枣强县荣驰玻璃钢有限公司是生产环玻璃钢除雾器的专业公司。成功的研制了所有材质除雾器及其他脱硫环保产品。生产的主要产品有:玻璃钢除雾器,脱硫塔玻璃钢除雾器,折流板除雾器,平板式除雾器,喷淋层,旋流板等各种除雾器设备。公司技术力量雄厚,拥有多项发明**技术,拥有高端制造设备及先进的制造工艺,公司设计、生产的除雾器具有性能**、除雾效率高、使用寿命长、易于装配、方便运输等优点,公司具有完善的技术、生产、销售、人才管理体质,并拥有优良的服务体系。公司生产除雾器是目前计、生产的脱硫除雾器具有性能**、除雾效率高、使用寿命长、易于装配、方便运输等优点,公司具有完善的技术、生产、销售、人才管理体质,并拥有优良的服务体系。
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十堰喷淋塔除雾器凭借着几大优势成为*
并不是所有的除雾器都是能达到预想的结果的,有的时候如果清晰不当的话也是会出问题的,比如所容易造成叶片的结垢的,造成FGD系统的整体瘫痪的。
一般如果除雾器除雾效果差的话会进入GGH的净烟气中有包含石膏颗粒或者是尘粒液滴的,这样会导致GGH的结垢堵塞的。
究其原因有几个方面的原因:
1.原烟气流经电除尘器后进入FGD系统烟气中的剩余粉尘。
2.经除雾器后净烟气携带的含有石膏颗粒及尘粒液滴在GGH受热面表面蒸发结晶的产物。原烟气中携带粉尘较易清除,且目前火力发电机组所配备的除尘器一般均能满足FGD系统运行需求。
综上所述,除雾器运营不当或者是除雾效果变差等都会造成湿法脱硫中GGH堵塞的,这是主要的原因。
十堰喷淋塔除雾器主要是由波形叶片、板片、卡条等固定装置组成,在湿法脱硫,吸收塔在运行过程中,易产生粒径为10--60微米的“雾”,“雾”不仅含有水分,它还溶有盐等,同时也造成风机、热交换器及烟道的玷污和严重腐蚀,因此,湿法脱硫工艺上对吸收设备提出除雾的要求,被净化的气体在离开吸收塔之前要除雾。
客户案例:
北京市的张女士在2017年1月份从我们公司一批玻璃钢材质的除雾器。
客户评价:
我对玻璃钢除雾器并不是太了解,选购的时候也比较迷茫,贵公司的销售经理告诉我如何辨别玻璃钢除雾器质量的好坏。贵公司给我寄了一个样品,质量完全符合行业规格,然后我就从贵公司订购了产品。
Mist eliminator The principle of gas-liquid separation
In the process of industrial exhaust emission, the separation of gas and liquid is an important task. Then the demister is used at this time, and then we will find out how the demister separations the gas and liquid.
First, the unique structure of the mist eliminator separates the gas to be processed into many single strand channels.
Two, the gas separates a lot of droplets and droplets during the continuous separation process. Under the action of inertia, the droplets and droplets collide with the wave blade of the mist eliminator to form a layer of liquid film.
Three. The mist eliminator has a special turning point. The liquid film will be separated from the corner and flow to the equipment under the container as the flow moves forward.
Rong Chi tells you that if the gas speed and other conditions are suitable to choose, when the gas passes through the mist eliminator, the efficiency of removing harmful substances will be very high, and it can fully meet the requirements of industrial emission.
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Mist eliminator Test method and process of the liquid drop content of the outlet
The Magnesium Oxide diaphragm impact method is used to test the droplet content of the deatomizer outlet. The concrete method is: covering a layer of Magnesium Oxide film on the slide plate, fixing the Magnesium Oxide diaphragm on the sampler, the sampler is perpendicular to the direction of the air flow. When the gas flows through the droplets, the Magnesium Oxide diaphragm is left by the droplet impact. A circular seal is used to take down the Magnesium Oxide film and use the microscope and software analysis system to measure and count the number and size information of the imprint. The true size of the droplet is obtained after correction, and the quality of the droplets in the air flow is calculated by the relevant calculation.
The microscope size analysis system consists of a positive microscope, a digital camera, an automatic loading stage and an apparent particle size analysis software.
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