摘要：【中文】本发明公开了一种氧化法脱硝处理装置，其包括湿法脱硫塔以及沿废气流动方向依次间隔布置的第一氧化区、第一吸收区、第二氧化区和第二吸收区。本发明中通过设置第一氧化区、第一吸收区、第二氧化区和第二吸收区的方式，即利用臭氧和液态催化剂的氧化性能，将烟气中的NO氧化成高价态易吸收的形式，再利用脱硫剂的碱性特性进行脱硫和脱硝的协同处理，实现一体化的功能，且对于原有脱硫塔进行小幅度的改造，能够很好的应用到烧结烟气的脱硫脱硝上，实现超低排放的要求，也降低了改造的难度和运行的成本。 【EN】The invention discloses an oxidation denitration treatment device which comprises a wet desulfurization tower, and a first oxidation zone, a first absorption zone, a second oxidation zone and a second absorption zone which are sequentially arranged at intervals along the flowing direction of waste gas. According to the invention, the first oxidation area, the first absorption area, the second oxidation area and the second absorption area are arranged, namely, the oxidation performance of ozone and a liquid catalyst is utilized to oxidize NO in the flue gas into a high-valence state easily-absorbed form, and then the alkaline characteristic of a desulfurizer is utilized to carry out the synergistic treatment of desulfurization and denitration, so that the integrated function is realized, the original desulfurization tower is slightly modified, the requirements of ultralow emission can be well applied to desulfurization and denitration of sintering flue gas, and the modification difficulty and the operation cost are also reduced.

摘要：【中文】本发明公开了一种烧结机机头烟气脱硫脱硝处理装置及其处理方法，其包括依次连通的干法脱硫塔、布袋除尘器、GGH烟气换热器、低温催化剂SCR反应器、变频风机和烟囱，GGH烟气换热器上设置有第一输入端、第一输出端、第二输入端和第二输出端，布袋除尘器的出风端与第一输入端相连通，第一输出端与低温催化剂SCR反应器的进气端相连通，低温催化剂SCR反应器的出气端与第二输入端相连通，第二输出端与变频风机相连通。本发明将干法脱硫技术和低温SCR催化剂的结合使用，提高系统的稳定性，避免脱硫剂的过多消耗，以及降低加热燃料的消耗。 【EN】The invention discloses a sintering machine head flue gas desulfurization and denitration treatment device and a treatment method thereof, wherein the device comprises a dry desulfurization tower, a bag-type dust remover, a GGH flue gas heat exchanger, a low-temperature catalyst SCR reactor, a variable-frequency fan and a chimney which are sequentially communicated, wherein the GGH flue gas heat exchanger is provided with a first input end, a first output end, a second input end and a second output end, the air outlet end of the bag-type dust remover is communicated with the first input end, the first output end is communicated with the air inlet end of the low-temperature catalyst SCR reactor, the air outlet end of the low-temperature catalyst SCR reactor is communicated with the second input end, and the second output end is communicated with the variable. The invention combines the dry desulfurization technology and the low-temperature SCR catalyst, improves the stability of the system, avoids excessive consumption of the desulfurizer, and reduces the consumption of heating fuel.

摘要：【中文】本发明公开了一种球团烟气脱硝处理装置及其处理方法，其包括依次连接的回转窑、球团链篦机、SCR反应器、脱硝风机和烟囱；所述回转窑与所述球团链篦机之间的管路与SNCR脱硝模块相连接，所述球团链篦机与所述SCR反应器之间的管路上设置有喷氨格栅，所述喷氨格栅与氨水蒸发器相连通，所述氨水蒸发器与热空气源相连接。本发明中合理利用球团工艺中回转窑与球团链篦机的特点，提出SNCR+SCR联合的工艺，SCR选取的处理烟气为球团链篦机第二预热段烟气，整个处理流程无法加热升温，同时发挥两个工艺的各自的优势很好的实现了协同处理。 【EN】The invention discloses a pellet flue gas denitration treatment device and a treatment method thereof, wherein the pellet flue gas denitration treatment device comprises a rotary kiln, a pellet chain grate, an SCR (selective catalytic reduction) reactor, a denitration fan and a chimney which are sequentially connected; the pipeline between the rotary kiln and the pellet chain grate is connected with the SNCR denitration module, the pipeline between the pellet chain grate and the SCR reactor is provided with an ammonia spraying grid, the ammonia spraying grid is communicated with an ammonia water evaporator, and the ammonia water evaporator is connected with a hot air source. The invention reasonably utilizes the characteristics of the rotary kiln and the pellet chain grate in the pellet process, provides the process combining SNCR and SCR, the treated flue gas selected by SCR is the flue gas at the second preheating section of the pellet chain grate, the whole treatment process cannot be heated and heated, and simultaneously the respective advantages of the two processes are exerted to realize synergistic treatment.

摘要：【中文】本发明公开了一种水泥粉磨系统烟气脱硝处理装置，其包括GGH烟气换热器、低温催化剂SCR反应器和变频风机，GGH烟气换热器上设置有第一输入端、第一输出端、第二输入端和第二输出端，水泥粉磨系统的布袋除尘器出口烟气管道与第一输入端相连通，第一输出端与低温催化剂SCR反应器的进气端相连通，低温催化剂SCR反应器的出气端与第二输入端相连通，第二输出端与变频风机相连通。本发明中低温催化剂SCR反应器采用低温催化剂，进而与GGH烟气换热器配合使用，有效的实现脱硝的功能同时，降低了装置的运行成本；设置了独立的变频风机，变频的形式有效的控制了处理脱硝烟气量的波动，保证了整个系统的稳定。 【EN】The invention discloses a flue gas denitration treatment device of a cement grinding system, which comprises a GGH flue gas heat exchanger, a low-temperature catalyst SCR reactor and a variable-frequency fan, wherein the GGH flue gas heat exchanger is provided with a first input end, a first output end, a second input end and a second output end, a flue gas pipeline at the outlet of a bag-type dust collector of the cement grinding system is communicated with the first input end, the first output end is communicated with the gas inlet end of the low-temperature catalyst SCR reactor, the gas outlet end of the low-temperature catalyst SCR reactor is communicated with the second input end, and the second output end is communicated with the variable-frequency fan. The low-temperature catalyst SCR reactor adopts the low-temperature catalyst, and is further matched with the GGH flue gas heat exchanger for use, so that the denitration function is effectively realized, and the running cost of the device is reduced; independent frequency conversion fans are arranged, the fluctuation of the denitration flue gas volume is effectively controlled in the frequency conversion mode, and the stability of the whole system is guaranteed.

摘要：【中文】本发明公开了一种对接装置，包括横梁和调节组件，调节组件包括滑动导轨、夹紧装置和对接驱动源；横梁连接于横梁驱动源的输出端；滑动导轨通过导轨轴转动连接于横梁，且滑动导轨连接于导轨驱动源的输出端，导轨驱动源用于驱动滑动导轨相对于导轨轴转动；夹紧装置滑动连接于滑动导轨的导轨直线滑道上；对接驱动源为直线驱动器，对接驱动源的壳体与输出轴分别连接夹紧装置与滑动导轨。该对接装置通过机械辅助方式完成拱架的对接，夹紧装置抓取拱架，工作人员无需直接接触拱架，通过横梁驱动源、横梁、滑动导轨、导轨驱动源、对接驱动源配合调整夹紧装置的位置即可将调整拱架的耳座孔的位置，使两个拱架对接，有利于提高钢拱架的对接效率。 【EN】The invention discloses a butt joint device which comprises a cross beam and an adjusting assembly, wherein the adjusting assembly comprises a sliding guide rail, a clamping device and a butt joint driving source; the beam is connected to the output end of the beam driving source; the sliding guide rail is rotatably connected to the cross beam through a guide rail shaft and is connected to the output end of a guide rail driving source, and the guide rail driving source is used for driving the sliding guide rail to rotate relative to the guide rail shaft; the clamping device is connected to the guide rail linear slideway of the sliding guide rail in a sliding manner; the butt joint driving source is a linear driver, and a shell and an output shaft of the butt joint driving source are respectively connected with the clamping device and the sliding guide rail. This interfacing apparatus passes through the butt joint of mechanical assistance mode completion bow member, and clamping device snatchs the bow member, and the staff need not direct contact bow member, through crossbeam driving source, crossbeam, sliding guide, guide rail driving source, butt joint driving source cooperation adjustment clamping device's position can be with the position in the ear seat hole of adjustment bow member, makes two bow members butt joints, is favorable to improving the butt joint efficiency of steel bow member.

摘要：【中文】本发明公开一种发酵虫草菌粉(Cs‑4)智能清洁生产用陶瓷膜清洁、灭菌工艺方法，步骤如下：1)冲洗：陶瓷膜过滤结束时，以冲洗溶液对该组陶瓷膜进行循环冲洗，在冲洗的过程中以陶瓷膜过滤的清液为反冲溶液，对该组陶瓷膜进行反冲；2)酸洗：以酸性清洗剂对陶瓷膜进行循环酸洗，在酸洗的过程中以陶瓷膜过滤的清液为反冲溶液，对该组陶瓷膜进行反冲；3)碱洗：以碱性清洗剂对陶瓷膜进行循环碱洗，在碱洗的过程中以陶瓷膜过滤的清液为反冲溶液，对该组陶瓷膜进行反冲；4)软水漂洗：以软水为漂洗剂对陶瓷膜进行循环漂洗，在漂洗的过程中以陶瓷膜过滤的清液为反冲溶液，对该组陶瓷膜进行反冲；5)灭菌：以灭菌剂溶液对陶瓷膜进行循环灭菌，在循环灭菌的过程中以陶瓷膜过滤的清液为反冲溶液，对该组陶瓷膜进行反冲；6)纯化水漂洗。 【EN】The invention discloses a ceramic membrane cleaning and sterilizing process method for intelligent cleaning production of fermented cordyceps sinensis (Cs-4), which comprises the following steps: 1) washing: when the ceramic membrane filtration is finished, circularly washing the group of ceramic membranes by using a washing solution, and backflushing the group of ceramic membranes by using clear liquid filtered by the ceramic membranes as a backflushing solution in the washing process; 2) acid washing: carrying out circular pickling on the ceramic membrane by using an acidic cleaning agent, and carrying out backflushing on the group of ceramic membranes by using clear liquid filtered by the ceramic membranes as backflushing solution in the pickling process; 3) alkali washing: carrying out circulating alkali washing on the ceramic membrane by using an alkaline cleaning agent, and backflushing the ceramic membrane by using clear liquid filtered by the ceramic membrane as a backflushing solution in the alkali washing process; 4) rinsing with soft water: carrying out cyclic rinsing on the ceramic membrane by using soft water as a rinsing agent, and carrying out back flushing on the group of ceramic membranes by using clear liquid filtered by the ceramic membranes as a back flushing solution in the rinsing process; 5) and (3) sterilization: circularly sterilizing the ceramic membrane by using a sterilizing agent solution, and backflushing the ceramic membrane by using clear liquid filtered by the ceramic membrane as a backflushing solution in the circulating sterilization process; 6) rinsing with purified water.

摘要：【中文】本发明公开了一种用于焦炉焦侧区域的整体加罩封闭除尘装置及工艺，除尘收集系统包括依次相连通的集尘组件、环境除尘干管、除尘器、除尘风机和烟囱，若干所述集尘组件均包括顶吸罩、弯头和除尘支管，所述顶吸罩的底部开设有集气进口，所述顶吸罩的顶部开设有集气出口，所述除尘支管与所述弯头之间设置有支管切换阀，所述除尘支管与所述环境除尘干管相连通，所述环境除尘干管通过连通管与出焦除尘干管相连通，所述出焦除尘干管与出焦除尘收集系统和/或出焦除尘地面除尘站相连通。本发明中保留现有的出焦除尘系统，利用现有出焦除尘的优势实现出焦过程大部分烟气的捕集，并弥补现有出焦除尘的不足，通过环境除尘顶吸罩将出焦除尘外溢的烟气全部收集。 【EN】The invention discloses an integral covered closed dust removal device and process for a coke side area of a coke oven, wherein a dust removal collection system comprises a dust collection assembly, an environmental dust removal main pipe, a dust remover, a dust removal fan and a chimney which are sequentially communicated, a plurality of dust collection assemblies respectively comprise a top suction cover, an elbow and a dust removal branch pipe, the bottom of the top suction cover is provided with a gas collection inlet, the top of the top suction cover is provided with a gas collection outlet, a branch pipe switching valve is arranged between the dust removal branch pipe and the elbow, the dust removal branch pipe is communicated with the environmental dust removal main pipe, the environmental dust removal main pipe is communicated with a coke discharging dust removal main pipe through a communication pipe, and the coke discharging dust removal main pipe is communicated with a coke discharging dust removal collection system and/or a coke discharging dust removal ground dust removal station. The invention keeps the existing coke discharging and dust removing system, realizes the capture of most of flue gas in the coke discharging process by utilizing the advantages of the existing coke discharging and dust removing system, makes up the defects of the existing coke discharging and dust removing system, and completely collects the flue gas overflowing from the coke discharging and dust removing system through the environmental dust removing top suction hood.