TWM412968U - Trickling-filter biological treatment system utilizing waste materials - Google Patents

Abstract

A trickling-filter biological treatment system includes an organic treatment compartment, a waste material combined array and a sprayer. The waste material combined array is provided in the organic treatment compartment and is formed with biological membranes. The sprayer is in alignment with the waste material combined array such that an organic wastewater is capable of passing through the waste material combined array. Furthermore, air can be dispensed or convected through the waste material combined array for trickling and filtering the organic wastewater.

Description

M412968 V. New description: [New technical field] This is a waste-filled biological drip filtration system for the treatment of organic wastewater and volatile organic compounds (VOC); It relates to a biological drip filter waste tire or waste pallet (or new pallet) filling treatment system, in which wastes are stacked on each other, waste tires are stacked on each other, waste pallets (or new pallets) are stacked on each other, or waste tires and waste stacks are stacked. The plates (or new pallets) are stacked on top of each other to grow a biofilm [bi〇1〇gical membrane). [Prior Art] Generally, the trickling filter method is similar to the activated sludge method. The trickling filter method uses the cake to give corrections, and the micro-seam in the county can mix the oxygen and organic matter in the waste water to decompose the organic matter in the wastewater, so that the water quality can be improved and purified, and then the recycling can be purified and purified. Waste water. also

In fact, if the wastewater in the trickling filter is to be evenly distributed in the Dianchi Lake to avoid excessive g-loading of the local biofilm, it is necessary to continuously disperse water to reduce the rest time. Furthermore, the purpose of the drip pool to treat part or all of the water for recirculation is to reduce the concentration of the influent wastewater, reduce the amount of dissolved iron, increase the dissolved oxygen, reduce the temperature of the wastewater, and maintain the biofilm. The appropriate thickness. The ideal (four) material should have the conditions of the town: the secret surface is suitable for the creature you ίΤΐί axis' and * is decomposed by microorganisms; the nature and shape of the material should be able to be distributed on the surface; the secret must have sufficient clearance to circulate the air, square = two ,: 4 ΐ. When the crossing layer is completely distributed in the trickling filter, the waste water and the material table, Xian. The most important thing is that the wastewater needs to be evenly distributed to avoid the bureau. It is difficult for the cockroach to be overloaded and cause a water channel. In fact, the biological treatment technology of the conventional trickling filter can be appropriately combined with other technologies to enhance the added value of the conventional drip biological treatment technology, and it is inevitable.

PI0057TW 3 ίίΐί Step-by-step improvement of the biological treatment technology of the Drip® pool and its efficiency is not the main face of the tire, the use of the tire is quite extensive, and the waste tire itself is magnetically toxic. The method of reading the tires includes the machine, the other materials (such as: coastal engineering) and the outside of the knife = the main: f. After the mechanical grinding, the rubber particles crushed by the waste tires can be separated from the lime. Although the proportion of mixing & as a paving material. In addition, the excessive number of recycling ^ second tires still need to provide more recycling and recycling of the 1 kind of the end of the waste wheel - in general - can be used The board or the pallet is usually returned to the work or as other recycled wood materials or recycled plastic materials. The other side is usually treated by recycling, transportation and incineration. There are various needs for providing more recycling and recycling. In view of this, in order to meet the above requirements, the bean S fills the ίί:? processing system, which uses the second waste rim to handle the load in a drop of filter. After the mud reduction, the water can be reduced to one place. [New content] The main body of Li Li provides a waste-filled biological drip treatment = array to grow into a biofilm to achieve drip: 一 a biological treatment a tank having an organic treatment zone ;

P10057TW 4 M412968 A waste filling array' is formed by arranging a plurality of wastes arranged in the organic processing zone, and growing on the waste filling array to form a biofilm; and a water pipe, It corresponds to the waste filling array to disperse organic wastewater from the waste filling array. The preferred embodiment of the present invention recycles organic wastewater to the biofilm of the waste-filled array and directs or naturally convects air into the waste-filling bundle to drip the organic wastewater. ,

The biological treatment tank of the preferred embodiment of the present invention further comprises at least one air inlet corresponding to the waste filling array for introducing or encapsulating air into the waste filling array. /...T L The air inlet of the preferred embodiment of the present invention is located below the waste filling array. , μ - preferably the actual bribes filled _ for - waste tire array [or Xinyu] 卩 (four) or - waste tires and waste her [or new stack hole side of the creation of the preferred embodiment of the waste tire _ have a number The drip filter is the best choice for the drip filter venting hole setting _ around one of the waste tires ^ the corner of the waste wheel face. The claws complement the moon. Among them, 0, 90 is formed. '180. And 270. In the preferred embodiment of the present invention, the water pipe is connected to a machine waste water for water separation. Such as a pump, in order to return organic wastewater to the biological treatment tank of the preferred embodiment, further comprising a

P10057TW 5 sump The biological treatment tank of the preferred embodiment of the present invention further comprises organic wastewater collection waste water collection. The organic wastewater return tank of the preferred embodiment has a diffuser disk. The biological treatment tank of the preferred embodiment of the present invention is combined with an aeration. The use of (4) is attached to the oxidation residual volatile organic (IV) gas. The water treatment tank of the preferred embodiment of the present invention has a residual water volatility for the biological treatment tank, and a water washing device. The Zhizhizhuang organic matter oxygen is transported to the end water washing device t of the preferred embodiment of the present invention to sprinkle water in the end water washing device to treat residual volatilization 4=provide _, in order to fully understand the creation In the following, the following is a description of the drawings. From the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Or above, and around. In addition, the one side is 'but it is not intended to limit the application of this creation to the new broadcast; te ] i? The solid waste tires, the linings (or the 遽 filling process of the biological drip system can be made into a single slot Wai. , slotted _ trough or multi-slot, but it is not intended to limit the scope of this creation

P10057TW 6 The bio-trickling treatment method for the waste filling of the preferred embodiment is included in the method of packaging the waste filling array, which is located in the second life = place ^ At least - the biological filler is properly grown to form a biological raft. The biofilm can adsorb the volatile organic substances in the wastewater; the waste ===== the material f zone, and the circulating water is filled in the waste _, so that the Bribe; ruined or self-inflicted in the implementation of the waste _ treatment method can be treated with the tank, such as the waste of the H-parent embodiment of the waste filling - the first = 俨笮 铋 铋 _ _尺吕l2a, a second bulk water pipe 12b, a first, Ξf 13b, a number of personal winds u 14 '-organic waste water; a collection tank 16 and a diffuser disk 17 'but it is not used to change the biological treatment Under the spirit and scope of the creation of the trough, it is suitable for organic ΐίΐί : 2 shows the first organic matter treatment area 10a and the second; The first organic matter; ϊί^ --^«: The first waste, the material filling array 11a and the second waste filling

The P10057TW M412968 charging array lib is respectively disposed in the first organic substance processing area 1a and the second object processing area 10b. Referring to FIG. 1 again, the first waste filling array is a combination of a waste wheel σ and a waste board (or a new board), which includes a plurality of waste tires 110 and a plurality of waste pallets. [or new pallet] 110, and the second waste filling array lib is a waste tire array. The second waste filling array 11a and the second waste filling array 11b of the first preferred embodiment of the present invention can be directly modified to use an array of waste pallets (or new pallets), which will not be described herein. Referring to FIG. 1 again, the first water pipe 12a and the second water pipe 12b respectively correspond to the first waste filling array Ua and the second waste filling array lib, so as to pass the organic waste water through the first A waste filling array 11a and a second waste filling array ilb. At this time, the biofilm of the first waste filling array 11a and the second waste filling array 11b can be biochemically oxidized, decomposed or anaerobicly digested. The first water distribution pipe 12a is connected to the first circulation pump 13a to circulate the organic waste water return tank 15 and the organic waste water collection tank 16 waste water through the first waste filling array 11a and the second waste filling array lib. . Similarly, the second water pipe i2b is connected to the second circulation pump 13b to circulate the organic waste water in the organic wastewater return tank 15 and the organic wastewater collection tank 16 through the first waste filling array 11a and the second waste. The object fills the array lib. Referring to FIG. 1 again, the plurality of air inlets 14 correspond to the first waste filling array 11a and the second waste filling array ilb, so that air is convected upward or naturally convected to the first waste. The array is filled with arrays Ua and 2 to fill the array lib to provide the oxygen required for the biodegradation of organic matter. The plurality of air inlets 14 of the preferred embodiment of the present invention are arranged below the first-filled array 11b, but they are not intended to limit the present invention. J. Another preferred embodiment of the air inlet 14 has a wind-driven device (for example, a fan) for forcibly introducing air into the first waste filling array 11a and the second waste filling array lib, but it is not Used to limit the scope of this creation.

Referring to Fig. 1 again, in the organic wastewater return tank I5 and the organic collecting tank, 16 has the diffusing gas M17' to carry out air agitation of the organic wastewater. Between the financial waste water reflux tank 15 and the organic waste water collection tank 16 is a water channel 'to make the organic wastewater return tank 15 organic wastewater reflux i and the organic waste water collection 16 organic inflow waste ship formed - mixed As shown in the water receiving diagram, the organic wastewater return tank 15 and the organic waste water, the collecting tank 16 can disperse the organic waste water through the first circulating pump and the second circulating pump without taking the tube 12a and the second distributed water pipe 12b. The first waste-filling array 11a and the second waste filling array are singular. It 14 forces the air to be driven by the natural money blower. The first waste is filled with the array Ua and the second waste column, and the oxygen required for biodegrading the organic matter is supplied. Finally, there is i waste water back to the organic wastewater return tank 15 and the wastewater is continuously treated. 2 is a view showing a first embodiment of the present invention, a two-slot 3 material dropping treatment system using a waste tire array, and a top view of the second row of non-β Ϊ first waste filling array 111) A biofilm is formed on the inner and outer surfaces of the sputum tire 110. 3-Waste filling array 11b waste tire 11 () above and below the misalignment stack I When the waste tire 110 is stacked on top and bottom 'the two waste tires no creation of the second waste filling array range of 450 cm 'but It is not intended to limit the creation of the f 2A map. The two-tank waste system of the first preferred embodiment of the present invention discloses a schematic diagram L of a single waste tire of a waste tire array. As shown, the single waste tire 110 has four One drop 111, _ filter, vent lim is placed on one side of the waste tire. There are eight vent holes 111 on both sides of the tire 110. The plurality of drip transparency ln is located around the waste tire 11G, and relative to the waste 1

The center of P10057TW tire 110 forms 〇. 90. 180. And 270. The angle between them. The drip filter vent 111 of the preferred embodiment of the present invention has a pore size of from 4.5 cm to 5 cm, but it is not intended to limit the scope of the present invention. Referring to FIG. 2 again, when the waste tire is stacked in a stack of 11 〇 or more, the waste tire 110 located above does not shield the drip vent hole 111 of the tire 110 adjacent to the lower tire to facilitate organic wastewater. The first waste filling array 11a and the second waste filling array 11b are circulated downwardly and volatile organic substances are circulated upward. 〃 Fig. 3 is a schematic view showing a three-tank waste-filled biological drip filter treatment system according to a second preferred embodiment of the present invention. Referring to FIG. 3, the three-tank waste-filled biological drip filtration treatment system of the second preferred embodiment comprises a biological treatment tank comprising a first organic matter treatment area 1a, a first a second organic matter processing zone l〇b, a third organic matter processing zone 1〇c, a first waste filling array 11a, a second waste filling array 11b, a third waste filling array lie, a first bulk water pipe 12a, a second diffusing water pipe 12b, a first circulating fruit 13a, a second circulating pump 13b, a plurality of air inlets 14, an organic waste water return tank 15, an organic waste water collecting tank 16, and a diffusing disk π. θ Referring to FIG. 3 again, with respect to the first preferred embodiment, the three-slot biological treatment tank of the second preferred embodiment includes respectively adding the third organic treatment zone 10c and the third waste. The array of the first waste filling array 11a is selected as a waste tire array, and the related technical parts of the remaining components can be incorporated into the first preferred embodiment, and details are not described herein. Fig. 4 is a view showing a schematic diagram of a two-tank waste-filled biological trickling treatment system combined with an aeration tank according to a third preferred embodiment of the present invention. Referring to FIG. 4, the two-tank biological treatment tank of the third preferred embodiment of the present invention is coupled to one of the first aeration tanks 21 of the activated sludge tank, and the first aeration tank 21 is further connected to The first aeration tank 22 and the third aeration tank 23 are provided. Referring to FIG. 4 again, the two-slot type of the third preferred embodiment of the present invention is 10

P10057TW M412968=The tank contains a first organic treatment zone 1〇a, a second organic matter treatment--waste filling array Ua, a second waste filling array lib, a first water pipe 12a, a second dispersion Water pipe 12b, _"

13a, a second circulation pump 13b and a plurality of air inlets 14I, as shown in FIG. 4, the two-slot type of the third preferred embodiment corresponds to the first preferred embodiment, the first waste The object fill array is an array of waste tires. In addition, the first circulating pump 13a is used to carry out the organic wastewater of the second aeration tank 22 and the third aeration tank 23 to the wastewater from the outside of the system through the second circulating pump (3). The lla and the second waste filling array can be incorporated into the first preferred embodiment, and details are not described herein. Figure 5 shows a two-slot biological drip treatment system according to a fourth preferred embodiment of the present invention, combined with an aeration tank and an end water washing device, and a fourth preferred embodiment (4) a gas pool 22 and a third exposure Gas pool 23. In addition, the two-slot m "i body end water washing device 3, its ribs and oxidation residual volatile organic s aeration = 23 occupational _ _ _ n also g fill the array lib 'to fill the array by the first waste The biofilm of the waste-filled array llb adsorbs and decomposes the volatile organic compounds of the waste water and the organic matter, and remains volatile in the biological treatment tank. η:

The P10057TW M412968 ΐ biological treatment tank has a delivery air pump 18' for transferring the oyster: end: =, organic matter gas to a diffusing tube 181 to the end of the water washing device 3 having a filling granule 30 i L to treat the residual volatile organic compounds gas at the end of the water secret 3 _-disperse camp (four) mt. In addition, the terminal water organic and material gas is not shown to provide ozone and residual volatility, as indicated by #6®, and the Xiangshen-彳Lian pump 13a recycles the aeration wastewater into the water. - waste filling array mi ί filling array mlb and third waste filling array UcU using the first nuclear pump 13b to organicize the first aeration tank 21

A waste fill array 11a, a second waste fill 0 lib, and a second waste fill array llc. Ping J example into the = = = = Qiao because of ΐ '. The scope of the rights of this creation shall be subject to the scope of the patent application;

P10057TW 12 M412968 13a First circulation pump 13b 14 Air inlet 15 16 Organic wastewater collection tank 17 18 Conveying air pump 181 20 Aeration tank 21 22 Second aeration tank 23 3 End water washing device 30 31 Washing soil 311 Second cycle Pump organic wastewater return tank diffuser disc diffuser pipe first aeration tank third aeration tank filled with granular water pipe

P10057TW 14

Claims (1)

6. Patent application scope: 1. A waste-filled biological drip filtration treatment system, comprising: a biological treatment tank having an organic matter treatment area; and a waste filling array formed by arranging a plurality of wastes, The waste filling array 5 is further disposed in the organic matter processing area, and grows on the waste filling array to form a biofilm; and the political water g corresponding to the waste filling array to disperse the organic wastewater through the waste Fill the array. 2 According to the scope of the patent application! The waste-filled biological drip treatment system described in the section, wherein the cap organic waste water circulates the waste water to the biofilm of the waste-filled array, and air is introduced or naturally convected into the waste-filled array to drip the organic Waste water. 3. The biological drip filtration treatment system according to the application of the above-mentioned item, wherein the biological treatment tank further comprises at least one air inlet corresponding to the waste filling (4) '(10) to pass air or From the waste filling array. 4. The waste-filled biological drip filtration treatment system according to item 3 of the patent application scope, wherein the human air outlet is located below the waste filling_. 5. The waste-filled biological drip filtration treatment system according to claim 1 of the patent application scope, wherein the waste-filled array is an array of waste tires, an array of waste disturbance plates (or new plates) or a waste tire and Waste _ combined array. 6. According to the fifth paragraph of the patent application scope, the waste-filled biological drip treatment P10057TW / The waste-filled biological drip system according to item 14 of the patent application patent has a conveying effect, which is used to transport the volatile organic matter f gas of the biological treatment tank to The end water washing device. 16, the object, the waste material filled in the waste material described in Item 14 is in the end of the water-washing zone, and has a water-washing cycle, so that at the end of the device, the device is called a coffee. The waste-filled biological drip filtration treatment system described in item 14 of the scope is claimed, wherein the terminal residual volatile organic substance gas is oxidized. -" to provide ozone and residual P10057TW 17