167results about How to "Guaranteed removal efficiency" patented technology

The invention provides a catalytic ceramic filter tube which is high in dust collection efficiency, can efficiently oxidize elemental mercury, can also efficiently reduce NOx, and achieves simultaneous dust removal and SCR denitration and a preparation method. The catalytic ceramic filter tube comprises a ceramic filter tube substrate, and a catalytic active component layer and a separation membrane which sequentially coat the ceramic filter tube substrate. The preparation method comprises the following steps: step 1. preparing the ceramic filter tube substrate by isostatic pressing molding; step 2. coating the ceramic filter tube substrate with a catalytic active component membrane to obtain a catalytic ceramic filter tube substrate; and step 3. preparing the separation membrane on the catalytic ceramic filter tube substrate. The catalytic ceramic filter tube provided by the invention can achieve integrated efficient removal of dust, NOx and elemental mercury in high-temperature flue gas (>300 DEG C), the service life of the catalyst can be prolonged through protection for the catalyst by the separation membrane and the substrate, and the structure arrangement of the ceramic filter tube can reduce the occupied area and running cost of equipment.

The invention discloses a flue gas purifying device for a fixed-bed, which is filled with activated carbon fiber. The top part of a shell of the device is provided with an exhaust inlet and the bottompart is provided with an air outlet; the inner cavity of the shell is divided into a diversion section, a purification section and an air collection section from top to bottom; the diversion sectionis provided with a plate rectifier with holes and a diversion plate is arranged on the plate rectifier; and the purification section is provided with an activated carbon fiber filling cell. The upperend and the lower end of a fixed frame of the activated carbon fiber filling cell are provided with two parallel comb plates respectively; upper clamping plates and lower clamping plates are respectively inserted in various comb openings of the upper comb plate and the lower comb plate; sheet-shaped activated carbon fibers are fixed between the upper clamping plates and between the lower clampingplates; and the width of the spacing between the adjacent two activated carbon fibers is between 0.5 mm and 10 mm. In the invention, the activated carbon fiber can be tightly, reliably and fixedly installed in the purifying device for a long time. The device has the advantages of compact structure, high filling efficient of activated carbon fiber, low consumption of a reactor, convenient repair, installation, replacement and reproduction and the like.

The invention provides a sticker water removing mechanism for a ceramic tile floor and a using method, and relates to the field of cleaning. According to the sticker water removing mechanism for the ceramic tile floor, a circular plate is connected to the top of a hollow pipe, balls are installed on the two sides of the bottom of the circular plate correspondingly, the outer sides of the balls areslidably connected with the inner side of an annular groove, a displacement contact mechanism is installed at the bottom of a movable plate, and a rotating mechanism is installed on the outer side ofthe hollow pipe; and the bottom of the hollow pipe is connected with a rotary displacement erasing mechanism. By using the rotary displacement wiping mechanism, when the rotary displacement wiping mechanism is used for removing floors on ceramic tiles, the rotary displacement wiping mechanism can drop water onto the ceramic tiles, the paper is soaked by the dropped water by brushing the paper, and the paper can be removed while soaking is conducted. The paper eliminating efficiency is ensured, and meanwhile, the situation that the stability of the ceramic tiles in the using process is affected after the ceramic tiles are easily soaked in gaps of the ceramic tiles due to excessive soaking moisture is prevented.