TWI790090B - Sewage seawater batch purification dialysis device - Google Patents

Sewage seawater batch purification dialysis device Download PDF

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TWI790090B
TWI790090B TW111101267A TW111101267A TWI790090B TW I790090 B TWI790090 B TW I790090B TW 111101267 A TW111101267 A TW 111101267A TW 111101267 A TW111101267 A TW 111101267A TW I790090 B TWI790090 B TW I790090B
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raw water
electrode
seawater
sewage
water storage
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TW202328006A (en
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盧順從
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主典興業股份有限公司
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Abstract

本創作係一種污海水批次純化透析裝置,包含原水儲筒、排離筒、連接管、電容脫鹽裝置及控制主機;原水儲筒內部設有中央電極件;排離筒內部設有周邊電極件;連接管連接排離筒及原水儲桶;電容脫鹽裝置與原水儲筒的出水管連通且設有外槽、設於外槽內部的內槽以及設於內槽內部的兩電容性電極件;控制主機包含與中央電極件、周邊電極件、電容性電極件電性連結的電極轉換模組,能供電使中央與周邊電極件分別作為能倒極運作的陰極與陽極,對原水儲筒內部的原水批次去除陰離子及陽離子,本創作藉此將原水內的離子濃度大幅降低、將原水高度純化。 This creation is a sewage and seawater batch purification dialysis device, including raw water storage cylinder, discharge cylinder, connecting pipe, capacitive desalination device and control host; the inside of the raw water storage cylinder is equipped with central electrode parts; the inside of the discharge cylinder is equipped with peripheral electrode parts The connecting pipe connects the discharge cylinder and the raw water storage tank; the capacitive desalination device communicates with the outlet pipe of the raw water storage tank and is provided with an outer tank, an inner tank inside the outer tank, and two capacitive electrodes inside the inner tank; The control host includes an electrode conversion module electrically connected to the central electrode, the peripheral electrode, and the capacitive electrode. Raw water removes anions and cations in batches. This creation greatly reduces the ion concentration in the raw water and highly purifies the raw water.

Description

污海水批次純化透析裝置 Sewage seawater batch purification dialysis device

本創作係涉及一種淨水裝置,尤指一種污海水批次純化透析裝置。 The invention relates to a water purification device, especially a sewage and seawater batch purification dialysis device.

水資源,係人類社會長久以來面對的課題,在人口逐漸增加的現今,水資源呈現相對短缺的情況越來越常見,因而人們也研發許多如逆滲透、電透析、倒極式電透析等將海水或污水純化的方法。 Water resources have been a problem that human society has faced for a long time. With the increasing population, the relative shortage of water resources is becoming more and more common. Therefore, people have also developed many products such as reverse osmosis, electrodialysis, and inverted electrodialysis. A method of purifying seawater or sewage.

運用電透析法或是倒極式電透析法的電透析裝置,係包含具有選擇性的離子交換膜,離子交換膜之間形成濃水室及淡水室,透過對電透析裝置內部施加電場,使離子因電場活動,從而通過離子交換膜或是受離子交換膜阻擋,藉此,待純化的原水進入電透析裝置後,濃水室的部分離子濃度逐漸升高,淡水室的部分離子濃度則逐漸下降,達到純化、去離子的功效;然而,為了保證較佳的去離子效果,電透析裝置中通常需要設置較多的離子交換膜,分隔出足夠多的濃水室及淡水室,造成電透析裝置的整體造價高,水的純化工序的成本隨之提升。 The electrodialysis device using electrodialysis method or inverted electrodialysis method includes a selective ion exchange membrane, and a concentrated water chamber and a fresh water chamber are formed between the ion exchange membranes. By applying an electric field to the inside of the electrodialysis device, the The ions pass through the ion exchange membrane or are blocked by the ion exchange membrane due to the activity of the electric field. In this way, after the raw water to be purified enters the electrodialysis device, the concentration of some ions in the concentrated water chamber gradually increases, and the concentration of some ions in the fresh water chamber gradually increases. decrease to achieve the effect of purification and deionization; however, in order to ensure a better deionization effect, it is usually necessary to install more ion exchange membranes in the electrodialysis device to separate enough concentrated water chambers and fresh water chambers, resulting in electrodialysis The overall cost of the device is high, and the cost of the water purification process increases accordingly.

為了解決電透析裝置為了保證較佳的去離子效果,需要設置較多的離子交換膜,造成電透析裝置的整體造價高,水的純化工序的成本隨之提升的問題,本創作的目的在於提出一種能批次去除陰離子及陽離子,從而將污水、海水的離子濃度大幅降低的污海水批次純化透析裝置。 In order to solve the problem that the electrodialysis device needs to install more ion exchange membranes in order to ensure a better deionization effect, resulting in high overall cost of the electrodialysis device and the consequent increase in the cost of the water purification process, the purpose of this creation is to propose A sewage and seawater batch purification dialysis device capable of removing anions and cations in batches, thereby greatly reducing the ion concentration of sewage and seawater.

本創作解決技術問題所提出之污海水批次純化透析裝置,其包含: 一原水儲桶,其設有位於該原水儲桶之內部的一中央電極件、連通該原水儲桶之內部的一出水管、一入水口,以及能受驅動而封閉該出水管的一出水閥;複數個排離筒,各該排離筒設有位於該排離桶之內部的一周邊電極件;複數組連接管,複數組該連接管分別連接複數個該排離筒及該原水儲桶;所述各組連接管包含一連接管,該連接管設有一通道、一止水閥及一滲透膜;該通道連通該原水儲桶之內部及對應之所述排離筒的內部;該止水閥能受驅動而封閉該通道;該滲透膜設於該通道內且遮擋該通道;一電容脫鹽裝置,其包含一外槽、一內槽及兩電容性電極件;該外槽的內部係與該原水儲桶的出水管連通;該內槽設於該外槽的內部,且該內槽之槽口的位置低於該外槽之槽口的位置;該兩電容性電極件設於該內槽的內部,且分別貼靠該內槽之位置相對的兩側壁;以及一控制主機,其包含一電極轉換模組;該電極轉換模組與該中央電極件、各該排離筒的周邊電極件以及該電容脫鹽裝置的電容性電極件電性連結;該電極轉換模組能供電至該中央電極件與各該排離筒的周邊電極件,使該中央電極件與各該排離筒的周邊電極件分別作為能倒極運作的陰極與陽極,且該電極轉換模組能供電至該兩電容性電極件,使該兩電容性電極件分別作為一陰極與一陽極。 The sewage and seawater batch purification dialysis device proposed by this creation to solve the technical problems includes: A raw water storage tank, which is provided with a central electrode located inside the raw water storage tank, a water outlet pipe connected to the inside of the raw water storage tank, a water inlet, and a water outlet valve that can be driven to close the water outlet pipe ; A plurality of discharge cylinders, each of which is provided with a peripheral electrode member located inside the discharge barrel; multiple sets of connecting pipes, a plurality of sets of connecting pipes are respectively connected to a plurality of the discharge cylinders and the raw water storage tank ; Each set of connecting pipes includes a connecting pipe, which is provided with a channel, a water stop valve and a permeable membrane; the channel communicates with the inside of the raw water storage barrel and the corresponding inside of the discharge tube; the water stop The valve can be driven to close the channel; the permeable membrane is arranged in the channel and blocks the channel; a capacitive desalination device includes an outer tank, an inner tank and two capacitive electrode parts; the inner part of the outer tank is connected with The outlet pipe of the raw water storage tank is connected; the inner tank is arranged inside the outer tank, and the position of the notch of the inner tank is lower than the position of the notch of the outer tank; the two capacitive electrode parts are arranged in the inner The inside of the tank, and the opposite side walls of the inner tank, respectively; and a control host, which includes an electrode conversion module; and the capacitive electrode parts of the capacitive desalination device are electrically connected; the electrode conversion module can supply power to the central electrode part and the peripheral electrode parts of each of the discharge cylinders, so that the central electrode part and each of the discharge cylinders The peripheral electrode parts are respectively used as a cathode and an anode capable of reverse polarity operation, and the electrode conversion module can supply power to the two capacitive electrode parts, so that the two capacitive electrode parts are respectively used as a cathode and an anode.

所述之污海水批次純化透析裝置,其中所述之電容脫鹽裝置設有一出水頭及一出水頭控制閥;該出水頭與該內槽的內部連通,該出水頭控制閥能受驅動而開啟或封閉該出水頭。 Said sewage and seawater batch purification dialysis device, wherein said capacitive desalination device is provided with a water outlet and a water outlet control valve; the water outlet communicates with the interior of the inner tank, and the water outlet control valve can be driven to open Or close the water head.

所述之污海水批次純化透析裝置,其中各所述排離筒設有連通該排離筒之內部的一排水頭,以及一排水閥;該排水閥能受驅動而封閉該排水頭。 In the batch purification dialysis device for sewage and seawater, each of the discharge cylinders is provided with a drain head connected to the interior of the discharge cylinder, and a drain valve; the drain valve can be driven to close the drain head.

所述之污海水批次純化透析裝置,其中所述之控制主機包含有一限時繼電器,該限時繼電器與該電極轉換模組電性連結。 In the dialysis device for batch purification of sewage and seawater, the control host includes a time-limiting relay, and the time-limiting relay is electrically connected with the electrode conversion module.

所述之污海水批次純化透析裝置,其中所述之出水閥、各所述排水閥及各所述止水閥皆為電動閥,且所述出水閥、各所述排水閥及各所述止水閥與所述控制主機的限時繼電器電性連結。 Said sewage and seawater batch purification dialysis device, wherein said water outlet valve, each said drain valve and each said water stop valve are all electric valves, and said water outlet valve, each said drain valve and each said water stop valve The water stop valve is electrically connected with the time-limited relay of the control host.

所述之污海水批次純化透析裝置,其中所述之中央電極件、各所述排離筒的周邊電極件係採石墨所製成。 Said sewage seawater batch purification dialysis device, wherein said central electrode part and peripheral electrode parts of each said discharge cylinder are made of graphite.

本創作的技術手段可獲得的功效增進在於:相較現有電透析裝置,需要較多的離子交換膜達到較佳的去離子效果,導致現有電透析裝置造價較高;本創作之污海水批次純化透析裝置,透過該電極轉換模組使該原水儲筒的中央電極件以及各該排離筒的周邊電極件倒極運作,能夠對該原水儲筒之內部的原水批次去除陰離子及陽離子,從而將原水的離子濃度大幅降低;本創作利用簡單的結構設置,在一定成本的條件下,便能達到較佳的去離子效果,降低純化水之工序的成本。 The improvement of the technical means of this creation lies in: Compared with the existing electrodialysis device, more ion exchange membranes are needed to achieve a better deionization effect, resulting in a higher cost of the existing electrodialysis device; the sewage and seawater batches of this creation Purification dialysis device, through the electrode conversion module, the central electrode part of the raw water storage cylinder and the peripheral electrode parts of each discharge cylinder are reversed to operate, and can remove anions and cations in batches from the raw water inside the raw water storage cylinder, Thus, the ion concentration of the raw water is greatly reduced; this creation uses a simple structure to achieve a better deionization effect at a certain cost, reducing the cost of the water purification process.

10:原水儲筒 10: Raw water storage tank

11:入水口 11: water inlet

12:出水管 12: Outlet pipe

13:中央電極件 13: Central electrode piece

14:出水閥 14: Outlet valve

20:排離筒 20: Discharge cylinder

21:排水頭 21: drain head

22:排水閥 22: drain valve

23:周邊電極件 23: Peripheral electrode parts

3:連接管 3: connecting pipe

30:連接管 30: connecting pipe

31:通道 31: channel

32:止水閥 32: water stop valve

33:滲透膜 33: permeable membrane

40:電容脫鹽裝置 40:Capacitive desalination device

41:外槽 41: outer groove

42:內槽 42: inner groove

421:側壁 421: side wall

43:電容性電極件 43: capacitive electrodes

44:出水頭 44: Outlet head

45:出水頭控制閥 45: Outlet head control valve

50:控制主機 50:Control host

51:電極轉換模組 51: Electrode conversion module

52:限時繼電器 52: Time limit relay

S1:環狀空間 S1: Ring space

圖1係本創作較佳實施例之結構示意圖。 Fig. 1 is the structural representation of the preferred embodiment of this creation.

圖2係本創作較佳實施例之原水儲桶及排離筒的結構示意圖。 Fig. 2 is the structural representation of the raw water storage barrel and the discharge cylinder of the preferred embodiment of the invention.

圖3係本創作較佳實施例之電容脫鹽裝置的結構示意圖。 Fig. 3 is a structural schematic diagram of a capacitive desalination device in a preferred embodiment of the present invention.

圖4係本創作較佳實施例之方塊圖。 Fig. 4 is the block diagram of the preferred embodiment of this creation.

圖5係本創作較佳實施例之原水儲桶及排離筒的使用狀態示意圖。 Fig. 5 is the schematic diagram of the use status of the raw water storage tank and the discharge cylinder of the preferred embodiment of the invention.

圖6係本創作較佳實施例之原水儲桶及排離筒的另一使用狀態示意圖。 Fig. 6 is another schematic diagram of the use state of the raw water storage tank and the discharge cylinder of the preferred embodiment of the invention.

圖7係本創作較佳實施例之原水儲桶及排離筒的又一使用狀態示意圖。 Fig. 7 is another schematic diagram of the use state of the raw water storage tank and the discharge cylinder of the preferred embodiment of the invention.

圖8係本創作較佳實施例之電容脫鹽裝置的使用狀態示意圖。 Fig. 8 is a schematic diagram of the use state of the capacitive desalination device of the preferred embodiment of the present invention.

為能詳細瞭解本創作的技術特徵及實用功效,並可依照創作內容來實現,玆進一步以如圖式所示的較佳實施例,詳細說明如後:如圖1所示,本創作較佳實施例之污海水批次純化透析裝置,其包含有一原水儲筒10、四排離筒20、四組連接管3、一電容脫鹽裝置40及一控制主機50。 In order to understand the technical characteristics and practical effects of this creation in detail, and to realize it according to the content of the creation, the preferred embodiment shown in the figure is further described in detail as follows: As shown in Figure 1, this creation is preferably The sewage and seawater batch purification dialysis device of the embodiment includes a raw water storage tank 10 , four discharge tanks 20 , four sets of connecting pipes 3 , a capacitive desalination device 40 and a control host 50 .

如圖2所示,該原水儲筒10設有連通該原水儲筒10之內部的一入水口11與一出水管12,以及一中央電極件13、一出水閥14;該入水口11位於該原水儲筒10頂部,該出水管12位於該原水儲筒10底部;該中央電極件13位於該原水儲筒10的內部,且自該原水儲筒10的頂部朝該原水儲筒10的底部延伸;該出水閥14設於該出水管12,且能受驅動而封閉或開通該出水管12。 As shown in Figure 2, the raw water storage tank 10 is provided with a water inlet 11 and a water outlet pipe 12 connected to the inside of the raw water storage tank 10, as well as a central electrode 13 and a water outlet valve 14; the water inlet 11 is located at the The top of the raw water storage cylinder 10, the outlet pipe 12 is located at the bottom of the raw water storage cylinder 10; the central electrode member 13 is located inside the raw water storage cylinder 10, and extends from the top of the raw water storage cylinder 10 toward the bottom of the raw water storage cylinder 10 ; The outlet valve 14 is located on the outlet pipe 12, and can be driven to close or open the outlet pipe 12.

如圖2所示,各該排離筒20設有連通該排離筒20之內部的一排水頭21,以及一排水閥22、一周邊電極件23;該排水頭21位於該排離筒20的底部;該排水閥22設於該排水頭21,且該排水閥22能受驅動而封閉或開通該排水頭21;該周邊電極件23位於該排離筒20的內部,且自該排離筒20的頂部朝該排離筒20的底部延伸。 As shown in Figure 2, each of the discharge cylinders 20 is provided with a drain head 21 communicating with the inside of the discharge cylinder 20, a drain valve 22, and a peripheral electrode member 23; the drain head 21 is located at the discharge cylinder 20 The drain valve 22 is located at the drain head 21, and the drain valve 22 can be driven to close or open the drain head 21; the peripheral electrode member 23 is located inside the discharge cylinder 20, and is discharged from the drain The top of the cartridge 20 extends towards the bottom of the discharge cartridge 20 .

如圖1所示,四該組連接管3分別連接四該排離筒20及該原水儲筒10,且該四個排離筒20與該四組連接管3環繞該原水儲筒10;所述各組連接管3包含兩連接管30,如圖2所示,各該連接管30設有一通道31、一止水閥32及一滲透膜33;該通道31連通該原水儲筒10之內部及對應之所述排離筒20的內部;該止水閥32能受驅動而封閉或開通該通道31;該滲透膜33設於該通道31內 且遮擋該通道31,使液體自該原水儲筒10之內部通過所述連接管30流向所述排離筒20時,必須穿過該滲透膜33;在本較佳實施例中,該止水閥32係位於該滲透膜33以及所述原水儲筒10之間;此外,較佳地,各組連接管3的兩連接管30分別靠近該原水儲筒10的頂部及該原水儲筒10的底部。 As shown in Figure 1, the four groups of connecting pipes 3 are respectively connected to the four discharge cylinders 20 and the raw water storage cylinder 10, and the four discharge cylinders 20 and the four groups of connection pipes 3 surround the raw water storage cylinder 10; Each set of connecting pipes 3 includes two connecting pipes 30, as shown in Figure 2, each of the connecting pipes 30 is provided with a channel 31, a water stop valve 32 and a permeable membrane 33; the channel 31 communicates with the inside of the raw water storage tank 10 And the inside of the corresponding discharge cylinder 20; the water stop valve 32 can be driven to close or open the channel 31; the permeable membrane 33 is located in the channel 31 And block the channel 31, so that when the liquid flows from the inside of the raw water storage tank 10 through the connecting pipe 30 to the discharge tube 20, it must pass through the permeable membrane 33; in this preferred embodiment, the water stop The valve 32 is located between the permeable membrane 33 and the raw water storage tank 10; in addition, preferably, the two connecting pipes 30 of each group of connecting pipes 3 are close to the top of the raw water storage tank 10 and the bottom of the raw water storage tank 10 respectively. bottom.

如圖3所示,該電容脫鹽裝置40包含有一外槽41、一內槽42、兩電容性電極件43、一出水頭44及一出水頭控制閥45;如圖1所示,該外槽41包含具有方形輪廓的一環槽壁;如圖3所示,該內槽42設於該外槽41的內部,該內槽42之槽口的位置低於該外槽41之槽口的位置,該內槽42亦包含具有方形輪廓的一環槽壁,該外槽41的環槽壁與該內槽42的環槽壁之間形成一環狀空間S1,該原水儲筒10的出水管12係連通該原水儲筒10的內部及該環狀空間S1,該內槽42的環槽壁包含位置相對的兩側壁421;兩該電容性電極件43相間隔地設於該內槽42的內部,且分別貼靠該內槽42的兩側壁421;各該電容性電極件43係採活性碳材料或是碳氣凝膠材料製成,具良好導電性,且通電時能讓離子吸附於各該電容性電極件43的表面;該出水頭44與該內槽42的內部相連通;該出水頭控制閥45設於該出水頭44,且能受驅動而封閉或開通該出水頭44。 As shown in Figure 3, the capacitive desalination device 40 includes an outer tank 41, an inner tank 42, two capacitive electrode parts 43, a water outlet 44 and a water outlet control valve 45; as shown in Figure 1, the outer tank 41 includes a ring groove wall with a square profile; as shown in Figure 3, the inner groove 42 is located inside the outer groove 41, the position of the notch of the inner groove 42 is lower than the position of the notch of the outer groove 41, The inner tank 42 also includes an annular groove wall with a square outline, an annular space S1 is formed between the annular groove wall of the outer tank 41 and the inner groove wall of the inner tank 42, and the outlet pipe 12 of the raw water storage cylinder 10 is Connecting the inside of the raw water storage cylinder 10 and the annular space S1, the annular groove wall of the inner tank 42 includes opposite side walls 421; two capacitive electrode members 43 are arranged in the inner tank 42 at intervals, And respectively close to the two side walls 421 of the inner tank 42; each of the capacitive electrode parts 43 is made of activated carbon material or carbon airgel material, which has good conductivity, and can allow ions to adsorb on each of the capacitive electrode parts when electrified. The surface of the capacitive electrode part 43; the water outlet head 44 communicates with the interior of the inner tank 42; the water outlet head control valve 45 is located on the water outlet head 44, and can be driven to close or open the water outlet head 44.

如圖4所示,該控制主機50包含有一電極轉換模組51及一限時繼電器52;該電極轉換模組51與該原水儲筒10的中央電極件13、各該排離筒20的周邊電極件23、及該電容脫鹽裝置40的兩電容性電極件43電性連接;如圖5至圖7所示,該電極轉換模組51能供電至該原水儲筒10的中央電極件13與各該排離筒20的周邊電極件23,使該中央電極件13與各該周邊電極件23分別作為能倒極運作的陰極與陽極,詳細舉例而言,如圖5及圖6所示,首先該電極轉換模組51會將該原水儲筒10的中央電極件13與各該排離筒20的周邊電極件23分別連接至一直流電源的負極與正極,使該原水儲筒10的中央電極件13作為陰極,各該排離筒20的周邊電極件23則作為陽極,接著如圖7所示,該電極轉換模組51使 該中央電極件13與各該周邊電極件23進行倒極運作,將該中央電極件13改為連接至所述直流電源的正極,各該周邊電極件23改為連接至所述直流電源的負極,使該原水儲筒10的中央電極件13作為陽極,各該排離筒20的周邊電極件23作為陰極,如此則完成該中央電極件13與各該周邊電極件23的倒極運作,而有關該電極轉換模組51能完成該中央電極件13與各該周邊電極件23之倒極運作的詳細結構,係為先前技術中所述之倒極式電透析法的習知內容,故在此不再多加贅述;如圖8所示,該電極轉換模組51亦能供電至兩該電容性電極件43,使兩該電容性電極件43分別作為一陰極與一陽極;如圖4所示,該限時繼電器52與該電極轉換模組51電性連結,該限時繼電器52讓使用者能夠對該上述該電極轉換模組51對該中央電極件13與各該周邊電極件23的倒極運作以及該電極轉換模組51對兩該電容性電極件43供電進行定時控制,使該污海水批次純化透析裝置能夠自動定時運行,而有關該限時繼電器52的詳細結構係為習知技術,在此就不再多加贅述。 As shown in Figure 4, the control host 50 includes an electrode conversion module 51 and a time-limiting relay 52; Part 23, and the two capacitive electrode parts 43 of the capacitive desalination device 40 are electrically connected; The peripheral electrode parts 23 of the discharge cylinder 20 make the central electrode part 13 and each of the peripheral electrode parts 23 respectively serve as cathodes and anodes capable of reverse polarity operation. For example, as shown in FIGS. 5 and 6 in detail, first The electrode conversion module 51 connects the central electrode part 13 of the raw water storage cylinder 10 and the peripheral electrode parts 23 of each of the discharge cylinders 20 to the negative pole and the positive pole of a DC power supply respectively, so that the central electrode of the raw water storage cylinder 10 Part 13 is used as a cathode, and the peripheral electrode parts 23 of each of the discharge cylinders 20 are used as an anode, and then as shown in Figure 7, the electrode conversion module 51 uses The central electrode part 13 and each of the peripheral electrode parts 23 perform reverse operation, the central electrode part 13 is changed to be connected to the positive pole of the DC power supply, and each of the peripheral electrode parts 23 is changed to be connected to the negative pole of the DC power supply. The central electrode member 13 of the raw water storage cylinder 10 is used as an anode, and the peripheral electrode members 23 of each of the discharge cylinders 20 are used as a cathode, so that the reverse polarity operation of the central electrode member 13 and each of the peripheral electrode members 23 is completed, and The detailed structure of the electrode conversion module 51 that can complete the reverse polarity operation of the central electrode part 13 and each of the peripheral electrode parts 23 is the conventional content of the reverse polarity electrodialysis method described in the prior art, so in This will not be repeated; as shown in Figure 8, the electrode conversion module 51 can also supply power to the two capacitive electrode parts 43, so that the two capacitive electrode parts 43 are respectively used as a cathode and an anode; as shown in Figure 4 As shown, the time-limited relay 52 is electrically connected with the electrode conversion module 51, and the time-limited relay 52 allows the user to reverse the poles of the central electrode member 13 and each of the peripheral electrode members 23 of the above-mentioned electrode conversion module 51. The operation and the electrode switching module 51 carry out timing control on the power supply of the two capacitive electrode parts 43, so that the sewage and seawater batch purification dialysis device can automatically and regularly run, and the detailed structure of the time-limiting relay 52 is a known technology. No more details here.

在本較佳實施例中,該中央電極件13、各該排離筒20的周邊電極件23係採用石墨所製成,易於加工成型;此外,在本較佳實施例中,該出水閥14、各該排水閥22、各該止水閥32以及該出水頭控制閥45皆為手動閥門,係透過手動驅動,而實際上,該出水閥14、各該排水閥22、各該止水閥32以及該出水頭控制閥45也能選擇採用電動閥的形式,且較佳地,該出水閥14、各該排水閥22、各該止水閥32以及該出水頭控制閥45能與該控制主機50的限時繼電器52電性連結,讓使用者能夠對該出水閥14、各該排水閥22、各該止水閥32以及該出水頭控制閥45的運作進行定時控制,並不受此較佳實施例所限制。 In this preferred embodiment, the central electrode part 13 and the peripheral electrode parts 23 of each of the discharge cylinders 20 are made of graphite, which are easy to process and shape; in addition, in this preferred embodiment, the water outlet valve 14 , each of the drain valves 22, each of the water stop valves 32, and the water outlet control valve 45 are all manual valves, which are manually driven. In fact, the water outlet valve 14, each of the drain valves 22, and each of the water stop valves 32 and the water outlet control valve 45 can also choose to adopt the form of an electric valve, and preferably, the water outlet valve 14, each of the drain valves 22, each of the water stop valve 32 and the water outlet control valve 45 can be connected with the control The time-limiting relay 52 of the main engine 50 is electrically connected, so that the user can carry out timing control on the operation of the water outlet valve 14, each of the drain valves 22, each of the water stop valves 32 and the water outlet control valve 45, and is not affected by this comparison. limited by the preferred embodiment.

本創作較佳實施例之污海水批次純化透析裝置,其使用方式係如下所述:如圖5所示,首先將待處理、具有高離子濃度的污水或海水(以下統稱原水)自該入水口11輸入該原水儲筒10的內部,此時,該出水閥14封閉該出水 管12、各該排水閥22封閉對應的所述排水頭21,所述原水流入該原水儲筒10的內部後會通過所述通道31流入所述排離筒20的內部;隨之該電極轉換模組51供電至該原水儲筒10的中央電極件13與各該排離筒20的周邊電極件23,使該中央電極件13作為陰極、各該周邊電極件23作為陽極,從而形成電場,並驅使所述原水內的陰離子通過所述滲透膜33並接近作為陽極的各所述周邊電極件23、所述原水內的陽離子接近作為陰極的該中央電極件13,靜置一段時間後,如圖5至圖6所示,驅動各所述止水閥32封閉對應的所述通道31,並驅動各所述排水閥22開通對應的所述排水頭21,將該排離筒20內部含有高濃度陰離子的液體排出,便完成一次陰離子的去除步驟。 The sewage and seawater batch purification dialysis device of the preferred embodiment of the present creation, its usage system is as follows: as shown in Figure 5, first the sewage or seawater (hereinafter collectively referred to as raw water) to be treated with high ion concentration is fed from the inlet The water port 11 is input into the inside of the raw water storage cylinder 10, at this time, the water outlet valve 14 closes the water outlet Pipe 12 and each of the drain valves 22 close the corresponding drain head 21, and the raw water flows into the inside of the raw water storage tank 10 and then flows into the inside of the discharge tank 20 through the channel 31; then the electrode switches The module 51 supplies power to the central electrode member 13 of the raw water storage cylinder 10 and the peripheral electrode members 23 of each of the discharge cylinders 20, so that the central electrode member 13 acts as a cathode and each of the peripheral electrode members 23 acts as an anode, thereby forming an electric field, And drive the anions in the raw water to pass through the permeable membrane 33 and approach each of the peripheral electrode members 23 as anodes, and the cations in the raw water to approach the central electrode member 13 as the cathode, after standing for a period of time, as As shown in Figures 5 to 6, each of the water stop valves 32 is driven to close the corresponding passage 31, and each of the drain valves 22 is driven to open the corresponding drain head 21, so that the high water content contained in the discharge cylinder 20 is discharged. The liquid with high concentration of anions is discharged, and an anion removal step is completed.

接著該電極轉換模組51對該中央電極件13與各該周邊電極件23進行倒極運作,如圖7所示,使該中央電極件13作為陽極,各該周邊電極件23作為陰極,隨後驅動各所述排水閥22封閉對應的所述排水頭21,再驅動各所述止水閥32開通對應的所述通道31,所述原水能再次通過所述通道31流入所述排離筒20的內部,且在轉變後的電場驅使下,所述原水內的陰離子接近作為陽極的該中央電極件13,所述原水內的陽離子通過所述滲透膜33而接近作為陰極的各所述周邊電極件23,待靜置一段時間後,再驅動各所述止水閥32封閉對應的所述通道31,並驅動各所述排水閥22開通對應的所述排水頭21,將該排離筒20內部含有高濃度陽離子的液體排出,便完成一次陽離子的去除步驟。 Next, the electrode conversion module 51 performs polarity inversion operation on the central electrode member 13 and each of the peripheral electrode members 23, as shown in FIG. Drive each of the drain valves 22 to close the corresponding drain head 21, and then drive each of the stop valves 32 to open the corresponding channel 31, and the raw water can flow into the discharge cylinder 20 through the channel 31 again. and driven by the converted electric field, the anions in the raw water approach the central electrode member 13 as the anode, and the cations in the raw water pass through the permeable membrane 33 and approach the peripheral electrodes as the cathode 23, after standing still for a period of time, drive each of the water stop valves 32 to close the corresponding passage 31, and drive each of the drain valves 22 to open the corresponding drain head 21, and then drain the drain valve 20 The liquid containing a high concentration of cations inside is discharged, and a cation removal step is completed.

之後,利用該污海水批次純化透析裝置依序交叉進行陰離子的去除步驟及陽離子的去除步驟,透過批次去除該原水儲筒10之內部的所述原水中的陰離子及陽離子來進行純化,使所述原水中的離子濃度大幅降低,隨後再驅動該出水閥14開通該出水管12,讓該原水儲筒10之內部已純化的所述原水通過該出水管12流出。 Afterwards, the sewage seawater batch purification dialysis device is used to sequentially perform an anion removal step and a cation removal step to perform purification by batch removal of anions and cations in the raw water inside the raw water storage tank 10, so that The ion concentration in the raw water is greatly reduced, and then the outlet valve 14 is driven to open the outlet pipe 12 , so that the purified raw water inside the raw water storage cylinder 10 flows out through the outlet pipe 12 .

在本較佳實施例中,該污海水批次純化透析裝置進一步包含該電容脫鹽裝置40,上述已純化的所述原水通過該出水管12後會流入該環狀空間S1,並在水位逐漸上升後流入該內槽42的內部,此時該出水頭控制閥45封閉該出水頭44;隨後該電極轉換模組51供電至兩該電容性電極件43,如圖8所示,使兩該電容性電極件43分別作為一陰極與一陽極,已純化的所述原水進入該內槽42的內部時,其中殘餘的陰離子會吸附於作為陽極的所述電容性電極件43的表面、殘餘的陽離子會吸附於作為陰極的所述電容性電極件43的表面,藉此將所述原水進一步純化,靜置一段時間後,再驅動該出水頭控制閥45開通該出水頭44,便能得到更進一步純化之後的所述原水。 In this preferred embodiment, the sewage and seawater batch purification dialysis device further includes the capacitive desalination device 40, and the above-mentioned purified raw water will flow into the annular space S1 after passing through the outlet pipe 12, and the water level will gradually rise Then flow into the inside of the inner tank 42, at this time, the water outlet control valve 45 closes the water outlet 44; then the electrode conversion module 51 supplies power to the two capacitive electrode parts 43, as shown in Figure 8, so that the two capacitors The polar electrode member 43 serves as a cathode and an anode respectively. When the purified raw water enters the interior of the inner tank 42, the residual anions will be adsorbed on the surface of the capacitive electrode member 43 as the anode, and the remaining cations will It will be adsorbed on the surface of the capacitive electrode member 43 as the cathode, so as to further purify the raw water. After standing for a period of time, drive the water outlet control valve 45 to open the water outlet 44, and further improvement can be obtained. The raw water after purification.

在本較佳實施例中,透過該入水口11、該出水管12、各該排水頭21搭配該出水閥14、各該排水閥22來控制所述原水的流動;而實際上該原水儲筒10也能不設置該入水口11、該出水管12及該出水閥14,各該排離筒20也能不設置該排水頭21、該排水閥22,該污海水批次純化透析裝置也能選擇將該原水儲筒10、各該排離筒20設置開口及封閉開口的封蓋,於需要導出或導入原水時打開封蓋,並搭配馬達及水管將原水抽出或倒入,並不受此較佳實施例所限制。 In this preferred embodiment, the flow of the raw water is controlled through the water inlet 11, the water outlet pipe 12, and each of the drain heads 21 together with the water outlet valve 14 and each of the drain valves 22; in fact, the raw water storage tank 10 also can not be provided with this water inlet 11, this water outlet pipe 12 and this water outlet valve 14, each this discharge cylinder 20 also can not be provided with this drain head 21, this drain valve 22, this sewage seawater batch purification dialysis device can also be Choose the raw water storage cylinder 10 and each of the drainage cylinders 20 to be provided with openings and caps that close the openings. When raw water needs to be exported or imported, the caps are opened, and the raw water is pumped out or poured in with a motor and a water pipe. This is not affected by this. limited by preferred embodiments.

透過上述技術特徵,本創作具有如下功效增益:相較現有電透析裝置,需要較多的離子交換膜達到較佳的去離子效果,導致現有電透析裝置造價較高;本創作之污海水批次純化透析裝置,透過該電極轉換模組51使該原水儲筒10的中央電極件13以及各該排離筒20的周邊電極件23進行倒極運作,能夠對該原水儲筒10之內部的所述原水批次去除陰離子及陽離子,將所述原水的離子濃度大幅降低,本創作利用簡單的結構設置,在一定成本的條件下,便能達到較佳的去離子效果。 Through the above technical features, this creation has the following efficiency gains: Compared with the existing electrodialysis device, more ion exchange membranes are required to achieve a better deionization effect, resulting in a higher cost of the existing electrodialysis device; the sewage and seawater batches of this creation In the purification dialysis device, through the electrode conversion module 51, the central electrode part 13 of the raw water storage cylinder 10 and the peripheral electrode parts 23 of each of the discharge cylinders 20 are reversed, so that all the internal parts of the raw water storage cylinder 10 can be reversed. The above-mentioned raw water removes anions and cations in batches, and the ion concentration of the raw water is greatly reduced. This creation uses simple structural settings to achieve a better deionization effect at a certain cost.

以上所述,僅是本創作的較佳實施例,並非對本創作作任何形式上的限制,任何所屬技術領域中具有通常知識者,若在不脫離本創作所提技術方案的範圍內,利用本創作所揭示技術內容所作出局部更動或修飾的等效實施例,並且未脫離本創作的技術方案內容,均仍屬於本創作技術方案的範圍內。 The above is only a preferred embodiment of this creation, and does not limit this creation in any form. Anyone with ordinary knowledge in the technical field can use this creation without departing from the scope of the technical solutions proposed in this creation. Creation of equivalent embodiments with partial changes or modifications made to the disclosed technical content, and without departing from the content of the technical solution of the creation, all still fall within the scope of the technical solution of the creation.

10:原水儲筒 10: Raw water storage tank

12:出水管 12: Outlet pipe

20:排離筒 20: Discharge barrel

3:連接管 3: connecting pipe

30:連接管 30: connecting pipe

40:電容脫鹽裝置 40:Capacitive desalination device

50:控制主機 50:Control host

Claims (7)

一種污海水批次純化透析裝置,其包含:一原水儲桶,其設有位於該原水儲桶之內部的一中央電極件、連通該原水儲桶之內部的一出水管、一入水口,以及能受驅動而封閉該出水管的一出水閥;複數個排離筒,各該排離筒設有位於該排離桶之內部的一周邊電極件;複數組連接管,複數組該連接管分別連接複數個該排離筒及該原水儲桶;所述各組連接管包含一連接管,該連接管設有一通道、一止水閥及一滲透膜;該通道連通該原水儲桶之內部及對應之所述排離筒的內部;該止水閥能受驅動而封閉該通道;該滲透膜設於該通道內且遮擋該通道;一電容脫鹽裝置,其包含一外槽、一內槽及兩電容性電極件;該外槽的內部係與該原水儲桶的出水管連通;該內槽設於該外槽的內部,且該內槽之槽口的位置低於該外槽之槽口的位置;該兩電容性電極件設於該內槽的內部,且分別貼靠該內槽之位置相對的兩側壁;以及一控制主機,其包含一電極轉換模組;該電極轉換模組與該中央電極件、各該排離筒的周邊電極件以及該電容脫鹽裝置的電容性電極件電性連結;該電極轉換模組能供電至該中央電極件與各該排離筒的周邊電極件,使該中央電極件與各該排離筒的周邊電極件分別作為能倒極運作的陰極與陽極,且該電極轉換模組能供電至該兩電容性電極件,使該兩電容性電極件分別作為一陰極與一陽極。 A sewage and seawater batch purification dialysis device, which includes: a raw water storage tank, which is provided with a central electrode located inside the raw water storage tank, a water outlet pipe connected to the inside of the raw water storage tank, a water inlet, and A water outlet valve that can be driven to close the outlet pipe; a plurality of discharge cylinders, each of which is provided with a peripheral electrode member located inside the discharge barrel; a plurality of connecting pipes, a plurality of connecting pipes respectively Connect a plurality of the discharge cylinders and the raw water storage tank; each set of connecting pipes includes a connecting pipe, and the connecting pipe is provided with a channel, a water stop valve and a permeable membrane; the channel communicates with the inside of the raw water storage tank and the corresponding The inside of the discharge cylinder; the water stop valve can be driven to close the channel; the permeable membrane is arranged in the channel and blocks the channel; a capacitive desalination device includes an outer tank, an inner tank and two Capacitive electrode parts; the inside of the outer tank is connected with the outlet pipe of the raw water storage tank; the inner tank is arranged inside the outer tank, and the position of the notch of the inner tank is lower than that of the notch of the outer tank position; the two capacitive electrode parts are located inside the inner tank, and are respectively attached to the opposite side walls of the inner tank; and a control host, which includes an electrode conversion module; the electrode conversion module and the The central electrode part, the peripheral electrode parts of each of the discharge cylinders and the capacitive electrode part of the capacitive desalination device are electrically connected; the electrode conversion module can supply power to the central electrode part and the peripheral electrode parts of each of the discharge cylinders, The central electrode part and the peripheral electrode parts of each of the discharge cylinders are respectively used as a cathode and an anode capable of reverse polarity operation, and the electrode conversion module can supply power to the two capacitive electrode parts, so that the two capacitive electrode parts are respectively as a cathode and an anode. 如請求項1所述之污海水批次純化透析裝置,其中所述之電容脫鹽裝置設有一出水頭及一出水頭控制閥;該出水頭與該內槽的內部連通,該出水頭控制閥能受驅動而封閉該出水頭。 The sewage and seawater batch purification dialysis device as described in claim 1, wherein the capacitive desalination device is provided with a water outlet and a water outlet control valve; the water outlet communicates with the interior of the inner tank, and the water outlet control valve can Driven to close the water outlet. 如請求項1或2所述之污海水批次純化透析裝置,其中各所述排離筒設有連通該排離筒之內部的一排水頭,以及一排水閥;該排水閥能受驅動而封閉該排水頭。 The sewage and seawater batch purification dialysis device as described in claim 1 or 2, wherein each of the discharge cylinders is provided with a drain head connected to the interior of the discharge cylinder, and a drain valve; the drain valve can be driven to Close the drain head. 如請求項3所述之污海水批次純化透析裝置,其中所述之控制主機包含有一限時繼電器,該限時繼電器與該電極轉換模組電性連結。 The sewage and seawater batch purification dialysis device according to claim 3, wherein the control host includes a time-limiting relay, and the time-limiting relay is electrically connected with the electrode conversion module. 如請求項4所述之污海水批次純化透析裝置,其中所述之出水閥、各所述排水閥及各所述止水閥皆為電動閥,且所述出水閥、各所述排水閥及各所述止水閥與所述控制主機的限時繼電器電性連結。 The sewage and seawater batch purification dialysis device as described in claim 4, wherein the water outlet valve, each of the said drain valves and each of the said water stop valves are all electric valves, and the said water outlet valve, each of the said drain valves And each of the water stop valves is electrically connected with the time-limited relay of the control host. 如請求項1或2所述之污海水批次純化透析裝置,其中所述之中央電極件、各所述排離筒的周邊電極件係採石墨所製成。 The sewage and seawater batch purification dialysis device as described in claim 1 or 2, wherein the central electrode part and the peripheral electrode parts of each of the discharge cylinders are made of graphite. 如請求項1或2所述之污海水批次純化透析裝置,其中所述之控制主機包含有一限時繼電器,該限時繼電器與該電極轉換模組電性連結。 The sewage and seawater batch purification dialysis device according to claim 1 or 2, wherein the control host includes a time-limiting relay, and the time-limiting relay is electrically connected to the electrode conversion module.
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CN106892529A (en) * 2015-12-18 2017-06-27 王冰 A kind of many technology coupling purification high salt water systems based on microalgae

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106892529A (en) * 2015-12-18 2017-06-27 王冰 A kind of many technology coupling purification high salt water systems based on microalgae

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