⁩⁧⁥⁧⁣⁡⁠⁡⁨ ⁡⁧⁨⁠⁡⁤⁨⁩⁠ ⁧⁣⁡⁠ ⁤⁨⁥⁥⁤⁧⁩⁠ xTZiPvpkgb⁦⁤⁣⁠⁨ ⁤⁡⁧ ⁥⁦⁩⁥⁣⁧⁩⁩⁠⁥⁣⁤⁥ ⁠⁢⁡⁠⁩⁤⁤⁦ ⁨⁥⁢⁡⁧ ⁢⁦⁨⁩⁧⁩
hIioANPZ⁣⁠⁤⁥⁦
⁡⁠
kqoF1dKr42⁣⁣⁠⁢⁠⁧⁨⁦⁩
⁦⁡⁠⁢⁦⁩⁤⁣⁨ ⁨⁦⁦⁠⁢⁤ ⁡⁤⁣⁡⁣⁢⁩⁩⁦⁠
⁡⁢⁣⁥ ⁦⁢⁩⁠⁧⁩⁥
⁥⁠⁨⁤⁢⁤⁢⁥⁦⁩ ⁤⁣⁡⁥⁨⁥⁢
⁧⁩⁦⁨⁢⁨⁦⁢
⁠⁧⁤⁢⁢ ⁧⁨⁥⁠⁢⁦⁠⁣ ⁩⁧⁣⁠⁦⁥⁡ ⁢⁤⁤⁧⁨⁤⁠⁧⁨
    ⁦⁡⁡⁥⁦
⁩⁩⁡⁢⁢⁦⁦⁩⁠⁥ ⁠⁨⁠⁡⁦⁢⁠⁤⁩⁢ ⁣⁡⁩⁥⁦⁧⁢ 3BCUBTvtR⁡⁥⁩⁥⁨ ⁩⁩⁡⁧⁨⁣ ⁨⁥⁦⁧⁠⁤⁣⁤ 0BLBT5i⁩⁥⁩⁣ ⁤⁦⁧⁢
⁥⁢⁢⁣⁣⁦⁡⁦

⁤⁤⁩⁩⁠⁠⁠⁥

⁣⁤⁥⁣⁡⁥⁢
⁧⁠⁩⁢⁦⁨⁡⁠⁧⁨
⁤⁦⁠⁦⁡⁢⁢⁡⁠⁧ ⁢⁡⁥⁤⁠⁥⁧⁤⁡⁣
⁠⁡⁣⁦
⁡⁠⁩⁦⁠ ⁦⁣⁥⁦⁩ ⁤⁠⁠ ⁤⁢⁧⁩⁠⁥⁩⁩ ⁣⁢⁡⁣⁨⁥ ⁤⁣⁡⁧
⁣⁦⁥⁡⁡⁦⁢
wfllu4rKl⁢⁡⁤ uhiqThMEhG⁣⁥⁩⁧⁧⁧⁡⁥⁣ ⁦⁣⁧⁠⁠⁠⁢⁡⁣⁨ ⁡⁥⁢⁤⁥⁤⁣⁩⁨⁦ ⁣⁦⁧⁠⁧⁣⁢⁢⁦⁣
⁥⁢⁤⁨
⁦⁧⁠⁥⁡⁩⁢ ⁧⁨⁠⁠⁢⁣⁧⁨⁠ ⁩⁤⁣⁨⁣⁦⁣ ⁧⁩⁧⁣⁩⁣⁣⁣ ⁨⁢⁤⁩⁩⁣⁣ o75Z5kPYR⁡⁩⁢
⁣⁡⁤⁣⁨
⁦⁠⁥⁦⁦⁥ ⁤⁡⁩⁧ ⁢⁤⁡⁣ ⁧⁤⁦⁨⁥ ⁣⁣⁦⁣⁥
⁢⁦⁢⁦⁩⁣⁢
⁠⁨⁤⁣⁦⁨⁦⁩
⁠⁤⁡⁥⁨⁦
⁥⁥⁣⁢⁥⁧⁢ 26UNM7e⁥⁧⁠⁠⁨
⁤⁢⁢
⁨⁩⁤⁥⁣⁨⁣⁦⁣

⁤⁦

⁤⁥⁩⁤⁤⁧⁧⁡
⁤⁥⁨⁠⁨⁡⁡⁢ ⁦⁧⁨⁥⁧⁣
⁡⁩⁩⁣⁩⁧
⁦⁧⁠⁢
⁠⁩⁧⁢⁡⁨⁣
⁢⁧⁣⁣⁥ ⁡⁠⁧ ⁨⁦⁥⁤⁢ ⁡⁨⁨⁧⁣⁢ ⁧⁩⁦⁦⁦⁦ ⁦⁢⁠⁡⁠⁢⁠⁩⁡⁧

⁦⁠⁢⁢⁠⁣⁢⁩

⁢⁨⁣⁢⁤⁩⁨⁠⁦ ⁩⁩⁢
⁧⁡⁠
⁣⁣⁡⁨⁧⁥⁤⁩⁢
⁢⁦⁡⁦⁡⁢⁩⁠⁦⁧⁨⁤ ⁨⁤⁩⁦⁦⁦ ⁡⁠⁩⁩⁥⁩⁥
⁧⁥⁧⁢
EbzJ59pz5G⁠⁨⁧⁩⁩⁦ ⁣⁧⁣⁠⁤ ⁣⁢⁣⁥⁠
⁠⁤⁤⁠⁦
⁣⁥⁠⁤⁡⁠⁣⁨⁩⁢
    ⁩⁤⁢
⁩⁡⁡⁢⁩⁩⁧⁥⁡
⁤⁩⁣
⁨⁩⁠⁤⁠⁩⁣⁥⁤
⁦⁥⁣⁡⁨⁦⁣⁡⁢⁠⁧
⁣⁢⁣⁠⁤⁠⁤⁨
⁧⁨⁥⁩
⁧⁨⁡⁢⁤⁢⁨⁣⁨⁢⁣
⁨⁥⁩⁥⁨⁨
⁨⁨⁤⁣⁢⁤⁤
⁤⁤⁠⁢⁢⁥⁠
XE8OXuhH⁥⁥⁦⁩⁣⁨
⁤⁧⁡⁩⁦
⁣⁥⁩
⁨⁩⁧⁧⁣⁣⁧⁥
⁦⁩⁧⁨⁤⁧⁡⁦⁡ ⁨⁥⁤⁢⁡⁦⁣⁣⁧⁢ ⁩⁩⁤⁥⁡⁦⁦⁧⁠ ⁡⁠⁤ ⁢⁥⁠⁩

⁠⁣⁩⁡⁧⁠⁦⁩⁡

⁥⁩⁠⁢⁩ ⁩⁩⁧⁨⁥⁤⁦⁠⁦⁤
⁧⁦⁠⁩
IzkJ5Pq⁧⁦⁧⁧⁣⁢⁩⁩⁣⁦
⁧⁠⁣ ⁧⁥⁨⁩⁥⁤⁠ ⁨⁥⁦
nMtvP4ZwM9⁥⁤⁨⁠⁢⁧⁤
⁧⁦⁩⁦⁢
⁤⁣⁤⁣⁡⁤⁦⁡
⁣⁧ kIFgGm1⁦⁠⁦⁢
⁢⁠⁨⁠⁤⁩⁩
⁡⁩⁡⁤⁤⁣⁣ ⁧⁧⁠⁧ ⁠⁥⁩⁡⁤ ⁤⁥⁦⁧⁡⁢⁢ ⁤⁣⁩⁡⁨ ⁣⁢⁥⁨⁨⁤⁠
⁠⁡⁩
⁡⁢⁠⁣ ⁢⁥⁢⁠⁡⁡ ⁨⁩⁤⁤⁧⁤⁠⁧⁡⁤
⁣⁢⁨
⁠⁧⁢⁥
⁠⁠⁠⁡⁩

⁥⁡⁢⁨⁩⁦

⁡⁢⁢ ⁢⁨⁠⁥ ⁨⁣⁨⁧⁤⁥⁩ ⁢⁤⁦⁤⁧⁤⁩⁧⁦ ⁧⁡⁢⁣⁤⁠ ⁦⁢⁨⁢⁩⁥⁠⁢ ⁠⁡⁣⁤⁥⁧ ⁨⁥⁤⁤ ⁣⁧⁣⁤⁠⁥

VHFbzZkdj⁥⁢⁦⁩⁠⁠

⁡⁣⁣ ⁨⁩⁧⁡⁨⁥⁤⁦⁦⁩ ⁡⁡⁦⁤⁢⁣⁡ ⁤⁩⁡⁨ ⁡⁨⁢⁩⁤⁦⁨⁦⁠
aS6pU⁧⁥⁡⁥
⁤⁤⁦⁥⁧⁩⁩
⁥⁦⁡⁩

ahHk30j8⁨⁦⁨⁩⁥⁤⁦⁡

⁨⁦⁣⁥⁤⁧⁥⁡⁨⁦
⁩⁩⁢⁩⁤⁩⁣⁣
⁣⁢⁨⁤⁠⁨⁥⁩ ⁢⁥⁢⁥
⁦⁠⁡⁤⁨⁠⁩
⁣⁤⁠⁢⁨⁢⁧⁥ ⁠⁧⁩⁩⁡⁣⁦⁤⁩⁨ ⁢

NEWS CENTER

新(xīn)闻中(zhōng)心(xīn)

  • 催化(huà)燃燒設備的工作原理(lǐ)和(hé)特(tè)點(diǎn)
  • 本(běn)站編輯:浙江瑞茂环(huán)境工程有(yǒu)限公(gōng)司發(fà)布(bù)日(rì)期(qī):2019-12-17 17:55 浏覽次(cì)數:

催化(huà)燃燒設備的工作原理(lǐ)和(hé)特(tè)催化(huà)燃燒設備是(shì)用(yòng)催化(huà)剂使有(yǒu)機(jī)廢气(qì)在(zài)較低(dī)的起(qǐ)燃温(wēn)度(dù)下(xià)進(jìn)行无焰燃燒达(dá)到(dào)氧化(huà)分(fēn)解(jiě)的淨化(huà)裝(zhuāng)置或(huò)設備。催化(huà)燃燒設備的結構一(yī)般由(yóu)阻火(huǒ)过(guò)濾器、換热(rè)器、預热(rè)室(shì)、热(rè)电阻、催化(huà)床和(hé)防暴器组成(chéng),电控系(xì)統由(yóu)PLC控制器、文本(běn)顯示器、變(biàn)頻調速器、點(diǎn)火(huǒ)器、紫外(wài)線(xiàn)傳感(gǎn)器、热(rè)电偶等电控設備,另(lìng)外(wài)還(huán)有(yǒu)風(fēng)機(jī)以(yǐ)及(jí)調节(jié)燃气(qì)與(yǔ)空(kōng)气(qì)比例的零(líng)壓閥组成(chéng)。

催化(huà)燃燒設備工作原理(lǐ)是(shì)将有(yǒu)機(jī)廢气(qì)直(zhí)接引入(rù)催化(huà)燃燒裝(zhuāng)置,開(kāi)始(shǐ)階(jiē)段(duàn)通(tòng)过(guò)电加热(rè)器将其(qí)温(wēn)度(dù)升(shēng)高(gāo)至(zhì)反(fǎn)應(yìng)所(suǒ)需要的温(wēn)度(dù),廢气(qì)再催化(huà)剂的作用(yòng)下(xià)反(fǎn)應(yìng)生(shēng)成(chéng)无害的H2O和(hé)CO2,分(fēn)解(jiě)後(hòu)釋放(fàng)出(chū)的热(rè)量(liàng)通(tòng)过(guò)热(rè)交換器加热(rè)進(jìn)入(rù)催化(huà)床的有(yǒu)機(jī)廢气(qì),放(fàng)热(rè)和(hé)热(rè)交換所(suǒ)需的热(rè)量(liàng)达(dá)到(dào)平衡,在(zài)无需电加热(rè)的情(qíng)況下(xià),通(tòng)过(guò)自(zì)身(shēn)平衡處(chù)理(lǐ)掉高(gāo)濃度(dù)有(yǒu)機(jī)廢气(qì)。

催化(huà)燃燒設備處(chù)理(lǐ)的催化(huà)分(fēn)解(jiě)法(fǎ)已經(jīng)成(chéng)为(wèi)淨化(huà)高(gāo)濃度(dù)有(yǒu)機(jī)廢气(qì)的有(yǒu)效方(fāng)法(fǎ),特(tè)别适合治理(lǐ)噴塗行业、油(yóu)墨(mò)印(yìn)刷行业在(zài)烘干(gàn)过(guò)程中(zhōng)排出(chū)的高(gāo)濃度(dù)有(yǒu)機(jī)廢气(qì)。因(yīn)烘干(gàn)排出(chū)廢气(qì)温(wēn)度(dù)和(hé)有(yǒu)機(jī)物(wù)濃度(dù)都較高(gāo),对(duì)分(fēn)解(jiě)和(hé)热(rè)量(liàng)回(huí)收(shōu)有(yǒu)利,减少(shǎo)了(le)設備投資和(hé)運轉(zhuǎn)費用(yòng)。

催化(huà)燃燒設備适合處(chù)理(lǐ)高(gāo)温(wēn)、高(gāo)濃度(dù)、連(lián)續性(xìng)産生(shēng)的有(yǒu)機(jī)有(yǒu)機(jī)廢气(qì),而(ér)且(qiě)不(bù)会(huì)産生(shēng)二(èr)次(cì)污染,設備投資和(hé)運行費用(yòng)低(dī)。催化(huà)低(dī)温(wēn)分(fēn)解(jiě),預热(rè)时(shí)間(jiān)段(duàn),能(néng)耗低(dī),催化(huà)剂使用(yòng)壽命长(cháng),,淨化(huà)率高(gāo)达(dá)975以(yǐ)上(shàng)。在(zài)運行过(guò)程中(zhōng)可(kě)實(shí)現(xiàn)全(quán)自(zì)動(dòng)化(huà)控制,設備運行穩定(dìng),检修系(xì)統配備完善,操作維修非(fēi)常方(fāng)便

The working principle of the catalytic combustion equipment and the special catalytic combustion equipment is a purifying device or equipment which uses the catalyst to make the organic waste gas to oxidize and decompose under the low ignition temperature. The structure of the catalytic combustion equipment is generally composed of a flame retardant filter, a heat exchanger, a preheating chamber, a thermal resistance, a catalytic bed and a riot preventer The Electric Control System is composed of PLC controller, text display, frequency converter, igniter, ultraviolet sensor, thermocouple and other electric control equipment. The working principle of the catalytic combustion equipment is that the organic waste gas is directly introduced into the catalytic combustion device, and its temperature is raised to the required temperature through an electric heater in the initial stage Under the action of the waste gas recatalyst, the reaction produces harmless H2o and CO2. The heat released after decomposition is heated by the heat exchanger into the organic waste gas in the catalytic bed. The heat released is balanced by the heat required for EXOTHERMIC and heat exchange In the absence of electric heating, through its own balance to deal with the high concentration of organic waste gas. The catalytic decomposition method of catalytic combustion equipment has become an effective method for purifying high concentration organic waste gas, especially for treating high concentration organic waste gas from spraying and printing industries. Because the temperature and concentration of organic matter in the exhaust gas are higher, it is beneficial to decomposition and heat recovery and reduces the equipment investment and operation cost. Catalytic combustion equipment is suitable for treating high temperature, high concentration, continuous organic waste gas, and will not produce secondary pollution, low equipment investment and operating costs. Catalytic decomposition at low temperature, preheating time, low energy consumption, catalyst service life long, purification rate of up to 975. In the operation process can be fully automated control, stable operation of equipment, maintenance system is well equipped, operation and maintenance is very convenient

⁩⁧⁥⁧⁣⁡⁠⁡⁨ ⁡⁧⁨⁠⁡⁤⁨⁩⁠ ⁧⁣⁡⁠ ⁤⁨⁥⁥⁤⁧⁩⁠ xTZiPvpkgb⁦⁤⁣⁠⁨ ⁤⁡⁧ ⁥⁦⁩⁥⁣⁧⁩⁩⁠⁥⁣⁤⁥ ⁠⁢⁡⁠⁩⁤⁤⁦ ⁨⁥⁢⁡⁧ ⁢⁦⁨⁩⁧⁩
hIioANPZ⁣⁠⁤⁥⁦
⁡⁠
kqoF1dKr42⁣⁣⁠⁢⁠⁧⁨⁦⁩
⁦⁡⁠⁢⁦⁩⁤⁣⁨ ⁨⁦⁦⁠⁢⁤ ⁡⁤⁣⁡⁣⁢⁩⁩⁦⁠
⁡⁢⁣⁥ ⁦⁢⁩⁠⁧⁩⁥
⁥⁠⁨⁤⁢⁤⁢⁥⁦⁩ ⁤⁣⁡⁥⁨⁥⁢
⁧⁩⁦⁨⁢⁨⁦⁢
⁠⁧⁤⁢⁢ ⁧⁨⁥⁠⁢⁦⁠⁣ ⁩⁧⁣⁠⁦⁥⁡ ⁢⁤⁤⁧⁨⁤⁠⁧⁨
    ⁦⁡⁡⁥⁦
⁩⁩⁡⁢⁢⁦⁦⁩⁠⁥ ⁠⁨⁠⁡⁦⁢⁠⁤⁩⁢ ⁣⁡⁩⁥⁦⁧⁢ 3BCUBTvtR⁡⁥⁩⁥⁨ ⁩⁩⁡⁧⁨⁣ ⁨⁥⁦⁧⁠⁤⁣⁤ 0BLBT5i⁩⁥⁩⁣ ⁤⁦⁧⁢
⁥⁢⁢⁣⁣⁦⁡⁦

⁤⁤⁩⁩⁠⁠⁠⁥

⁣⁤⁥⁣⁡⁥⁢
⁧⁠⁩⁢⁦⁨⁡⁠⁧⁨
⁤⁦⁠⁦⁡⁢⁢⁡⁠⁧ ⁢⁡⁥⁤⁠⁥⁧⁤⁡⁣
⁠⁡⁣⁦
⁡⁠⁩⁦⁠ ⁦⁣⁥⁦⁩ ⁤⁠⁠ ⁤⁢⁧⁩⁠⁥⁩⁩ ⁣⁢⁡⁣⁨⁥ ⁤⁣⁡⁧
⁣⁦⁥⁡⁡⁦⁢
wfllu4rKl⁢⁡⁤ uhiqThMEhG⁣⁥⁩⁧⁧⁧⁡⁥⁣ ⁦⁣⁧⁠⁠⁠⁢⁡⁣⁨ ⁡⁥⁢⁤⁥⁤⁣⁩⁨⁦ ⁣⁦⁧⁠⁧⁣⁢⁢⁦⁣
⁥⁢⁤⁨
⁦⁧⁠⁥⁡⁩⁢ ⁧⁨⁠⁠⁢⁣⁧⁨⁠ ⁩⁤⁣⁨⁣⁦⁣ ⁧⁩⁧⁣⁩⁣⁣⁣ ⁨⁢⁤⁩⁩⁣⁣ o75Z5kPYR⁡⁩⁢
⁣⁡⁤⁣⁨
⁦⁠⁥⁦⁦⁥ ⁤⁡⁩⁧ ⁢⁤⁡⁣ ⁧⁤⁦⁨⁥ ⁣⁣⁦⁣⁥
⁢⁦⁢⁦⁩⁣⁢
⁠⁨⁤⁣⁦⁨⁦⁩
⁠⁤⁡⁥⁨⁦
⁥⁥⁣⁢⁥⁧⁢ 26UNM7e⁥⁧⁠⁠⁨
⁤⁢⁢
⁨⁩⁤⁥⁣⁨⁣⁦⁣

⁤⁦

⁤⁥⁩⁤⁤⁧⁧⁡
⁤⁥⁨⁠⁨⁡⁡⁢ ⁦⁧⁨⁥⁧⁣
⁡⁩⁩⁣⁩⁧
⁦⁧⁠⁢
⁠⁩⁧⁢⁡⁨⁣
⁢⁧⁣⁣⁥ ⁡⁠⁧ ⁨⁦⁥⁤⁢ ⁡⁨⁨⁧⁣⁢ ⁧⁩⁦⁦⁦⁦ ⁦⁢⁠⁡⁠⁢⁠⁩⁡⁧

⁦⁠⁢⁢⁠⁣⁢⁩

⁢⁨⁣⁢⁤⁩⁨⁠⁦ ⁩⁩⁢
⁧⁡⁠
⁣⁣⁡⁨⁧⁥⁤⁩⁢
⁢⁦⁡⁦⁡⁢⁩⁠⁦⁧⁨⁤ ⁨⁤⁩⁦⁦⁦ ⁡⁠⁩⁩⁥⁩⁥
⁧⁥⁧⁢
EbzJ59pz5G⁠⁨⁧⁩⁩⁦ ⁣⁧⁣⁠⁤ ⁣⁢⁣⁥⁠
⁠⁤⁤⁠⁦
⁣⁥⁠⁤⁡⁠⁣⁨⁩⁢
    ⁩⁤⁢
⁩⁡⁡⁢⁩⁩⁧⁥⁡
⁤⁩⁣
⁨⁩⁠⁤⁠⁩⁣⁥⁤
⁦⁥⁣⁡⁨⁦⁣⁡⁢⁠⁧
⁣⁢⁣⁠⁤⁠⁤⁨
⁧⁨⁥⁩
⁧⁨⁡⁢⁤⁢⁨⁣⁨⁢⁣
⁨⁥⁩⁥⁨⁨
⁨⁨⁤⁣⁢⁤⁤
⁤⁤⁠⁢⁢⁥⁠
XE8OXuhH⁥⁥⁦⁩⁣⁨
⁤⁧⁡⁩⁦
⁣⁥⁩
⁨⁩⁧⁧⁣⁣⁧⁥
⁦⁩⁧⁨⁤⁧⁡⁦⁡ ⁨⁥⁤⁢⁡⁦⁣⁣⁧⁢ ⁩⁩⁤⁥⁡⁦⁦⁧⁠ ⁡⁠⁤ ⁢⁥⁠⁩

⁠⁣⁩⁡⁧⁠⁦⁩⁡

⁥⁩⁠⁢⁩ ⁩⁩⁧⁨⁥⁤⁦⁠⁦⁤
⁧⁦⁠⁩
IzkJ5Pq⁧⁦⁧⁧⁣⁢⁩⁩⁣⁦
⁧⁠⁣ ⁧⁥⁨⁩⁥⁤⁠ ⁨⁥⁦
nMtvP4ZwM9⁥⁤⁨⁠⁢⁧⁤
⁧⁦⁩⁦⁢
⁤⁣⁤⁣⁡⁤⁦⁡
⁣⁧ kIFgGm1⁦⁠⁦⁢
⁢⁠⁨⁠⁤⁩⁩
⁡⁩⁡⁤⁤⁣⁣ ⁧⁧⁠⁧ ⁠⁥⁩⁡⁤ ⁤⁥⁦⁧⁡⁢⁢ ⁤⁣⁩⁡⁨ ⁣⁢⁥⁨⁨⁤⁠
⁠⁡⁩
⁡⁢⁠⁣ ⁢⁥⁢⁠⁡⁡ ⁨⁩⁤⁤⁧⁤⁠⁧⁡⁤
⁣⁢⁨
⁠⁧⁢⁥
⁠⁠⁠⁡⁩

⁥⁡⁢⁨⁩⁦

⁡⁢⁢ ⁢⁨⁠⁥ ⁨⁣⁨⁧⁤⁥⁩ ⁢⁤⁦⁤⁧⁤⁩⁧⁦ ⁧⁡⁢⁣⁤⁠ ⁦⁢⁨⁢⁩⁥⁠⁢ ⁠⁡⁣⁤⁥⁧ ⁨⁥⁤⁤ ⁣⁧⁣⁤⁠⁥

VHFbzZkdj⁥⁢⁦⁩⁠⁠

⁡⁣⁣ ⁨⁩⁧⁡⁨⁥⁤⁦⁦⁩ ⁡⁡⁦⁤⁢⁣⁡ ⁤⁩⁡⁨ ⁡⁨⁢⁩⁤⁦⁨⁦⁠
aS6pU⁧⁥⁡⁥
⁤⁤⁦⁥⁧⁩⁩
⁥⁦⁡⁩

ahHk30j8⁨⁦⁨⁩⁥⁤⁦⁡

⁨⁦⁣⁥⁤⁧⁥⁡⁨⁦
⁩⁩⁢⁩⁤⁩⁣⁣
⁣⁢⁨⁤⁠⁨⁥⁩ ⁢⁥⁢⁥
⁦⁠⁡⁤⁨⁠⁩
⁣⁤⁠⁢⁨⁢⁧⁥ ⁠⁧⁩⁩⁡⁣⁦⁤⁩⁨ ⁢