CN101485436B - Three-stage repeating and circulation use method of process water in catsup plant - Google Patents
Three-stage repeating and circulation use method of process water in catsup plant Download PDFInfo
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- CN101485436B CN101485436B CN2009103004624A CN200910300462A CN101485436B CN 101485436 B CN101485436 B CN 101485436B CN 2009103004624 A CN2009103004624 A CN 2009103004624A CN 200910300462 A CN200910300462 A CN 200910300462A CN 101485436 B CN101485436 B CN 101485436B
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Abstract
The invention relates to a method for reusing production water of tomato-sauce factories, in particular to a three-stage repeating and recycling method for production water of tomato-sauce factories. The method has the following steps: tomatoes are first rinsed by use of rinsing water; the rinsed tomatoes are separated from the rinsing water and then enter a flume; the rinsing water enters a rinsing-water circulation waterway; the rinsing water in the rinsing-water circulation waterway is treated through a rinsing-water filtering device and a rinsing-water circulation device, and then returns back to a tomato rinsing place so as to be reused; the tomatoes after entering the flume are flow-conveyed to an inlet of a production line through flow-conveying water, and then are separated from the flow-conveying water in the inlet of the production line through a scraper hoisting machine; and the flow-conveying water enters a flow-conveying water circulation waterway. The method is convenient to use, ensures that the repeated use rate of the production water can reach over 85 percent, and reaches ideal effects of saving water and energy and reducing sewage discharge, thereby greatly reducing production cost and simultaneously reducing the difficulty of sewage treatment.
Description
One, technical field
The present invention relates to the method that process water in catsup plant utilizes again, is three grades of repetitions of a kind of process water in catsup plant and recycle method.
Two, background technology
Catsup factory is a kind of factory of a large amount of waters.Mostly the used raw tomatoes material of general factory is the factory of advancing in bulk, adopts water towards discharging after entering factory, and discharge rate is fast like this, small investment.The temporary back of unloading of tomato buffering is delivered to workshop through flume with current.In the production line porch by scraper lifting machine with tomato and separated form water, and send to cleaning (comprise floating wash wash) with spray.Cleaning the back tomato promptly processes.Prior art is at above each water place or all use new water, and perhaps the part is reused.The fresh water consumption is big so aborning, causes water resource to waste in a large number, causes problems such as displacement is big, the sewage disposal difficulty is big simultaneously.
Three, summary of the invention
The invention provides three grades of repetitions of a kind of process water in catsup plant and recycle method, overcome the deficiency of prior art, solved the problem that water consumption is big, the sewage disposal difficulty is big.
Technical scheme of the present invention realizes through following measure: three grades of repetitions of a kind of process water in catsup plant with recycle method and carry out as follows: tomato is earlier with dashing and unload towards unloading water; Dash and unload the back tomato and use separated form water towards unloading; Tomato gets into flume, dashes and unloads the water entering towards unloading the water circulation waterway; Unload water and unload with water filtering device, dash to unload and return tomato after handling with water circle device and reuse dashing to unload to dash in the water circulation waterway towards the place of unloading through overshoot; Tomato gets into behind the flume to be sent with current by stream delivers to the production line inlet; Tomato and stream are sent by scraper lifting machine in the production line porch and to use separated form water; Stream send water to get into stream and send the water circulation waterway, send in the water circulation waterway stream to send water to send through overcurrent at stream and returns tomato flume place after sending with the water circle device processing with water filtering device, stream and reuse; Tomato is cleaned earlier after getting into production line; Tomato after the cleaning separates the entering procedure with water for cleaning; Water for cleaning gets into the water for cleaning circulation waterway, returns tomato cleaning place after water for cleaning is handled through water for cleaning filter, water for cleaning EGR in the water for cleaning circulation waterway and reuses.
Be to the further optimization of foregoing invention technical scheme below or/and improve:
Above-mentioned dash to unload with water filtering device can comprise first coarse rack, dash to unload and comprise dashing with water circle device and unload the water circulating water pool and use water conveying device towards unloading; Dash to unload to enter into to dash after water filters through first coarse rack and unload the water circulating water pool, be transported to tomato with water conveying device and dash the place of unloading and reuse through dashing to unload then; Stream send with water filtering device and comprises second coarse rack, and stream send with water circle device and comprises that stream send water circulating water pool and stream to send and uses water conveying device; Enter into stream after stream send water to filter through second coarse rack and send the water circulating water pool, send through stream then to be transported to tomato flume place with water conveying device and to reuse; The water for cleaning filter comprises the 3rd coarse rack, and the water for cleaning EGR comprises water for cleaning circulating water pool and water for cleaning transport; Water for cleaning enters into the water for cleaning circulating water pool after filtering through the 3rd coarse rack, is transported to tomato cleaning place through the water for cleaning transport then and reuses.
Above-mentioned dash to unload with water filtering device can comprise first fine fack, first fine fack is installed in to dash and unloads on the water circulating water pool, dashes to enter into towards unloading in the water circulating water pool after filtering through first fine fack after unloading water and filtering through first coarse rack again; Stream send with water filtering device and comprises second fine fack, and second fine fack is installed in stream and send on the water circulating water pool, enters into stream after filtering through second fine fack after stream send water to filter through second coarse rack again and send in the water circulating water pool; The water for cleaning filter comprises the 3rd fine fack, and the 3rd fine fack is installed on the water for cleaning circulating water pool, enters in the water for cleaning circulating water pool after filtering through the 3rd fine fack after water for cleaning filters through the 3rd coarse rack again.
Above-mentioned first fine fack, second fine fack, the 3rd fine fack all can adopt the swinging fine fack.
Above-mentioned towards unloading with water conveying device, flowing to send and all can adopt water circulating pump with water conveying device and water for cleaning transport.
Above-mentioned towards unloading with water conveying device, flowing to send and all can adopt elevated tank with water conveying device and water for cleaning transport.
Above-mentioned towards unloading the water circulating water pool, flowing and send water circulating water pool and water for cleaning circulating water pool to be connected in turn; First overfall that send the water circulating water pool to communicate with stream is arranged on the water for cleaning circulating water pool; Send the water circulating water pool to have with dashing at stream and unload second overfall that the water circulating water pool communicates, having on the water circulating water pool and corresponding the 3rd overfall of sewage draining exit dashing to unload; The bottom absolute altitude of first overfall is higher than the bottom absolute altitude of second overfall, and the bottom absolute altitude of second overfall is higher than the bottom absolute altitude of the 3rd overfall.
Above-mentioned tomato gets into the cleaning of carrying out behind the production line can adopt floating wash and spray is washed, floating mend when washing into fresh water or/and the sterilization cooling water or/and evaporator cools water when spray is washed, mend into fresh water or/and the sterilization cooling water.
The present invention is easy to use; Through using this method that the repeat usage of industrial water is reached more than 85%; Reach desirable water saving, energy-conservation and reduce the effect of sewage discharge, therefore greatly reduced production cost, also reduced the difficulty of sewage disposal simultaneously.
Four, description of drawings
Accompanying drawing 1 is a process flow diagram of the present invention.
Being encoded in the accompanying drawing: 1 is first coarse rack, and 2 is to dash to unload the water circulating water pool, and 3 is second coarse rack, and 4 is that stream send the water circulating water pool; 5 is the 3rd coarse rack, and 6 is the water for cleaning circulating water pool, and 7 is first fine fack, and 8 is second fine fack; 9 is the 3rd fine fack, and 10 is first overfall, and 11 is second overfall; 12 is the 3rd overfall, and 13 is water circulating pump, and 14 is elevated tank.
Five, the specific embodiment
The present invention does not receive the restriction of following embodiment, can confirm concrete embodiment according to technical scheme of the present invention and actual conditions.
Below in conjunction with embodiment and accompanying drawing the present invention is further described:
Shown in accompanying drawing 1; Three grades of repetitions of this process water in catsup plant with recycle method and carry out as follows: tomato is earlier with dashing and unload towards unloading water; Towards unloading the back tomato and dashing to unload and use separated form water, tomato gets into flume, gets into towards unloading the water circulation waterway towards unloading water; Unload water and unload with water filtering device, dash to unload and return tomato after handling with water circle device and reuse dashing to unload to dash in the water circulation waterway towards the place of unloading through overshoot; Tomato gets into behind the flume to be sent with current by stream delivers to the production line inlet; Tomato and stream are sent by scraper lifting machine in the production line porch and to use separated form water; Stream send water to get into stream and send the water circulation waterway, send in the water circulation waterway stream to send water to send through overcurrent at stream and returns tomato flume place after sending with the water circle device processing with water filtering device, stream and reuse; Tomato is cleaned earlier after getting into production line; Tomato after the cleaning separates the entering procedure with water for cleaning; Water for cleaning gets into the water for cleaning circulation waterway, returns tomato cleaning place after water for cleaning is handled through water for cleaning filter, water for cleaning EGR in the water for cleaning circulation waterway and reuses.
Can the three grades of repetitions of above-mentioned process water in catsup plant and the method that recycles be done further to optimize or/and improve based on actual needs:
Shown in accompanying drawing 1, comprise first coarse rack 1 towards unloading with water filtering device, comprise towards unloading water circulating water pool 2 and dashing to unload and use water conveying device towards unloading with water circle device; Dash to unload to enter into to dash after water filters through first coarse rack 1 and unload water circulating water pool 2, be transported to tomato with water conveying device and dash the place of unloading and reuse through dashing to unload then; Stream send with water filtering device and comprises second coarse rack 3, and stream send with water circle device and comprises that stream send water circulating water pool 4 and stream to send and uses water conveying device; Enter into stream after stream send water to filter through second coarse rack 3 and send water circulating water pool 4, send through stream then to be transported to tomato flume place with water conveying device and to reuse; The water for cleaning filter comprises the 3rd coarse rack 5, and the water for cleaning EGR comprises water for cleaning circulating water pool 6 and water for cleaning transport; Water for cleaning enters into water for cleaning circulating water pool 6 after filtering through the 3rd coarse rack 5, is transported to tomato cleaning place through the water for cleaning transport then and reuses.
Shown in accompanying drawing 1; In order to isolate less solid content; Dash to unload and comprise first fine fack 7 with water filtering device; First fine fack 7 is installed in to dash and unloads on the water circulating water pool 2, dashes to enter into to dash after filtering through first fine fack 7 after unloading water and filtering through first coarse rack 1 again and unloads in the water circulating water pool 2; Stream send with water filtering device and comprises that second fine fack, 8, the second fine facks 8 are installed in stream and send on the water circulating water pool 4, enters into stream after filtering through second fine fack 8 after stream send water to filter through second coarse rack 3 again and send in the water circulating water pool 4; The water for cleaning filter comprises that the 3rd fine fack 9, the three fine facks 9 are installed on the water for cleaning circulating water pool 6, enters in the water for cleaning circulating water pool 6 after filtering through the 3rd fine fack 9 after water for cleaning filters through the 3rd coarse rack 5 again.
Shown in accompanying drawing 1, first fine fack 7, second fine fack 8, the 3rd fine fack 9 all adopt the swinging fine fack.
Shown in accompanying drawing 1,, dash to unload and send with water conveying device and water for cleaning transport and all adopt water circulating pump 13 with water conveying device, stream for the ease of carrying.
Shown in accompanying drawing 1, send with water conveying device and water for cleaning transport and all adopt elevated tank 14 for the ease of carrying to dash to unload with water conveying device, stream.
Shown in accompanying drawing 1; Dash and unload water circulating water pool 2, flow and send water circulating water pool 4 and water for cleaning circulating water pool 6 to be connected in turn; First overfall 10 that send water circulating water pool 4 to communicate with stream is arranged on water for cleaning circulating water pool 6; Send water circulating water pool 4 to have with dashing at stream and unload second overfall 11 that water circulating water pool 2 communicates, having on the water circulating water pool 2 and corresponding the 3rd overfall 12 of sewage draining exit dashing to unload; The bottom absolute altitude of first overfall 10 is higher than the bottom absolute altitude of second overfall 11, and the bottom absolute altitude of second overfall 11 is higher than the bottom absolute altitude of the 3rd overfall 12, like this, just can be automatically supplementing water step by step.
Shown in accompanying drawing 1; Tomato gets into the cleaning of carrying out behind the production line and adopts floating wash and spray is washed; Floating mend when washing into fresh water or/and the sterilization cooling water or/and evaporator cools water;, mends spray into fresh water or/and the sterilization cooling water floating wash and spray is washed and all adopted existing known cleaning technique when washing.
Above technical characterictic has constituted most preferred embodiment of the present invention, and it has stronger adaptability and best implementation result, can increase and decrease non-essential technical characterictic according to actual needs, satisfies the demand of different situations.
Claims (10)
- Three grades of repetitions of a process water in catsup plant with recycle method; It is characterized in that carrying out as follows: tomato is earlier with dashing and unload towards unloading water; Towards unloading the back tomato and dashing to unload and use separated form water, tomato gets into flume, gets into towards unloading the water circulation waterway towards unloading water; Unload water and unload with water filtering device, dash to unload and return tomato after handling with water circle device and reuse dashing to unload to dash in the water circulation waterway towards the place of unloading through overshoot; Tomato gets into behind the flume to be sent with current by stream delivers to the production line inlet; Tomato and stream are sent by scraper lifting machine in the production line porch and to use separated form water; Stream send water to get into stream and send the water circulation waterway, send in the water circulation waterway stream to send water to send through overcurrent at stream and returns tomato flume place after sending with the water circle device processing with water filtering device, stream and reuse; Tomato is cleaned earlier after getting into production line; Tomato after the cleaning separates the entering procedure with water for cleaning; Water for cleaning gets into the water for cleaning circulation waterway, returns tomato cleaning place after water for cleaning is handled through water for cleaning filter, water for cleaning EGR in the water for cleaning circulation waterway and reuses.
- 2. three grades of repetitions of process water in catsup plant according to claim 1 with recycle method, it is characterized in that dashing unloading and comprise first coarse rack with water filtering device, dash to unload to consist of to dash and unload the water circulating water pool and dash to unload and use water conveying device with water circle device; Dash to unload to enter into to dash after water filters through first coarse rack and unload the water circulating water pool, be transported to tomato with water conveying device and dash the place of unloading and reuse through dashing to unload then; Stream send with water filtering device and comprises second coarse rack, and stream send and consists of stream with water circle device and send water circulating water pool and stream to send to use water conveying device; Enter into stream after stream send water to filter through second coarse rack and send the water circulating water pool, send through stream then to be transported to tomato flume place with water conveying device and to reuse; The water for cleaning filter comprises the 3rd coarse rack, and the water for cleaning EGR consists of water for cleaning circulating water pool and water for cleaning transport; Water for cleaning enters into the water for cleaning circulating water pool after filtering through the 3rd coarse rack, is transported to tomato cleaning place through the water for cleaning transport then and reuses.?
- 3. three grades of repetitions of process water in catsup plant according to claim 2 with recycle method; It is characterized in that dashing to unload comprising first fine fack with water filtering device; First fine fack is installed in to dash and unloads on the water circulating water pool, dashes to enter into to dash after filtering through first fine fack after unloading water and filtering through first coarse rack again and unloads in the water circulating water pool; Stream send with water filtering device and comprises second fine fack, and second fine fack is installed in stream and send on the water circulating water pool, enters into stream after filtering through second fine fack after stream send water to filter through second coarse rack again and send in the water circulating water pool; The water for cleaning filter comprises the 3rd fine fack, and the 3rd fine fack is installed on the water for cleaning circulating water pool, enters in the water for cleaning circulating water pool after filtering through the 3rd fine fack after water for cleaning filters through the 3rd coarse rack again.
- 4. three grades of repetitions of process water in catsup plant according to claim 3 with recycle method, it is characterized in that first fine fack, second fine fack, the 3rd fine fack all adopt the swinging fine fack.
- According to claim 2 or three grades of repetitions of 3 or 4 described process water in catsup plant with recycle method, it is characterized in that dashing and unload with water conveying device, flow to send and all adopt water circulating pump with water conveying device and water for cleaning transport.
- According to claim 2 or three grades of repetitions of 3 or 4 described process water in catsup plant with recycle method, it is characterized in that dashing and unload with water conveying device, flow to send and all adopt elevated tank with water conveying device and water for cleaning transport.
- According to claim 2 or three grades of repetitions of 3 or 4 described process water in catsup plant with recycle method; It is characterized in that towards unloading the water circulating water pool, flowing and send water circulating water pool and water for cleaning circulating water pool to be connected in turn; First overfall that send the water circulating water pool to communicate with stream is arranged on the water for cleaning circulating water pool; Send the water circulating water pool to have with dashing at stream and unload second overfall that the water circulating water pool communicates, having on the water circulating water pool and corresponding the 3rd overfall of sewage draining exit dashing to unload; The bottom absolute altitude of first overfall is higher than the bottom absolute altitude of second overfall, and the bottom absolute altitude of second overfall is higher than the bottom absolute altitude of the 3rd overfall.
- 8. three grades of repetitions of process water in catsup plant according to claim 6 with recycle method; It is characterized in that towards unloading the water circulating water pool, flowing and send water circulating water pool and water for cleaning circulating water pool to be connected in turn; First overfall that send the water circulating water pool to communicate with stream is arranged on the water for cleaning circulating water pool; Send the water circulating water pool to have with dashing at stream and unload second overfall that the water circulating water pool communicates, having on the water circulating water pool and corresponding the 3rd overfall of sewage draining exit dashing to unload; The bottom absolute altitude of first overfall is higher than the bottom absolute altitude of second overfall, and the bottom absolute altitude of second overfall is higher than the bottom absolute altitude of the 3rd overfall.
- According to claim 2 or three grades of repetitions of 3 or 4 described process water in catsup plant with recycle method; It is characterized in that tomato gets into the cleaning of carrying out behind the production line and adopts floating wash and spray is washed; Floating mend when washing into fresh water or/and the sterilization cooling water or/and evaporator cools water when spray is washed, mend into fresh water or/and the sterilization cooling water.
- 10. three grades of repetitions of process water in catsup plant according to claim 8 with recycle method; It is characterized in that tomato gets into the cleaning of carrying out behind the production line and adopts floating wash and spray is washed; Floating mend when washing into fresh water or/and the sterilization cooling water or/and evaporator cools water when spray is washed, mend into fresh water or/and the sterilization cooling water.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009103004624A CN101485436B (en) | 2009-02-18 | 2009-02-18 | Three-stage repeating and circulation use method of process water in catsup plant |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2009103004624A CN101485436B (en) | 2009-02-18 | 2009-02-18 | Three-stage repeating and circulation use method of process water in catsup plant |
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| CN101485436A CN101485436A (en) | 2009-07-22 |
| CN101485436B true CN101485436B (en) | 2012-05-23 |
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| CN111499021A (en) * | 2020-04-22 | 2020-08-07 | 姚棠 | Method and device for recycling reclaimed water in concentrated fruit and vegetable processing water |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1343455A (en) * | 2000-09-18 | 2002-04-10 | 吉建军 | Process and apparatus for separating out leftover of tomato sauce |
| CN1917778A (en) * | 2004-02-06 | 2007-02-21 | 赞尼凯利研究有限责任公司 | Tomato products and process for their preparation |
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2009
- 2009-02-18 CN CN2009103004624A patent/CN101485436B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1343455A (en) * | 2000-09-18 | 2002-04-10 | 吉建军 | Process and apparatus for separating out leftover of tomato sauce |
| CN1917778A (en) * | 2004-02-06 | 2007-02-21 | 赞尼凯利研究有限责任公司 | Tomato products and process for their preparation |
Non-Patent Citations (2)
| Title |
|---|
| 杜新宪等.番茄酱生产废水处理DAT-IAT工艺的应用与研究.《新疆环境保护》.2003,第25卷(第2期),23-26全文. * |
| 杨桂馥.番茄酱生产技术.《2000全国农产品加工技术与装备研讨会论文集》.2000,227-231全文. * |
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