular tube water coolers from top to bottom, respectively first group of outer semi-circular tube water cooler, second group of outer semi-circular tube water cooler, the 3rd group of outer semi-circular tube water cooler, the 4th group of outer semi-circular tube water cooler, first group of outer semi-circular tube water cooler is provided with first group of entrance of cooling water and first group of cooling water outlet, second group of outer semi-circular tube water cooler is provided with second group of entrance of cooling water and second group of cooling water outlet, the 3rd group of outer semi-circular tube water cooler is provided with the 3rd group of entrance of cooling water and the 3rd group of cooling water outlet, the 4th group of outer semi-circular tube water cooler is provided with the 4th group of entrance of cooling water and the 4th group of cooling water outlet, the entrance of cooling water of every group of outer semi-circular tube water cooler and the outside of cooling water outlet are provided with the semicircle closure plate, entrance of cooling water and the cooling water outlet of group of outer semi-circular tube water cooler are provided with flange, be formed by connecting by the semi-circular tube cooling tube between the entrance of cooling water of every group of outer semi-circular tube water cooler and cooling water outlet, the semi-circular tube cooling tube is the spiral-shaped and uniform welding of spring at tank wall, the entrance of cooling water of the cooling water outlet of every group of outer semi-circular tube water cooler and adjacent outer semi-circular tube water cooler is arranged on the circumference of tank wall sustained height, the entrance of cooling water of the cooling water outlet of its every group outer semi-circular tube water cooler and adjacent outer semi-circular tube water cooler is separated by a distance in the horizontal direction, the entrance of cooling water of every group of outer semi-circular tube water cooler and cooling water outlet access water circulation system, formed outer semi-circular tube cooling and fermentation tank.
The know-why that the utility model adopts is: adopt the principle that on physics, heat is transmitted.By tubulation structure original in tank body being changed into the semi-circular tube cooling structure around tank wall, this structure does not occupy the tank interior space, has increased the fermentor tank useful volume, does not have the dead angle in tank, has avoided the microbiological contamination in the fermenting process.Tank wall is provided with four groups of outer semi-circular tube water coolers from top to bottom, respectively first group of outer semi-circular tube water cooler, second group of outer semi-circular tube water cooler, the 3rd group of outer semi-circular tube water cooler, the 4th group of outer semi-circular tube water cooler, the entrance of cooling water of every group of outer semi-circular tube water cooler and the outside of cooling water outlet are provided with the semicircle closure plate, every group of outer semi-circular tube water cooler has independently entrance of cooling water and cooling water outlet, form separately an independently water circulation system, guarantee fully cooling to the fermentor tank tank body.The entrance of cooling water of every group of outer semi-circular tube water cooler and the head and the tail of cooling water outlet are formed by connecting by the semi-circular tube cooling tube, the semi-circular tube cooling tube is the spiral-shaped and uniform welding of spring at tank wall, when the fermentor tank tank body is carried out cooling process, the open cold water circulation system is carried out cooling down to the tank body temperature; Otherwise, when needing the fermentor tank tank body is carried out hyperthermic treatment, open hot water cyclesystem, the tank body temperature is heated up.This structure has guaranteed the even distribution to fermentor tank tank body heat interchanging area and heat transfer effect, also plays simultaneously the effect that tank wall is reinforced, and the thickness of tank body cylindrical shell can attenuate, save the usage quantity of steel, reduced production cost, easy to use, safety, dependable performance.
The utility model beneficial effect is: adopt the principle that on physics, heat is transmitted.Change tubulation structure original in tank body into around tank wall semi-circular tube cooling structure, this structure does not occupy the tank interior space, increased the fermentor tank useful volume, the semicircle cooling tube has been avoided the microbiological contamination in the fermenting process in the tank body outside, this structure has increased the rigidity of tank body simultaneously, can reduce the tank body wall thickness under equal conditions, save and use material, easy to use, safety, dependable performance.
Description of drawings
The below further describes the utility model in conjunction with the accompanying drawings and embodiments:
Fig. 1 is the structural front view of existing interior tubulation mode cooling and fermentation tank
Fig. 2 is the vertical view of existing interior tubulation mode cooling and fermentation tank
Fig. 3 is the structural front view of outer semi-circular tube cooling and fermentation tank
Fig. 4 is the semi-circular tube pipe structure for cooling schematic diagram of outer semi-circular tube cooling and fermentation tank wall
In the drawings: 1. tubulation mode water cooler, 2. tank body, 3. the 4th group of cold ground water out, 4. the 4th group of entrance of cooling water, 5. the 3rd group of cooling water outlet, 6. the 3rd group of entrance of cooling water, 7. second group of cooling water outlet, 8. second group of entrance of cooling water, 9. first group of cooling water outlet, 10. semi-circular tube cooling tube, 11. first groups of entrance of cooling water, 12. entrance of cooling water, 13. flanges, 14. semicircle closure plates, 15. cooling water outlets.
Embodiment
In Fig. 1, Fig. 2: be provided with tubulation mode water cooler 1 in 8 groups on the inwall in fermentor tank, this type of cooling takies the fermentor tank internal space, has reduced the useful volume of tank body; In tank interior, there is the dead angle due to cooling tube in next, easily causes the tank body microbiological contamination.
Fig. 3, in Fig. 4: tank body 2 is the cylindrical tube shape, tank body 2 outer walls are provided with four groups of outer semi-circular tube water coolers from top to bottom, respectively first group of outer semi-circular tube water cooler, second group of outer semi-circular tube water cooler, the 3rd group of outer semi-circular tube water cooler, the 4th group of outer semi-circular tube water cooler, first group of outer semi-circular tube water cooler is provided with first group of entrance of cooling water 11 and first group of cooling water outlet 9, second group of outer semi-circular tube water cooler is provided with second group of entrance of cooling water 8 and second group of cooling water outlet 7, the 3rd group of outer semi-circular tube water cooler is provided with the 3rd group of entrance of cooling water 6 and the 3rd group of cooling water outlet 5, the 4th group of outer semi-circular tube water cooler is provided with the 4th group of entrance of cooling water 4 and the 4th group of cooling water outlet 3, the entrance of cooling water 12 of every group of outer semi-circular tube water cooler is provided with semicircle closure plate 14 with the outside of cooling water outlet 15, entrance of cooling water 12 and the cooling water outlet 15 of every group of outer semi-circular tube water cooler are provided with flange 13, be formed by connecting by semi-circular tube cooling tube 10 between the entrance of cooling water 12 of every group of outer semi-circular tube water cooler and cooling water outlet 15, semi-circular tube cooling tube 10 is the spiral-shaped and uniform welding of spring at tank body 2 outer walls, the cooling water outlet 15 of every group of outer semi-circular tube water cooler is arranged on the circumference of tank body 2 outer wall sustained heights with the entrance of cooling water 12 of adjacent outer semi-circular tube water cooler, the cooling water outlet 15 of its every group outer semi-circular tube water cooler is separated by a distance in the horizontal direction with the entrance of cooling water 12 of adjacent outer semi-circular tube water cooler, the entrance of cooling water 12 of every group of outer semi-circular tube water cooler and cooling water outlet 15 access water circulation systems, formed outer semi-circular tube cold ground fermentor tank.
Outer semi-circular tube cooling and fermentation tank adopts the principle that on physics, heat is transmitted.By the interior original tubulation structure of tank body 2 is changed into around the semi-circular tube cooling structure of tank body 2 outer walls, this structure does not occupy the tank interior space, has increased the fermentor tank useful volume, does not have the dead angle in tank, has avoided the microbiological contamination in the fermenting process.Tank body 2 outer walls are provided with four groups of outer semi-circular tube water coolers from top to bottom, respectively first group of outer semi-circular tube water cooler, second group of outer semi-circular tube water cooler, the 3rd group of outer semi-circular tube water cooler, the 4th group of outer semi-circular tube water cooler, the entrance of cooling water 12 of every group of outer semi-circular tube water cooler is provided with semicircle closure plate 14 with the outside of cooling water outlet 15, every group of outer semi-circular tube water cooler has independently entrance of cooling water 12 and cooling water outlet 15, form separately an independently water circulation system, guarantee fully cooling to fermentor tank tank body 2.The entrance of cooling water 12 of every group of outer semi-circular tube water cooler is formed by connecting by semi-circular tube cooling tube 10 with the head and the tail of cooling water outlet 15, semi-circular tube cooling tube 10 is the spiral-shaped and uniform welding of spring at tank body 2 outer walls, when fermentor tank tank body 2 is carried out cooling process, the open cold water circulation system is carried out cooling down to tank body 2 temperature; Otherwise, when needing fermentor tank tank body 2 is carried out hyperthermic treatment, open hot water cyclesystem, tank body 2 temperature are heated up.This structure has guaranteed the even distribution to fermentor tank tank body 2 heat interchanging areas and heat transfer effect, also plays simultaneously the effect that tank body 2 outer walls are reinforced, and the thickness of tank body 2 cylindrical shells can attenuate, save the usage quantity of steel, reduced production cost, easy to use, safety, dependable performance.
Claims (1)
1. outer semi-circular tube cooling and fermentation tank, relate to biotechnical processes fermentation equipment used, comprise tank body, the 4th group of cooling water outlet, the 4th group of entrance of cooling water, the 3rd group of cooling water outlet, the 3rd group of entrance of cooling water, second group of cooling water outlet, second group of entrance of cooling water, first group of cooling water outlet, the semi-circular tube cooling tube, first group of entrance of cooling water, entrance of cooling water, flange, the semicircle closure plate, cooling water outlet, it is characterized in that: tank body is the cylindrical tube shape, tank wall is provided with four groups of outer semi-circular tube water coolers from top to bottom, respectively first group of outer semi-circular tube water cooler, second group of outer semi-circular tube water cooler, the 3rd group of outer semi-circular tube water cooler, the 4th group of outer semi-circular tube water cooler, first group of outer semi-circular tube water cooler is provided with first group of entrance of cooling water and first group of cooling water outlet, second group of outer semi-circular tube water cooler is provided with second group of entrance of cooling water and second group of cooling water outlet, the 3rd group of outer semi-circular tube water cooler is provided with the 3rd group of entrance of cooling water and the 3rd group of cooling water outlet, the 4th group of outer semi-circular tube water cooler is provided with the 4th group of entrance of cooling water and the 4th group of cooling water outlet, the entrance of cooling water of every group of outer semi-circular tube water cooler and the outside of cooling water outlet are provided with the semicircle closure plate, entrance of cooling water and the cooling water outlet of every group of outer semi-circular tube water cooler are provided with flange, be formed by connecting by the semi-circular tube cooling tube between the entrance of cooling water of every group of outer semi-circular tube water cooler and cooling water outlet, the semi-circular tube cooling tube is the spiral-shaped and uniform welding of spring at tank wall, the entrance of cooling water of the cooling water outlet of every group of outer semi-circular tube water cooler and adjacent outer semi-circular tube water cooler is arranged on the circumference of tank wall sustained height, the entrance of cooling water of the cooling water outlet of its every group outer semi-circular tube water cooler and adjacent outer semi-circular tube water cooler is separated by a distance in the horizontal direction, the entrance of cooling water of every group of outer semi-circular tube water cooler and cooling water outlet access water circulation system, formed outer semi-circular tube cooling and fermentation tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220730465 CN203021551U (en) | 2012-12-27 | 2012-12-27 | Cooling fermentation tank with outer semi-circle pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220730465 CN203021551U (en) | 2012-12-27 | 2012-12-27 | Cooling fermentation tank with outer semi-circle pipe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203021551U true CN203021551U (en) | 2013-06-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220730465 Expired - Fee Related CN203021551U (en) | 2012-12-27 | 2012-12-27 | Cooling fermentation tank with outer semi-circle pipe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203021551U (en) |
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2012
- 2012-12-27 CN CN 201220730465 patent/CN203021551U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130626 Termination date: 20181227 |
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| CF01 | Termination of patent right due to non-payment of annual fee |