• 鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

    詳細信息

     加工定制:是  型號:3500mm*1800mm*1800mm  處理濃度:200 mg/l 
     處理風量:30000 m3/h 啟燃溫度:30 ℃ 空速:1.5m/s  
     適用領域:醫藥廠、飼料廠、涂裝廠、紡織服    

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

    氧化瀝青廢氣通過管道或收集罩等其他形式,將無序排放的氣體組織起來,以便于后續工作的開展。 由于氧化瀝青廢氣一般都帶有溫度和粉塵,并含油一定的焦油。板式塔主要目的降溫、除塵和截油。塔內有多塊旋流板式分離部件。運行時,水從塔頂部進入,順塔內旋板向下逐級流下,瀝青煙氣從塔底部引入向上逐級穿過塔板,瀝青煙氣和水在塔板上充分接觸進行吸收、傳熱。 經降溫、除塵及部分除油的廢氣進入保藍等離子廢氣處理設備,由于瀝青的比電阻適宜.對金屬無腐蝕作用.經捕集后呈液體,等離子體技術凈化瀝青煙氣有較好的效果。 1、UV + 高分子有機物→低分子有機物 適用范圍

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

    ④濕式除塵設備結構簡單、占地面積小。投資低; 2.1 操作方便:設備工作時,實現自動控制。 ● 風量:1000~1000000Nm3/h

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

    《吸附法工業有機廢氣治理工程技術規范》 HJ2026-2013; 活性炭吸附塔,是一種高效率經濟實用型有機廢氣的凈化與治理裝置;是一種廢氣過濾吸附異味的環保設備產品。該設備是凈化較高濃度有機廢氣和噴漆廢氣的吸附設備,是利用活性炭本身高強度的吸附力,結合風機作用將有機廢氣分子吸附住,對有機溶劑的廢氣有很好的吸附作用。在實際安裝和應用情況,總結國內外同類產品的生產經驗,改進設計制造,推出下料形式方便,表面平整度更好,結構強度更高,吸附能力更強的活性炭吸附塔。

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

    揮發性有機物(VOCs)指常壓下能夠以氣態形式排放到空氣中的有機化合物,按其化學結構分別為:烷類、芳烴類、酯類、醛類等。常見的有機物如:苯、甲苯、二甲苯、苯乙烯、氯甲烷等。揮發性有機物(VOCs)進入大氣后不斷積存,形成顆粒物、有機氣溶膠,至畸、致癌,危害動植物生長,持久影響生態環境。

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

        揮發性有機物(VOCs)排放量大、濃度低、成分復雜,常見有機廢氣治理方法如:焚燒、吸附、冷凝、生物膜法、低溫等離子、光催化氧化等,單獨運用或無法達成經濟高效運行,或不能滿足嚴苛的排放標準。

        焚燒法(RTO):能耗大、運行成本高,適合處理高濃度、小風量有機廢氣。

        吸附法(活性炭):投資小、工藝簡單,易飽和,必須與脫附、冷凝、焚燒等方法聯用才能滿足排放要求。

        冷凝法:與吸收、吸附等方法聯用,將有機廢氣吸附濃縮后冷凝、分離,回收其中有價值的有機物。此法適用濃度高、風量小的有機廢氣處理場合。缺點是:投資、能耗、運行費用高,冷凝回收物提純處理后,仍有相當部分液態廢棄物需要進一步處理。該方案與生產設備、生產工藝存在匹配關系,偏離這種匹配關系將提高治理成本,影響治理效果。 甲方提供參數

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

        沸石轉輪濃縮+焚燒法:沸石轉輪濃縮設備基本依靠進口,自主產品尚不成熟。該方案同樣與生產設備、生產工藝存在匹配關系。

        低溫等離子、光催化氧化法:揮發性有機物處理效率低,只能作為輔助性的治理手段。

        南京永研環?萍脊臼紫忍岢觥案邷氐入x子焚燒”概念(發明專利),是唯一掌握該技術并實際應用的企業(世界范圍)。為有機廢氣治理開辟了一條全新的途徑。

        高溫等離子焚燒技術是高頻(30KHz)高壓(100KV)大功率電源在特定條件下的聚能放電,產生3千℃等離子態高溫氣流。

        有機廢氣在反應器中經過壓縮、高壓聚能放電成為高溫等離子體。反應器壓力增高,氣體體積急劇膨脹,在高溫、高電勢的雙重作用下,有機廢氣瞬間(萬分之5秒)成為高溫等離子體,其中長分子鏈裂解成單質原子,有機物清除率大于98%。

        高溫等離子焚燒裝置無需濃縮,便可直接處理低濃度、大風量有機廢氣。每處理1萬立方米/小時有機廢氣,僅消耗10kW電力。

        從資金投入和營運成本考量,高溫等離子焚燒方案要優于濃縮吸附+RTO焚燒方案。

    常州藍陽環?萍加邢薰颈小皬V納高科技人才,依托高科技,追求高質量,回報社會”為企業宗旨;以安全、高效、經濟、實用為核心,不斷的研發創新,以先進的技術工藝、高效的性價比和完善的售后服務體系取得良好的社會效益是公司始終如一的追求;為客戶創造價值,為員工謀求發展,為社會承擔責任是公司永恒的方針。站在科學治理環境的前沿,我們以獨特的構思、大膽的創新,領先的技術、完善的服務,營造出更美的藍天、青山、碧水,為我們的子孫后代留下一個潔凈的環境! 產品特點 兩種方法分別適用于不同的場所,植物提取液噴淋除臭法由于不需要設置大量臭氣收集、處理管道,適用于除臭難以封閉收集的場所,如垃圾壓縮中轉站、污泥碼頭等。離子除臭設備適用于臭氣能集中收集處理的地方,采用天然空氣作為處理媒質,適用于處理量較大的場所,如大型生化池、污泥脫水機房等。下面就是這兩種除臭設備的對比: 事實是自2010年以來,在國家新聞出版廣電總局的領導下,印刷業一直在積極地推行綠色印刷,在完成了ISO14000國際環境認證的基礎上進一步開展十環認證,在所有的行業中走得還算相對靠前。忽然間,包裝印刷業與石油化工業一起并列成為環境治理工作的重中之重,這無疑讓整個行業有點“受寵若驚”,壓力驟增。而且,處于經濟下行期、成本上升期,在治理技術還未必十分成熟的時期大范圍地去做此項工作,*終結果可能與愿望會有距離。

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

        高溫等離子焚燒”技術優勢:

        模塊化設計,配置靈活,經濟高效,可處理從幾百立方到幾十萬立方不同濃度、流量的有機廢氣。

        無需預熱,即開即用。

        能效比高,高溫等離設備廢氣排放口溫度,比進氣口溫度僅提高幾十度。能夠處理高濃度、成分復雜、易燃易爆及含有水分、固態、油狀物的工業廢氣,實現達標排放。

        風阻小,能耗低,不消耗天然氣,無碳排放問題。沒有閥門等運動部件,能夠無故障,不間斷運行上萬小時。

        苯并芘、二惡英等難以處理的物質,瞬間分解,實現達標排放。(是垃圾焚燒尾氣排放二惡英問題的理想解決方案)

        天燃氣焚燒法因其工作機理及自身結構上的缺陷,在易燃易爆場所,或處理廢氣中含有可燃成分時需要考慮防爆問題。

        高溫等離子焚燒技術是一個劃時代的技術變革。

    指生產過程中化學方法占主要地位的工業企業。本標準所指的化學工業企業是以煤、石油天然氣、農林產品含碳化合物為簡單的基礎原料,生產各種基本有機原料、化工以及合成化工產品的有機化工生產部門,主要包括精煉石油產品制造、煉焦、有機化學原料制造、農藥制造、涂料油墨顏料及類似產品制造、合成材料制造、專用化學品制造、日用化學產品制造、醫藥制造和化學纖維制造等以有機化學方法占主要地位的工業企業。 狀態檢測維修是對廢氣處理設備實際技術狀態額外基礎的預防維修方式,一般此阿勇設備日常點檢和定期檢查來查明設備技術狀態,針對設備的劣化部位以及程度,在故障發生前,適時地進行預防維修,排除故障隱患恢復設備的功能和精度。 2、菌種選擇針對性強,填料比面積大、菌種總量多、接觸面積大、吸附處理效果好;

    鄂州活性炭吸附塔、玻璃鋼噴淋塔、不銹鋼噴淋塔【廢氣凈化塔】

        Volatile organic compounds (VOCs) are organic compounds that can be emitted into air under atmospheric pressure. They are alkanes, aromatics, esters, aldehydes and so on. Common organic compounds such as benzene, toluene, xylene, styrene, methyl chloride and so on. Volatile organic compounds (VOCs) accumulate in the atmosphere and form particulate matter and organic aerosols, which are distorted and carcinogenic, endangering the growth of animals and plants, and affecting the ecological environment for a long time.

        Volatile organic compounds (VOCs) emissions from large, low concentration and complex composition of common organic waste gas treatment methods such as incineration, adsorption, condensation, biofilm, plasma, photocatalytic oxidation, used alone or are unable to reach the economic and efficient operation, or can not meet the stringent emission standards.

        Incineration (RTO): high energy consumption, high operation cost, suitable for the treatment of high concentration and small quantity of organic waste gas.

        Adsorption method (activated carbon): small investment, simple process, easy to saturation, and must be combined with desorption, condensation, incineration and other methods to meet the emission requirements.

        Condensation method: combined with absorption, adsorption and other methods, the organic waste gas adsorption concentration, condensation, separation, recovery of valuable organic compounds. This method is suitable for the treatment of organic waste gas with high concentration and small air flow. Disadvantages are: investment, energy consumption, high operating costs, condensate purification treatment, there are still a considerable number of liquid waste need further treatment. The scheme has a matching relationship with the production equipment and production process. Deviation from this matching relationship will improve the cost of governance and affect the governance effect.

        Zeolite runner concentration + incineration: zeolite runner concentration equipment basically rely on imports, independent products are not yet mature. The scheme also has a matching relationship with the production equipment and production process.

        Low temperature plasma and photocatalytic oxidation method: volatile organic compounds have low treatment efficiency, and can only be used as auxiliary means of governance.

        Nanjing Yong research environmental protection technology company first proposed "high temperature plasma incineration" concept (invention patent), is the only master the technology and practical application of the enterprise (worldwide). It opens up a new way for the treatment of organic waste gas.

        High temperature plasma incineration technology is a high energy (30KHz) high voltage (100KV) power supply under specific conditions of the shaped charge discharge, resulting in 3 thousand C plasma high temperature airflow.

        The organic waste gas is compressed in the reactor and the high pressure shaped charge is discharged into the high temperature plasma. Increase the reactor pressure, the gas volume of the rapid expansion in the dual role of high temperature, high potential, organic waste gas instantaneous (at 5 seconds) become a high-temperature plasma, which long molecular chain cleavage into elemental atoms, organic removal rate is greater than 98%.

        High temperature plasma incineration equipment can directly deal with low concentration and large air volume organic waste gas without concentration. Only 10 thousand 10kW / m3 of organic waste gas is consumed.

        Considering the investment and operating cost, the high temperature plasma incineration scheme is better than the concentrated adsorption +RTO incineration scheme.

        Technical advantages of high temperature plasma incineration:

        Modular design, flexible configuration, economical and efficient, can handle from hundreds of cubic meters to hundreds of thousands of cubic meters of different concentrations, flow of organic waste gas.

        No preheating, just on and off.

        High energy efficiency, high temperature and other equipment exhaust exhaust temperature, than the inlet temperature only increased dozens of degrees. It can deal with industrial waste gas with high concentration, complex composition, inflammable and explosive and contain water, solid and oil, and achieve the discharge standard.

        Small air resistance, low energy consumption, no consumption of natural gas, no carbon emissions problems. No valve and other moving parts, can be no fault, uninterrupted running for tens of thousands of hours.

        Benzo pyrene, dioxin and other difficult to deal with substances, instantaneous decomposition, to achieve discharge standards. An ideal solution for dioxin emissions from waste incineration

        Because of the working mechanism and the structural defects of gas burning method, it is necessary to consider the explosion protection in inflammable and explosive places or in the treatment of combustible components in waste gas.

        High temperature plasma incineration technology is an epoch-making technological change.

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