沼氣脫硫脫水系統(tǒng)設(shè)備價(jià)格、沼氣脫硫脫水系統(tǒng)廠家-多少錢(qián)沼氣的凈化一般應(yīng)包括沼氣的脫水、脫硫及脫二氧化碳。沼氣中的水分與硫化氫共同作用， 能加速管道及閥門(mén)、流量計(jì)的腐蝕，硫化氫還對(duì)大氣造成污染，所以要脫除。沼氣脫硫脫水系統(tǒng)----陳---
Equipment price of biogas desulfurization and dehydration system, manufacturers of biogas desulfurization and dehydration system - how much should biogas purification generally include dehydration, desulfurization and CO2 removal of biogas. The water in the biogas and hydrogen sulfide can work together to accelerate the corrosion of pipes, valves and flow meters. Hydrogen sulfide also pollutes the atmosphere, so it should be removed. Methane desulfurization and dehydration system ---- Chen---
沼氣如何進(jìn)行脫水：從發(fā)酵裝置出來(lái)的沼氣含有飽和水蒸氣，可用3種方法將其去除。
How to dehydrate biogas: The biogas from the fermentation device contains saturated water vapor, which can be removed by three methods.
(1)冷分離法。是利用壓力能變化引起溫度變化，使水蒸氣從氣相中冷凝下來(lái)的方法。常用 的有兩種流程
(1) Cold separation method. It is a method of condensing water vapor from the gas phase by using pressure energy change to cause temperature change. There are two common processes
A．節(jié)流膨脹冷脫水法。一般用于高壓燃?xì)猓?jīng)過(guò)節(jié)流膨脹或低溫分離，使 部分水冷凝下來(lái)。B．加壓后冷卻法。如凈化氣在08MPa壓力下的冷卻脫水。
A. Throttling expansion cold dehydration method. It is generally used for high-pressure gas to condense some water after throttling expansion or low-temperature separation. B. Pressurized cooling method. For example, the purified gas is cooled and dehydrated under the pressure of 0.8MPa.
(2)溶劑吸收法。屬于這類(lèi)脫水溶劑的有氯化鈣、氯化鋰及甘醇類(lèi)。
(2) Solvent absorption method. Calcium chloride, lithium chloride and glycol belong to this kind of dehydration solvent.
(3)固體物理吸水法。吸附是在固體表面力作用下產(chǎn)生的，根據(jù)表面力的性質(zhì)分為化學(xué)吸附( 脫水后不能再生)和物理吸附(脫水后可再生)。
(3) Solid physical water absorption method. Adsorption is generated under the action of solid surface force, which can be divided into chemical adsorption (non renewable after dehydration) and physical adsorption (renewable after dehydration) according to the nature of surface force.
沼氣的脫硫：沼氣中的有害物質(zhì)主要是硫化氫，它危害人體健康，對(duì)管道閥門(mén)及應(yīng)用設(shè)備有較強(qiáng)的腐蝕作 用。目前，國(guó)內(nèi)大部分用戶均未安裝脫硫器，已造成嚴(yán)重后果。為減輕硫化氫對(duì)灶具及配套 用具的腐蝕損害，延長(zhǎng)設(shè)備使用壽命，保證人身健康，安裝脫硫器。脫硫原理：在常溫下含有H2S的沼氣通過(guò)脫硫劑床層，沼氣中H2S與活性物質(zhì)(如氧化鐵)接觸，生成 硫化鐵和亞硫化鐵，然后含有硫化物的脫硫劑與空氣中的氧接觸，當(dāng)有水存在時(shí)，鐵的硫化 物又轉(zhuǎn)化為氧化鐵和單體硫。這種脫硫和再生過(guò)程可循環(huán)進(jìn)行多次，直至氧化鐵脫硫劑表面 大部分被硫或其他雜質(zhì)覆蓋而失去活性為止。脫硫方法：脫硫的方法有濕法脫硫和干法脫硫兩種。干法脫硫具有工藝簡(jiǎn)單，成熟可靠、造價(jià)低等優(yōu)點(diǎn) ，并能達(dá)到較好的交貨程度。目前家用沼氣脫硫基本上采用這種方法。干法脫硫劑有活性炭、氧化鋅、氧化錳及氧化鐵等，從運(yùn)轉(zhuǎn)時(shí)間、使用溫度、公害、價(jià)格等 綜合考慮，目前采用多的脫硫劑是氧化鐵
Desulfurization of biogas: the harmful substance in biogas is mainly hydrogen sulfide, which is harmful to human health and has strong corrosion effect on pipeline valves and application equipment. At present, most domestic users have not installed desulfurizers, which has caused serious consequences. In order to reduce the corrosion damage of hydrogen sulfide on cooking appliances and supporting appliances, prolong the service life of equipment and ensure human health, desulfurizers must be installed. Desulfurization principle: under normal temperature, the biogas containing H 2S passes through the desulfurization agent bed, and H 2S in the biogas contacts with active substances (such as iron oxide) to generate iron sulfide and iron sulfite, and then the desulfurization agent containing sulfide contacts with oxygen in the air. When there is water, the iron sulfide is converted into iron oxide and monomer sulfur. This desulfurization and regeneration process can be repeated for many times until the surface of iron oxide desulfurizer is mostly covered by sulfur or other impurities and loses its activity. Desulfurization methods: There are two desulfurization methods: wet desulfurization and dry desulfurization. Dry desulfurization has the advantages of simple process, mature and reliable, low cost, and good delivery. At present, this method is basically adopted for household biogas desulfurization. The dry desulfurization agent includes activated carbon, zinc oxide, manganese oxide and iron oxide. Considering the operation time, service temperature, pollution, price, etc., the most commonly used desulfurization agent is iron oxide
The above is a detailed introduction to biogas desulfurization, and we hope it will be helpful to you. If you have any questions, please contact us. We will provide services for you with our attitude http://www.szzcsj.com
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2023-01-06
