沼氣脫硫是沼氣使用過程中一個必不可少的環(huán)節(jié),沼氣脫硫器是一款對沼氣進行沼氣脫硫凈化,對找其中的硫化物質進行處理,同達到使用標準的沼氣設備。
Biogas desulfurization is an essential link in the process of using biogas. Biogas desulfurizer is a biogas equipment for desulfurization and purification of biogas and treatment of sulfide substances in it, which meets the use standard.
沼氣脫硫器特征在于脫硫瓶內(nèi)的進氣口上連接一個懸空的多孔管,多孔管盡可能長地橫向伸入脫硫瓶內(nèi)腔,多孔管上密布小孔,小孔的孔徑小于氧化鐵小顆粒的直徑。
The biogas desulfurizer is characterized in that the air inlet in the desulfurization bottle is connected with a suspended porous pipe, the porous pipe extends laterally into the inner cavity of the desulfurization bottle as long as possible, the porous pipe is densely covered with small holes, and the pore diameter of the small holes is smaller than the diameter of small iron oxide particles.
對沼氣進行脫硫凈化,需要按不同用處的技能要求,選用適合的工藝辦法將硫化物脫除目標,完成脫硫凈化進程的沒污染,低耗費,可收回的循環(huán)經(jīng)濟。沼氣脫硫凈化系統(tǒng)是為沼氣發(fā)電定向規(guī)劃的工藝,它結合沼氣發(fā)電的實際需求,對沼氣進行脫硫處理。
For desulfurization and purification of biogas, it is necessary to select appropriate process methods to remove sulfide to the target according to the technical requirements of different uses, so as to complete the circular economy with no pollution, low consumption and recoverable in the desulfurization and purification process. Biogas desulfurization and purification system is a directional planning process for biogas power generation. It carries out desulfurization treatment of biogas in combination with the actual demand of biogas power generation.
沼氣脫硫器的介紹:涉及沼氣應用裝置,其特征在于脫硫瓶內(nèi)的進氣口上連接一個懸空的多孔管,多孔管盡可能長地橫向伸入脫硫瓶內(nèi)腔,多孔管上密布小孔,小孔的孔徑小于氧化鐵小顆粒的直徑。優(yōu)點在于多孔管的設置,使與氧化鐵小顆粒之間的出氣道面積大為,則出氣量大;其次水分部分泡爛氧化鐵顆粒但仍能留存部分出氣孔;再次在于多孔管懸空設置,使脫硫瓶內(nèi)水分積存在懸空多孔管下方,不容易泡爛多孔管周邊的氧化鐵顆粒。
Introduction of biogas desulfurizer: it relates to a biogas application device, which is characterized in that the air inlet in the desulfurization bottle is connected with a suspended porous pipe, the porous pipe extends laterally into the inner cavity of the desulfurization bottle as long as possible, and the porous pipe is densely covered with small holes, and the pore diameter of the small holes is smaller than the straight diameter of small iron oxide particles. The utility model has the advantages that the setting of the porous pipe makes the area of the air outlet between the porous pipe and the small iron oxide particles large, and the air outlet is large; Secondly, the water can partially soak the iron oxide particles, but still retain some air holes; The porous iron suspension tube is arranged below the porous iron suspension tube, so that the water in the porous iron suspension tube is not easy to accumulate empty again.
沼氣脫硫安裝工程的工藝系統(tǒng)包括沼氣管網(wǎng)系統(tǒng)、吸收系統(tǒng)、脫硫富液、單質S生成系統(tǒng)、電氣控制系統(tǒng)。
The process system of biogas desulfurization installation project includes biogas pipe network system, absorption system, desulfurization rich liquid, single substance s generation system and electrical control system.
整個沼氣系統(tǒng)采用將前工段輸送過來的含H2S氣體與脫硫液發(fā)生氧化還原反應,脫除H2S氣體后,經(jīng)捕液裝置捕出水分,合格沼氣供用氣點使用。
The whole biogas system adopts the oxidation-reduction reaction between the H2S containing gas delivered from the front section and the desulfurization liquid. After removing the H2S gas, the water is captured by the liquid capture device, and the qualified biogas is used for gas consumption points.
在我國,沼氣的生產(chǎn)加工技術和商業(yè)化運行系統(tǒng)也已經(jīng)逐漸成熟,通過自主創(chuàng)新、引進并消化吸收了國外成熟的高含固量的廢棄物厭氧消化技術,其中以谷物秸稈、畜禽糞便、城市垃圾為處理對象的大型沼氣工程也取得了突破性進展,因此,相應的沼氣凈化工藝技術也得到發(fā)展,形成了一系列相對比較成熟的技術。
In China, the production and processing technology and commercial operation system of biogas have gradually matured. Through independent innovation, the introduction and digestion of foreign mature and advanced anaerobic digestion technology of waste with high solid content have been absorbed. Among them, the large-scale biogas project with grain straw, livestock manure and municipal waste as the treatment object has also made breakthrough progress. Therefore, the corresponding biogas purification technology has also been developed, A series of relatively mature technologies have been formed.