CN201735251U - Liquid environment-protection energy-saving low-temperature filter - Google Patents

Abstract

The utility model provides a liquid environment-protection energy-saving low-temperature filter, which relates to a low-temperature filter for separating other impurities from mild wine. The utility model aims at solving the problem of non-constant-temperature factor of the ordinary freezing filtering machine and overcoming the defects of high operation difficult, water resource waste and green house effect caused by the non-constant-temperature factor. The utility model uses the normal temperature of the original liquid for carrying out exchange with condensing liquid through an energy-saving exchanger, cold energy of filtered clean liquid can be recovered through twice exchange via the energy-saving exchanger, and the temperature of the condensed liquid can really reach the temperature reduction standard requirement of a freezing machine, so the work of the freezing filtering machine set in the constant-temperature filtering work requirement range can be reached. The defects of water cooling towers can be overcome, the full utilization of energy sources can be realized, and the goals of high efficiency, energy saving, environment protection and practicability can be reached.

Description

A kind of liquid environment protection energy-saving low-temperature filter

Technical field

The utility model relates to a kind of liquid sub filter, significantly is a kind of low-temperature filter that separates other impurity from low wine.

Technical background

In present a kind of liquid production process, particularly remarkable with low wine, the composition of wine and complexity thereof are one of precious legacy of China's conventional industries.Along with development of times, people improve the understanding degree of health drink, and high wine is to the development of minuent trend, and country also advocates the product of wine enterprise development solid-liquid combination.There are families up to ten thousand in China large and small wine enterprise, and every wholesale food market is that wine thinkling sound miscellaneous is met the eye on every side the most significantly.It is not a banquet without wine, but several consumers the have been arranged quality of relieving the effect of alcohol? particularly to the understanding of low wine, this is the problem that people thought deeply about the most.Occur in the market whenever cold day comes finally, indoor temperature has descended, the phenomenon of loss of gloss muddiness will appear in the low wine that a lot of wine enterprise is produced on market, many low wine open after the one or two years when drinking, it is also many some different hydrolysis phenomenon strange taste always to occur.Those consumers that hanker after the traditional wine product are caused no small bad impression, always think how fake wine has got more and more on the present market! The customer loyalty of making earnest efforts the traditional wine industry is more and more lower, simultaneously also brings the very loss of large economy to wine its relevant industrial chain of reaching.Numerous large, medium and small enterprises feel simply helpless to this, because the difficulty of producing the high-quality low wine is all known by these wine enterprises, it generally all is limpid with the interception filtration of adsorbing medium absorption back normally handling low wine under the normal temperature, packs then and dispatches from the factory.Use its general character of adsorbing medium to have adsorbing one side that the another side of release is also arranged simultaneously, primary liquid is handled the back original flavor and is ensured that coefficient is low, and processing cost height, contaminated environment, can only handle at normal temperatures.Product comes into the market to run into seasonal low temperature to be changed, and occurs loss of gloss more and returns turbid phenomenon.The producer that has discharges according to the low temperature of low wine and returns turbid principle, has adopted the freezing back of freezer filter at low temperature, remove the organic impurity in the wine, but it is huge to consume energy, and treating capacity is low, can not constant temperature filters the method in order and is eliminated.The general freezing and filtering unit of then employing that also has filters, and compressor adopts air-cooled or water-cooled is lowered the temperature, and air-cooled power consumption is big and operating temperature is unstable again is difficult for using; Water-cooled is not again environmental protection and energy saving, the used water capacity of water-cooled is perishable, fouling is stopped up in the radiator in refrigerator easily, bring hot and cold can not permanently stablizing by exchange coefficient to refrigerator, winter, cooling water was iced stifled easily in pipeline, the equipment operation has also increased difficulty and working strength simultaneously, radiator can not get ensureing reasonable service life, cause the waste of water resource simultaneously and discharged a large amount of greenhouse heats, for increasing counterweight again on the serious poor-water state load of China, cause greenhouse effects simultaneously.There is not equal problem in above-mentioned filter at low temperature equipment, fails to be used widely always.

Summary of the invention

At the problems referred to above, the purpose of this utility model provides a kind of liquid environment protection energy-saving low-temperature filter, the utility model is following realization: a kind of liquid environment protection energy-saving low-temperature filter comprises that feed liquor protects filter, first filter, strainer, the end-filtration machine, mixer, the metering adding set, energy-conservation interchanger, refrigerator, the refrigerant jar, drainer, pump and valve, it is characterized in that being connected each parts with valve with pipeline constitutes single unit system: feed liquor valve 1[1] the connecting pipe feed liquor protects filter 2[2] and valve 51[51], valve 52[52], connect liquid feeding pump 3[3 by pipeline] and energy-conservation interchanger 4[4] and valve 5[5], valve 6[6], valve 62[62]; Drainer 30[30] connect valve 67[67 by pipeline] and valve 27[27], condenser pump 28[28], refrigerator 26[26], energy-conservation interchanger 4[4], energy-conservation interchanger 22[22], valve 29[29]; Refrigerant jar 34[34] connect valve 66[66 by pipeline] and valve 31[31], refrigerant pump 32[32], energy-conservation interchanger 8[8], refrigerator 26[26], valve 33[33]; Energy-conservation interchanger 7[7] connect valve 19[19 by pipeline], energy-conservation interchanger 8[8], valve 9[9], connect valve 6[6] and valve 40[40], liquid-feeding pump 20[20], valve 21[21], energy-conservation interchanger 22[22], valve 23[23], valve 55[55]; Agitating device 35[35] respectively with first filter pump 10[10], metering adding set 42[42], first filter 12[12], smart filter pump 15[15], strainer 17[17] be connected with valve by pipeline, connecting valve is respectively valve 37[37], valve 36[36], valve 9[9], valve 11[11], valve 62[62], valve 41[41], valve 43[43], valve 44[44], valve 60[60], valve 59[59], valve 56[56], valve 57[57], valve 58[58], valve 13[13], valve 65[65], valve 45[45], valve 49[49], valve 68[68], valve 48[48], valve 61[61], valve 14[14], valve 64[64], valve 38[38], valve 39[39], valve 16[16], valve 53[53], valve 54[54], valve 55[55], valve 18[18], valve 19[19], valve 46[46], valve 47[47], valve 63[63]; End-filtration machine 24[24] connect valve 23[23 by pipeline], valve 48[48], valve 69[69], valve 25[25].Adopted feed liquor to protect filter and had and pressed the end-filtration machine that recoils certainly by the clean liquid of this body; Just filter have get rid of native device and just filtering system have agitating device and metering adding set; With remove the filtrate inorganic impurity and play the anti-hydrolysis of typing and the permanent strainer that filters and have and get rid of native device; With environment friendly refrigerating fluid compressor and the alcohol liquid that adopts permanency matter as cooling medium liquid and condensate liquid; With the exchange independent loop of primary liquid, intermediary is hot and cold conduction to be respectively equipped with independent loop; Raffinate independent loop, water inlet pipe blow-through independent loop, automatic scavenger circuit before when the complete machine cooling loop in the preceding cooling of filter, the independent loop of continuous filtration, cleaning; Many pumps coupling is multistage freely to be sent.High-efficiency environment friendly energy-conservation reduces production costs, improve production efficiency and product quality.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

The specific embodiment

Now the utility model is described in further detail in conjunction with the accompanying drawings.With reference to Fig. 1, open valve 1[1] primary liquid enters feed liquor and protects filter 2[2], open valve 52[52] close its valve after exhaust is fully loaded, start liquid feeding pump 3[3] through energy-conservation interchanger 4[4], open valve 6[6 simultaneously] enter energy-conservation interchanger 7[7], energy-conservation interchanger 8[8], open valve 9[9], valve 11[11], open air bleeding valve 53[53] stoste enters filter 12[12 just] close its valve after fully loaded, open valve 13[13 simultaneously], valve 14[14], valve 16[16], open air bleeding valve 54[54] stoste enters strainer 17[17] close its valve after fully loaded, open valve 18[18 simultaneously], valve 39[39], flow into agitating device 35[35] fully loaded shut off valve 39[39], open valve 19[19 simultaneously] enter energy-conservation interchanger 7[7], open valve 40[40], shut off valve 6[6] open simultaneously and return stoste valve 5[5]; First filter 12[12 afterwards], strainer 17[17] respectively by agitating device 35[35] and first filter pump 10[10], smart filter pump 15[15] and corresponding valve 36[36], valve 11[11], valve 13[13], valve 57[57], valve 37[37], valve 38[38], valve 16[16], valve 18[18], valve 39[39] carry out partial circulating and hang the filtering layer that helps that helps filter medium (diatomite) formation requirement; Drainer 30[30] in condensate liquid by valve 27[27], start condenser pump 28[28] through refrigerator 26[26], energy-conservation interchanger 4[4], energy-conservation interchanger 22[22] and valve 29[29] closed cycle; Stoste is by valve 1[1], feed liquor protects filter 2[2], start liquid feeding pump 3[3] through energy-conservation interchanger 4[4], utilize the normal temperature of stoste and condensate liquid carries out the environmental protection and energy saving exchange after valve 5[5] and stoste return valve 50[50] return and circulate; Refrigerant jar 34[34] in cooling medium liquid by valve 31[31], start refrigerant pump 32[32] through energy-conservation interchanger 8[8] enter refrigerator 26[26] after valve 33[33] closed cycle; Start refrigerator 26[26] the cooling medium liquid temperature in the refrigerant jar is reduced to 0 ℃-18 ℃, after filtration requires to select according to different liquids; Shut off valve 6[6], valve 21[21], open valve 40[40], valve 9[9], valve 11[11], valve 13[13], valve 14[14], valve 16[16], valve 18[18], valve 19[19], start filter pump 10[10 just], smart filter pump 15[15], liquid-feeding pump 22[22] make liquid through first filter 12[12], strainer 17[17], energy-conservation interchanger 7[7], energy-conservation interchanger 8[8] the closed circuit filtration cooling of formation circulation, reach in cooling and to filter when requiring, open valve 6[6], valve 20[20], while shut off valve 40[40], valve 5[5], the clean liquid in filter back enters energy-conservation interchanger 22[22] and the energy-conservation once more exchange of condensate liquid after, process valve 23[23] enter end-filtration machine 24[24], through valve 25[25] the clean liquid in output moulding filter back; Open agitating device 35[35 simultaneously], valve 41[41], will help filter medium (diatomite) mixed liquor by metering adding set 42[42] orderly through valve 43[43] add filter 12[12 just], normal low temp continuous filtration is carried out.

Claims (1)

1. a liquid environment protection energy-saving low-temperature filter comprises that feed liquor protects filter, first filter, strainer, end-filtration machine, mixer, metering adding set, energy-conservation interchanger, refrigerator, refrigerant jar, drainer, pump and valve, it is characterized in that being connected each parts with valve with pipeline constitutes single unit system: feed liquor valve 1[1] the connecting pipe feed liquor protects filter 2[2] and valve 51[51], valve 52[52], by pipeline connection liquid feeding pump 3[3] and energy-conservation interchanger 4[4] and valve 5[5], valve 6[6], valve 62[62]; Drainer 30[30] connect valve 67[67 by pipeline] and valve 27[27], condenser pump 28[28], refrigerator 26[26], energy-conservation interchanger 4[4], energy-conservation interchanger 22[22], valve 29[29]; Refrigerant jar 34[34] connect valve 66[66 by pipeline] and valve 31[31], refrigerant pump 32[32], energy-conservation interchanger 8[8], refrigerator 26[26], valve 33[33]; Energy-conservation interchanger 7[7] connect valve 19[19 by pipeline], energy-conservation interchanger 8[8], valve 9[9], connect valve 6[6] and valve 40[40], liquid-feeding pump 20[20], valve 21[21], energy-conservation interchanger 22[22], valve 23[23], valve 55[55]; Agitating device 35[35] respectively with first filter pump 10[10], metering adding set 42[42], first filter 12[12], smart filter pump 15[15], strainer 17[17] be connected with valve by pipeline, connecting valve is respectively valve 37[37], valve 36[36], valve 9[9], valve 11[11], valve 62[62], valve 41[41], valve 43[43], valve 44[44], valve 60[60], valve 59[59], valve 56[56], valve 57[57], valve 58[58], valve 13[13], valve 65[65], valve 45[45], valve 49[49], valve 68[68], valve 48[48], valve 61[61], valve 14[14], valve 64[64], valve 38[38], valve 39[39], valve 16[16], valve 53[53], valve 54[54], valve 55[55], valve 18[18], valve 19[19], valve 46[46], valve 47[47], valve 63[63]; End-filtration machine 24[24] connect valve 23[23 by pipeline], valve 48[48], valve 69[69], valve 25[25].

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