1306501 九、發明說明 【發明所屬之技術領域】 本發明係有關-種「冷卻循環水處理系統」，藉其上裝設有多重處 理裝置，將冷卻水之細菌、苔蘚、污垢、雜質等予以過滤、消除淨化， =冷，水雜良好之水質簡循環再，啊保龄齡統良好的 熱交換，並減少大樓症候群相關疾病等之感染。 【先前技術】 ㈣Ιΐί猶統，—般皆採狀型冷賴具，藉冷卻水在冷賴具 ，將冷賴_溫度冷卻保持良好的熱交換，進而才能持 乳而不致跳機。而提供♦氣使用之冷卻水，通常都是以大型 β的水糾，在料科冷卻讀，再將冷卻 ΐ重新/认冷賴具巾’使特機具林_冷卻錢人，惟，此種 水塔’其中之冷卻水在由冷雜具中循環後，經 ;當/二^傳运入冷康機具中，若無任何過渡或清潔的處理裝置， 段時_料有__水塔中，如 =是轉顯魏人嶋跑對於 萱魏亦會因此’無法將水中含帶之細菌予以清除，而且 有部之苔蘚，更會造姐凝水垢雜等問題，·雖 水人做冷卻水塔的清理，但清理只是簡單的將蓄水塔的 蓄水料⑽!^人新水’要不就是以見得到的地方清洗罷了，對於 菌之i，:乂致::見:到?地方，不但無法清洗，而且是最易滋生細 拔中，-直e 水塔做完整的清理，還是會有病g寄存在蓄水 ° ·直疋大樓工調系統所存在的缺點。 近年來新建大樓林立，如醫院、辦公室、κτν、餐應、百 伏不定，繁學樂所造錢環境二次污染品質起 防垢防脑料薛^不符目前環需求，尋求—套節水節能 、、减_無祕公害又成本健的冷卻錢_、統實乃者務 1306501 之急。 【發明内容】 本發明人有秋冷卻水鄉許乡蝴大樓必備之絲，也是控制 空調系統熱交換之主要機具，對空調大樓内之人員更有直接影響冷 卻水之品質實必須予以重視，本發明人遂積其多年從事該類產品^ 計、製造、販售等豐碩經驗，投注心力予以研究、改良、創設，並經 多次重覆實驗檢測期後’終於成功地研發本發明，於冷卻水塔旁邊 装設旁流處理系統’將水塔中之冷卻水檢測淨化、過濾，消毒氧化， 保持冷钟水無菌無垢無腐蝕之水質，讓空調冷卻系統的冷卻水更乾 ^ '淨，以達到提供更佳之熱交換效率及防垢防飯節水節能的最高目標。 ★本發明之主要目的在於提供一種冷卻循環水處理系統，係於冷卻 水塔旁裝設旁流處理纽’藉由此處理纽將水塔巾之冷卻水檢測淨 化、過渡消毒氧化，保持水塔中冷卻水之淨化循環再利用及良好的孰 交換，以達到節約能源之目的。 ‘ 、本發，之次要目的在於提供一種冷卻循環水處理系統，藉由雜質 〃離過;ns元及水垢處理單^及高、級氧彳谈理單元，可將水塔中冷卻 水做檢測、過濾、去除雜質、殺菌、滅藻、消毒等，使冷卻水無二次 化學污染環保公害及有效消除退伍軍人症等問題。 ，本發明之再一目的在於提供一種冷卻循環水處理系統，藉其多重 物理處理系統，使冷卻水能在不改變原有之阳、溫度或化學性外，同 時又可簡树之清纽防止水塔巾產生雜及臭味，啸高冷卻水 的再利用目的者。 本發，之又一目的在於提供一種冷卻循環水處理系統，藉其多重 &理處理纽’除可應祕冷^蓄水塔之彳錄祕外，亦可裝設於一 般，築之蓄水塔上或游泳池、三溫暖L ’將—般個之蓄水池同樣做 n潔之触’保持水質乾淨、衛生及再棚目的者。 本發明之其他目的與詳細之構造，將藉由以下物卿而使之更 ’’’、月確同時參騎附各圖，俾可使本發明之技術内容 地揭 示明瞭： 1306501 【實施方式】 咕參閲如第-騎*，本發縣 計-旁流循環處理器(32)及於主循環系統邊設 f元素⑽雜質分離過濾單元素(爾高級氧化 ;上= 由隔離閥(21)進入至除毛器濾網 度咸庳糾2ίΠΦ，位感^度(24)、PH酸驗值感器度(25)及電導 二二雷道J二〇RP氧化還原電位應(24)及PH酸驗值感應器 Γ ^ f又感應器⑽均藉由水質監控器（27)監控檢測水質之變 ί ί器濾網(22)對冷卻水做粗型過濾除雜之後復藉由卿氧化 ^原 =感應器度⑽ΡΗ酸驗值感應器度(25)及電導度感應器⑽等 ”測出冷卻水之氧化還原電位差ρΗ值及電導度值等並透過水質監控 器(27)之監控檢測上列值數之變化以作為系統處理之依據者； 水垢處鮮元⑽係連胁單元⑽讀，作用使水 中的水垢改變形態易於排出而不易附著管壁令管路暢通無阻並配合 外繞式超I波電磁波水垢處理器(32)之作用以完全去除冷卻循環水 中之水垢者； *雜質分離過濾單元素⑽主要係由雜f分離^度⑽及袋狀過遽 筒（44)所組成其中雜質分離器（43 乂係受控於水質控制單元(2〇)之電 導度感應器度(26)，其底端之排水管區(12)處設有電動排放閥⑹及 一手動隔離閥（42)，該電動排放閥（41)係連接於水質控制單元素(2〇) 之水質監控器度(27)上；藉由水質監控器度(27)及電動排放閥（41)之 作用’使污水能經由排水管區（12)排&於系統外，而袋狀過濾筒⑷）則 係連設於該雜質分離器度(43)之後，係作為冷卻循環水之高密度過濾 用，其上可裝設壓力錶(45)以顯現水壓值者； 咼級氧化處理單元(60)，主要係由光氧化槽（61)、雙氡水(h2〇2 )加 藥機(62)所組成，其中光氧化槽(61)係連設於袋狀過濾筒（44)之後，其 7 1306501 後則連設雙氧水(&〇2)加藥機(62) ’藉光氧化槽(61)的氧化淨化處理， 以降低水質總有機碳數者，而雙氧水q2〇2)加藥機(62)係受控於水質控 制單元(20)之0RP氧化還原電位感應器（24)或pH酸驗值感應器度(25) 者，其上設一雙氧水注入頭（63)連接至管路，最後於管路上設一隔離閥 (64)連接至儲水塔(1〇)，構成一完整旁流循環系統。 至於其運作上則係藉由泵(23)之運轉油抽送作用，將蓄水塔（1〇) 中之冷卻水透過水管（11)之輸送至水質控制單元(2〇)中，經過隔離閥 (21)後進入除毛器濾網(22)，將冷卻水中之懸浮物先做粗型過濾，並將 大漂浮物去除，然後進入ORP氧化還原電位感應器（24)中，測得水質中 氧化還原電位差，再由PH酸鹼值感應器度(25)檢測pH值及電導度感應 器(26)制水質電導度，而orp氧化還原電感應器⑽pH感應器度(25) 電導度感應器度(26)等所測得之水質數據則透過水質控制單元(2〇)之 水質監控器（27)呈現出來，以供使用者能確定冷卻水中之〇Rp氧化還原 電^立電導度及PH值者;隨後再經由水垢處理單元素(3〇)及設置於主循 環系統上之外繞式超音波電磁波水垢處理器⑶）等超音波電磁波能量 作用以改變水垢形態，令水垢务於排出而不易附著管壁等，復再經由雜 質分離器(43)雜質分離·後，利用電動排放閥⑷)之開啟控制將雜 質污水經由排水官區（12)處排出系統外，.而乾淨之冷卻水則經由袋狀 過，筒(44)作細微過滤後，使冷卻水質達到純淨不含細菌或病菌及不 生藻類之境界，之後再進入高級氧化處理單元(6〇)之光氧化槽中 的紫外線及臭，氧a等作二欠殺菌滅藻作用後，即經由隔離閥(64)回流入 蓄水塔(1G)内，完成-循環，或者因必要而於—冷卻水舰光氧化槽 (61)之後利用雙氧水(胁)加藥機(62)注入雙氧水，以令其對冷卻水作 兩級氧化分解處理，使冷卻水之水質更達純淨無菌之境界冷卻循環管 路亦能因此永保順暢無水垢，而蓄水塔⑽則不再長藻類或苔蘚，最後 透過主循環系統之泵（15)抽送作用，使處理後再回流入蓄水塔（1〇)内 ，冷卻水’齡續環水管⑽並經由種式超音波電磁波水垢處理 器(#32)作水垢絲處理後，再欽冷綠出)内冷敏帛，之後再回流 入蓄水塔（10)内，完成一冷卻循環及熱交換行程使蓄水塔(1〇)内之冷 8 1306501 卻水永保無水垢，令空調冷氣循環保持良好之熱交換。 綜上所述，本發明藉由多重裝置將蓄水塔中之冷卻水做殺菌除藻 過濾去除水垢，以保持蓄水塔中冷卻水之清潔衛生無腐蝕及結垢，確保 冷氣空調使用之冷卻水潔淨無垢，而讓大樓空調達到節約能源省電健 康環保之目的，是全新之結構創設，並首先使用於冷氣空調之冷卻水塔， 讓冷卻水之處理品質提升完全符合發明專利之專利申請要件，爰依法 向鈞局提呈本案發明專利之申請，尚祈鈞局暨貴審查委員惠予審 理，並早日賜准本案發明之專利，至祕便。 13065011306501 IX. Description of the Invention [Technical Fields of the Invention] The present invention relates to a "cooling circulating water treatment system" in which a multi-processing device is provided to filter bacteria, moss, dirt, impurities, etc. of cooling water. Eliminate purification, = cold, good water quality, simple circulation, ah, good age-old heat exchange, and reduce infections such as building syndrome-related diseases. [Previous technology] (4) Ιΐί 统 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The cooling water that is used for the use of gas is usually corrected by large-scale β water, and is read in the material cooling, and then the cooling ΐ re-recognizes the cold towel. In the water tower, the cooling water is circulated by the cold miscellaneous equipment; when it is transported into the cold health equipment, if there is no transition or clean treatment device, the section is __ water tower, such as = It is the result of the conversion of the Wei people to the Wei Wei. Therefore, it is impossible to remove the bacteria contained in the water, and there is a problem with the moss, and it will also make the sisters condensate and greasy. Although the water people do the cleaning of the cooling tower, Cleaning is just a simple storage of the water storage tower (10)! ^ People new water 'or not just to clean the place to see, for the bacteria i, : 致zhi:: see: to the place, not only can not be cleaned, Moreover, it is the most prone to breeding, and the straight-water tower is completely cleaned, or there will be a disease in the water storage. In recent years, new buildings have been built, such as hospitals, offices, κτν, meals, and volatility. The secondary pollution quality of the money-making environment of the school has become anti-scaling and anti-brain material, and it does not meet the current demand for the ring. , _ _ no secret nuisance and cost-effective cooling money _, the overall is the customer service 1306501 urgent. SUMMARY OF THE INVENTION The present inventor has the necessary silk for the Xuxiang Butterfly Building in the autumn cooling water town, and is also the main tool for controlling the heat exchange of the air conditioning system, and has a direct influence on the personnel of the air conditioning building, and the quality of the cooling water must be paid attention to. People have been hoarding years of experience in such products, such as counting, manufacturing, and selling. They are betting on research, improvement, and creation, and after repeated trials and tests, they have finally succeeded in developing the invention in cooling towers. Next to the sidestream treatment system, the cooling water in the water tower is cleaned, filtered, disinfected and oxidized to keep the cold water water sterile, non-scaling and non-corrosive, so that the cooling water of the air conditioning cooling system is more dry. Jiazhi heat exchange efficiency and the highest goal of anti-scaling, anti-meal and water-saving. ★ The main purpose of the present invention is to provide a cooling circulating water treatment system, which is equipped with a sidestream treatment beside the cooling water tower, thereby detecting and purifying the cooling water of the water tower towel by the treatment, and maintaining the cooling water in the water tower. The purification cycle is reused and good exchange of enthalpy is achieved to save energy. ', this hair, the second purpose is to provide a cooling circulating water treatment system, by the impurity 〃 away; ns yuan and scale treatment single ^ and high, grade oxygen 彳 单元 unit, can be used to test the cooling water in the water tower , filtration, removal of impurities, sterilization, algae killing, disinfection, etc., so that the cooling water has no secondary chemical pollution, environmental pollution and effectively eliminate the problems of Legionnaires' disease. A further object of the present invention is to provide a cooling circulating water treatment system, by which a plurality of physical processing systems can be used to prevent the cooling water from changing the original yang, temperature or chemical properties, and at the same time, the water can be prevented from being cleaned by a simple tree. Produce miscellaneous and odor, and use it for the purpose of recycling high cooling water. Another object of the present invention is to provide a cooling circulating water treatment system, which can be installed in the general, built-in storage by the multiple & On the water tower or in the swimming pool, the three warm L' will be the same as the reservoir, which will keep the water clean, hygienic and shed. Other objects and detailed configurations of the present invention will be further described by the following items, and the drawings can be accompanied by the following figures, and the technical contents of the present invention can be disclosed: 1306501 [Embodiment]咕 Refer to the first-riding*, the county-county-side circulation processor (32) and the elemental system (f) impurity separation filter element element (advanced oxidation; upper = by isolation valve (21) Enter to the hair remover filter degree salty 庳 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 The acid value sensor Γ ^ f and the sensor (10) are monitored by the water quality monitor (27) to detect the change of water quality. The filter (22) is used for coarse filtration and cooling of the cooling water. Original = sensor degree (10) citrate test sensor degree (25) and conductivity sensor (10), etc. "Measured the oxidation-reduction potential difference ρ Η value of the cooling water and the conductivity value, etc. and passed the monitoring of the water quality monitor (27) The change in the number of column values is used as the basis for system processing; the fresh element (10) in the scale is read by the threat unit (10), which acts to make the water in the water The changeable shape is easy to discharge and is not easy to adhere to the pipe wall, so that the pipeline is unobstructed and cooperates with the externally wound super-I-wave electromagnetic scale processor (32) to completely remove the scale in the cooling circulating water; * Impurity separation and filtration unit element (10) It consists of a heterogeneous separation (10) and a bag-shaped overtube (44). The impurity separator (43 is controlled by the water quality control unit (2〇), the conductivity sensor (26), the bottom of which An electric discharge valve (6) and a manual isolation valve (42) are arranged at the drain pipe area (12), and the electric discharge valve (41) is connected to the water quality control unit (27) of the water quality control unit (2〇); The function of the water quality monitor (27) and the electric discharge valve (41) enables the sewage to be discharged outside the system via the drain pipe section (12), and the bag filter cartridge (4) is connected to the impurity separator. After the degree (43), it is used for high-density filtration of cooling circulating water, on which a pressure gauge (45) can be installed to visualize the water pressure value; the 咼-stage oxidation treatment unit (60) is mainly composed of a photo-oxidation tank ( 61), a double water (h2〇2) dosing machine (62), wherein the light oxidation tank (61) is connected to the bag After the filter cartridge (44), after 7 1306501, the hydrogen peroxide (&〇2) dosing machine (62) is oxidized and purified by the light oxidation tank (61) to reduce the total organic carbon number of the water. The hydrogen peroxide q2〇2) dosing machine (62) is controlled by the 0RP redox potential sensor (24) or the pH acid test sensor (25) of the water quality control unit (20), and is provided with a hydrogen peroxide injection. The head (63) is connected to the pipeline, and finally an isolation valve (64) is connected to the pipeline to connect to the water storage tower (1〇) to form a complete bypass circulation system. The operation is performed by the pump (23). The oil pumping action is carried out, and the cooling water in the water storage tower (1〇) is sent to the water quality control unit (2〇) through the water pipe (11), and passes through the isolation valve (21) and enters the hair remover filter (22). The suspended matter in the cooling water is first subjected to coarse filtration, and the large floating matter is removed, and then enters the ORP redox potential sensor (24) to measure the oxidation-reduction potential difference in the water, and then the pH value sensor is used. (25) Detecting pH and conductivity sensor (26) for water quality conductivity, and orp redox sensor (10) pH sensor (25) conductance The water quality data measured by the sensor degree (26) and the like are presented through the water quality control unit (2) water quality monitor (27), so that the user can determine the Rp redox electric conductivity in the cooling water. And the PH value; then the supersonic electromagnetic wave energy such as the scale treatment unit (3〇) and the external ultrasonic wave scale processor (3) disposed on the main circulation system to change the scale shape, so that the scale is Discharge and not easily adhere to the pipe wall, etc., and then separate the impurities through the impurity separator (43), and then use the opening control of the electric discharge valve (4) to discharge the impurity sewage out of the system through the drainage official area (12). The cooling water passes through the bag shape, and the tube (44) is finely filtered to make the cooling water quality pure and free of bacteria or germs and no algae, and then enter the photooxidation tank of the advanced oxidation treatment unit (6〇). After the ultraviolet ray and odor, oxygen a, etc. are used as the second sterilizing and algae-killing action, the water is returned to the water storage tower (1G) via the isolation valve (64), and the cycle is completed, or if necessary, the cooling water ship oxidizing tank (61) after using hydrogen peroxide ( The dosing) dosing machine (62) injects hydrogen peroxide to make the two-stage oxidative decomposition treatment of the cooling water, so that the water quality of the cooling water is more pure and sterile. The cooling circulation pipeline can also keep the smooth scale and water storage. The tower (10) no longer grows algae or moss, and finally passes through the pump (15) of the main circulation system, so that it is returned to the water storage tower (1〇) after treatment, and the cooling water 'age ring water pipe (10) is passed through the seed type. Ultrasonic electromagnetic wave scale processor (#32) is treated as scale wire, then it is cold and green, and then cooled into the water storage tower (10) to complete a cooling cycle and heat exchange stroke to make water storage. The cold in the tower (1〇) is 8 1306501, but the water is always kept without scale, so that the air-conditioning cold air circulation maintains a good heat exchange. In summary, the present invention uses a plurality of devices to sterilize the cooling water in the water storage tower to remove scale by filtering the algae to prevent the cooling water in the water storage tower from being clean and hygienic, free from corrosion and scale, and to ensure cooling of the air conditioner. The water is clean and free of scale, and the building air conditioner achieves the purpose of saving energy, saving electricity and being healthy and environmentally friendly. It is a new structure creation, and is first used in the cooling water tower of the air-conditioning air conditioner, so that the processing quality of the cooling water is fully complied with the patent application requirements of the invention patent. The application for submitting the invention patent to the bureau in accordance with the law is still prayed for by the bureau and the reviewing committee, and the invention patent of the case will be granted as soon as possible. 1306501
【圖式簡單說明】 第一圖所示係為本發明之水處理系統之流程圖。 第一圖所示係為本發明之水處理系之裝置構件圖。 【主要元件符號說明】 (10)蓄水塔 （11)旁流循環水管 (13)主循環水管（14，21，42，64)隔離閥 (15 ’ 23)泵 （20)水質控制單元 (24)ORP氧化還原電位感應器 (26)電導度感應器（27)水質監控器 (32)外繞式超音波電磁波水垢處理器 (43) 雜質分離器 （40)雜質分離過濾單元 (44) 袋狀過濾筒 （60)高級氧化處理單元 (64)隔離閥 （63)雙氧水注入頭 (12)污水排水管 (16)冷凝器 (22)除毛器濾網 (25)PH酸鹼值感應器 (30)水垢處理單元 (41)電動排放閥 (45)壓力錶 (61)光氧化槽BRIEF DESCRIPTION OF THE DRAWINGS The first figure shows a flow chart of the water treatment system of the present invention. The first figure shows a block diagram of the apparatus of the water treatment system of the present invention. [Main component symbol description] (10) Water storage tower (11) Bypass circulating water pipe (13) Main circulating water pipe (14, 21, 42, 64) Isolation valve (15 '23) Pump (20) Water quality control unit (24 ORP oxidation reduction potential sensor (26) Conductivity sensor (27) Water quality monitor (32) Externally wound ultrasonic electromagnetic scale program (43) Impurity separator (40) Impurity separation filter unit (44) Bag shape Filter cartridge (60) Advanced oxidation treatment unit (64) Isolation valve (63) Hydrogen peroxide injection head (12) Wastewater drain (16) Condenser (22) Hair remover filter (25) PH pH sensor (30 ) Scale treatment unit (41) Electric discharge valve (45) Pressure gauge (61) Photooxidation tank