常州废气处理环保公司的守护者KC1001活性炭塔清新空气的英雄
酸雾净化塔，又称为酸性气体净化器、酸雾吸收塔或废气处理装置，具备广泛应用范围、高效率的特点，并且拥有较低的设备阻力和小巧的占地面积。我们生产多样规格和用途的玻璃钢酸雾净化器，采用了清华大学最新科研成果结合国内外同类产品优点设计，通过一级鼓泡、二级喷淋、三级混合、四级吸收技术，同时对填料层及塔体进行了精细调整，使得其净化效率高达98%，超出国家排放标准。
我厂生产的PP型酸雾净化器获得了国家环境保护产品认证，并符合“大气污染物综合排放标准（GB16297-1996）”。主要用于处理氯化氢(HCL)、氟化氢(HF)、硫酸雾(SO3)等有害气体，以及水溶性气体如铬酸蒸汽(CrO3)和碱蒸汽(NaOH)，使用氢氧化钠作为吸收剂，其浓度控制在2-6%之间，确保95%-98%以上的有效去除率。玻璃钢材料构造使得它具有高效、耐腐蚀、高强度、低噪音、小容量、便于拆装维护以及美观外形等优势。
acid mist scrubber, also known as acid gas scrubber, acid mist absorber, or fume scrubber, features a wide range of applications and high efficiency. With lower equipment resistance and smaller footprint, it is suitable for producing various specifications and types of glass fiber acid mist scrubbers. Our product design combines the latest research outcomes from Tsinghua University with the advantages of similar products from both home and abroad. By employing a one-stage bubble column, two-stage spray tower, three-stage mixing section, and four-stage absorption system, we optimize the filler layer and tower body parameters to achieve a removal efficiency of up to 98%, surpassing national emission standards.
Our PP-type acid mist scrubbers have been recognized by China's environmental protection product certification authorities and comply with "Ambient Air Quality Standards (GB16297-1996)". They primarily handle harmful gases such as hydrochloric acid (HCl), hydrogen fluoride (HF), sulfur trioxide (SO3), as well as water-soluble gases like chromic acid vapor (CrO3) and sodium hydroxide vapor (NaOH). We utilize sodium hydroxide solution at concentrations between 2% to 6%, ensuring an effective removal rate of 95%-98%. Constructed from durable glass fiber materials, this device boasts numerous benefits including high performance, corrosion resistance, strong durability against mechanical stress or vibration while minimizing noise levels during operation; its compact size facilitates easy transportation or installation in tight spaces while maintaining an aesthetically pleasing appearance that fits seamlessly into modern industrial settings.
