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华特环保 U ENVIRONMENT Walter Environmental U ENVIRONMENT



畠氧发生系统 Oxygen generation system
OZONE GENERATION SYSTEM

公司简介 Company Profile

山东华特环保科技有限公司（原山东山大华特环保科技有限公司）成立于 2002 年。 2020 年 3 月，由山东大学转制山东省国有资产投资控股有限公司，现为山东省属国有企业，是国内拥有水处理、大气治理、固废治理等主要环境治理技术的综合性环保企业
Ltd. (formerly Shandong Shanda Huate Environmental Protection Technology Co., Ltd.) was founded in 2002. In March 2020, from Shandong University to Shandong Province State-owned Assets Investment Holding Co., Ltd. is now a state-owned enterprise in Shandong Province, is a comprehensive environmental protection enterprise with water treatment, atmospheric treatment, solid waste treatment and other major environmental management technology.
公司拥有完备的环保装备生产线，拥有臭氧发生器、次氯酸钠发生器、二氧化氯发生器，磁混疑装置、一体化水处理装置等环保装备，产品遍布全国各地，并出口到"一带一路"沿线国家。产品荣获多项国家级、省级荣誉。
The company has a complete production line of environmental protection equipment, with ozone generator, sodium hypochlorite generator, chlorine dioxide generator, magnetic mixing device, integrated water treatment device and other environmental protection equipment, products throughout the country, and exported to the "Belt and Road" along the country. Our products have won many national and provincial honors.
公司资质齐全、技术实力雄厚，拥有十多年的污水治理经验，拥有从原水到供水全产业链智慧控制及加药系统，拥有人工湿地建设、河道黑臭水体治理、农村环境综合治理技术及示范项目，在高难废水、工业废水、养殖废水等领域承担了多项国家级省级课题项目。
With complete qualification and strong technical strength, the company has more than ten years' experience in wastewater treatment, possesses the intelligent control and dosing system of the whole industrial chain from raw water to water supply, has the technology and demonstration projects of construction of artificial wetland, river black smelly water treatment, comprehensive treatment technology and demonstration projects of rural environment, and undertakes a number of state-level and provincial-level projects on topics in the fields of difficult wastewater, industrial wastewater, and aquaculture wastewater.
在大气治理方面，公司是国内较早从事烟气污染治理的公司之一，业务涉及火电、热电、冶金、焦化、石化、建材、炼化等行业领域，主要方向为废气中的 SO 2 SO 2 SO_(2)\mathrm{SO}_{2} 、 SO 3 、 NO x SO 3 、 NO x SO_(3)、NO_(x)\mathrm{SO}_{3} 、 \mathrm{NO}_{\mathrm{x}}、 、粉尘、烟羽、有机废气等各类污染物的综合治理。具有大气治理方面工程设计、施工、调试、售后等专业服务能力和多项发明专利，承建了近百个优质工程，积累了丰富的项目 EPC 总承包经验。
In terms of atmospheric control, the company is one of the early companies engaged in flue gas pollution control, the business involves thermal power, thermoelectricity, metallurgy, coking, petrochemicals, building materials, refining and other industry sectors, the main direction of the exhaust gas SO 2 SO 2 SO_(2)\mathrm{SO}_{2} , SO 3 、 NO x SO 3 、 NO x SO_(3)、NO_(x)\mathrm{SO}_{3} 、 \mathrm{NO}_{\mathrm{x}}、 , dust, plume, organic waste gas and other pollutants of the comprehensive treatment. It has the professional service capacity of engineering design, construction, commissioning, after-sales service and a number of invention patents in the field of atmospheric treatment, and has constructed nearly one hundred high-quality projects and accumulated rich experience in EPC general contracting.
公司设立了环保研究院，开展新工艺、新装备的前沿性开发研究，同时依托山东大学等高校和科研院所的人才和科研优势，开展产学合作、产融结合，推进高校及科研院所的科技成果转化。
The company has set up an environmental protection research institute to carry out cutting-edge development research on new processes and equipment, and at the same time, relying on the talents and scientific research advantages of Shandong University and other universities and research institutes, it carries out industry-academia cooperation, combines production and financing, and pushes forward the transformation of scientific and technological achievements of universities and research institutes.


-环境工程甲级设计资质 -Environmental Engineering Class A Design Qualification
  • 环保工程专业承包壹级资质 Environmental Protection Engineering Specialized Contracting Grade One Qualification
  • 中国环保产业 AAA 级信用等级 China Environmental Protection Industry AAA Credit Rating
  • 中国最具价值环保装备品牌 China's most valuable environmental protection equipment brand
  • 山东省节能环保示范企业 Shandong Province Energy Saving and Environmental Protection Demonstration Enterprises
  • 山东名牌产品 Shandong Famous Brand Products
  • 省级高新技术企业示范单位 Provincial High-tech Enterprise Demonstration Unit
  • 省级环保节能产业示范单位 Provincial Environmental Protection and Energy Saving Industry Demonstration Unit
公司先后承担多项国家 “863” 计划项目、山东省科技攻关项目、山东省技术创新项目、山东省科技发展计划项目，拥有国家发明专利、著作权一百余项，科研成果三十余项。
The company has undertaken a number of national "863" plan projects, Shandong Province science and technology projects, Shandong Province technology innovation projects, Shandong Province science and technology development plan projects, with more than one hundred national invention patents, copyrights, and more than 30 scientific research achievements.
公司多个产品先后被列入国家级新产品、国家重点新产品荣获国家科技发明奖、国家科技进步二等奖、中国标准创新贡献奖、全国发明展览会金奖、山东省科技进步二、三等奖国家卫生部卫生许可、国家环境保护产品认证、国家重点环境保护实用技术、中国城镇供水推荐产品等荣誉称号。
A number of products have been included in the national new products, national key new products won the National Science and Technology Invention Award, the National Science and Technology Progress Second Prize, China's standard contribution to innovation award, the National Invention Exhibition Gold Medal, Shandong Province Science and Technology Progress Second and Third Prize of the National Ministry of Health Health Health License, the national environmental protection product certification, the national key environmental protection and practical technology, China's towns and cities in the water supply of the recommended products and other honorary titles.
  • 体系与资质认证证书 System and qualification certificates
  • 专利与软著认证证书 Patent and SoftWork Certificate

臭氧发生系统 Ozone Generation System

Ozone generation system
利用高压放电原理，电离氧气（或空气）产生高浓度臭氧。利用介质阻挡放电技术将高压 交流电加在中间隔有绝缘体并有一定间隙的高压电极上，让经过干燥的净化空气或氧气通过，利用高压放电，产生蓝色辉光放电（电晕）、电晕中的自由高能离子离解氧气分子，经碰撞聚合为臭氧分子。臭氧的产量、浓度可通过所加的电压电流及气量等进行调整。
Using the principle of high-voltage discharge to ionize oxygen (or air) to produce a high concentration of ozone. Using dielectric blocking discharge technology to add high-voltage alternating current to the high-voltage electrodes with insulators and certain gaps between them, so that after drying the purified air or oxygen through the use of high-voltage discharge, resulting in a blue glow discharge (corona), corona in the free high-energy ions dissociation of oxygen molecules, through the collision of polymerization for ozone molecules. The output and concentration of ozone can be adjusted by the added voltage and current and the volume of gas.
华特臭氧发生装置由气源系统、臭氧发生系统、供电系统、冷却系统、控制系统、臭氧投加/分布系统、臭氧尾气破坏系统组成。
Huatech ozone generator consists of gas source system, ozone generator system, power supply system, cooling system, control system, ozone dosing/distribution system, and ozone tail gas destruction system.

主要功能单元 Main Functional Units

- 远程云平台 - Remote Cloud Platform

内置远程模块，依托云平台大数据分析计算，可远程查看运行数据、进行远程故障诊断。
Built-in remote module, relying on the cloud platform big data analysis and calculation, you can remotely view the operating data, remote fault diagnosis.

  • 高效放电管 High efficiency discharge tube
采用含有特殊成分的玻璃介质，经特殊工艺烧精制而成。窄间隙介质阻挡放电管，大大提高运行效率，增加了系统连续运行的安全可靠性，，并且使发生器的尺寸显著减小。设备全部采用高质量的耐臭氧材料如不锈钢 SS316L，聚四氟乙烯（PTFE）制造，保证系统长期运行的可靠性。在气源质量保证的条件下，臭氧发生器放电单元连续运行的免维护时间可以长达 10 年。
Adopting the glass medium containing special composition, refined by special process firing. Narrow gap media blocking discharge tube, greatly improving the operating efficiency, increasing the safety and reliability of continuous operation of the system, and make the generator size significantly reduced. Equipment all use high quality ozone-resistant materials such as stainless steel SS316L, polytetrafluoroethylene (PTFE) manufacturing, to ensure the reliability of the system for long-term operation. Under the condition of gas source quality assurance, the ozone generator discharge unit can be continuously operated maintenance-free for up to 10 years.

- PLC 控制系统 - PLC control system

整机系统采用 PLC 智能控制，实现了对臭氧机组运行状态及主要工况参数全面动态监测和自动保护功能。控制柜上的人机界面可手动实现，也可以通过以太网与工厂的控制中心联网实施远程监控。自动模式下，根据用户运行要求输入臭氧产量，系统会自动调整运行参数如气体流量，气体压力和功率等，使系统输出的臭氧产量和浓度达到设定要求。系统主要运行参数可以在本地人机界面、用户控制中心或我司的云平台上实时读取，当监控到系统异常的运行状态，发出报警信号或紧急停机。
The whole system adopts PLC intelligent control, which realizes comprehensive dynamic monitoring and automatic protection of the ozone unit's operation status and main working condition parameters. The man-machine interface on the control cabinet can be realized manually or networked with the control center of the factory through Ethernet to implement remote monitoring. In the automatic mode, according to the user's operating requirements to input ozone production, the system will automatically adjust the operating parameters such as gas flow, gas pressure and power, etc., so that the output ozone production and concentration of the system to meet the set requirements. The main operating parameters of the system can be read in real time on the local human-machine interface, the user's control center or our cloud platform, and an alarm signal or emergency shutdown will be issued when abnormal operating conditions are monitored.
  • 高频高压电源 High Frequency High Voltage Power Supply
系统采用高频逆变电源，高频电源采用 IGBT 功率器件，提高臭氧发生器的产率，减小发生器的体积和占地面积。具有完善的自我诊断、保护，可实现远程通讯控制功能。
The system adopts high-frequency inverter power supply, and the high-frequency power supply adopts IGBT power device, which improves the yield of the ozone generator and reduces the volume and floor space of the generator. It has perfect self-diagnosis and protection, and can realize remote communication control function.
臭氧专用高频变压器采用具有专利的冷却导风技 Ozone-specific high-frequency transformer with patented cooling air guide technology
术，温升低、损耗小。 The technique has low temperature rise and low loss.

气源的选择 Selection of air source

根据用户的使用条件选用空气或氧气作为气源，空气源由空气预处理设备产生；氧气源则由现场制氧、液氧和管道氧气三种方式获得。用户可以根据臭氧浓度的要求选用合适的气源。臭氧设备的投资和运行费用会因气源的不同有较大差别。
According to the user's conditions of use to choose air or oxygen as a gas source, air source generated by the air pretreatment equipment; oxygen source from the site of oxygen production, liquid oxygen and pipeline oxygen three ways to obtain. Users can choose the appropriate gas source according to the requirements of ozone concentration. The investment and operation cost of ozone equipment may vary greatly depending on the gas source.
  • 富氧源——变压 PSA 制氧 Oxygen Enrichment Source - Variable Pressure PSA Oxygen Generation
变压吸附制氧设备（也称 PSA 制氧设备），在常温常压的条件下，利用 PSA 专用分子筛选择性吸附空气中的氮气、二氧化碳和水等杂质，从而取得纯度较高的氧气（ 93 % ± 2 93 % ± 2 93%+-293 \% \pm 2 ），作为制备臭氧的气源，制备的臭氧浓度高，适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高的场合，通常配套应用于产量 ≤ 20 kg / h ≤ 20 kg / h <= 20kg//h\leq 20 \mathrm{~kg} / \mathrm{h} 的臭氧发生器，运行费用与液氧源相当。
Variable pressure adsorption oxygen generation equipment (also called PSA oxygen generation equipment), at room temperature and pressure, the use of PSA special molecular sieve selective adsorption of nitrogen, carbon dioxide and water and other impurities in the air, so as to obtain higher purity of oxygen ( 93 % ± 2 93 % ± 2 93%+-293 \% \pm 2 ), as a source of ozone, the preparation of ozone, the ozone concentration of the preparation of a high level of ozone, suitable for the inconvenience of the purchase of liquid oxygen, liquid oxygen station installation constraints, the requirement of high ozone concentration occasions, usually supporting the application of output ≤ 20 kg / h ≤ 20 kg / h <= 20kg//h\leq 20 \mathrm{~kg} / \mathrm{h} ozone generator is comparable to the operating costs and liquid oxygen source. High ozone concentration, suitable for liquid oxygen purchase inconvenience, liquid oxygen station installation limitations, ozone concentration requirements of high occasions, usually supporting the application of ozone generator in the output of ≤ 20 kg / h ≤ 20 kg / h <= 20kg//h\leq 20 \mathrm{~kg} / \mathrm{h}, the operating costs and liquid oxygen source is comparable.

- 空气源 - air source

现场对空气进行干燥净化，除油除水除尘处理后，获得符合要求的成品空气作为制备臭氧的气源，制备的臭氧浓度较低，适用于对臭氧浓度要求不高的场合，运行费用较高。
On-site drying and purification of air, oil and water removal and dust removal treatment, to obtain the finished air to meet the requirements of the air as the preparation of ozone gas source, the preparation of the ozone concentration is low, suitable for the ozone concentration of the occasions do not require a high level of operating costs are high.

- 富氧源——VPSA 制氧 - Oxygen Enriched Source - VPSA Oxygen Generation

加压吸附真空解吸（简称 VPSA）制氧设备：即穿透大气压的条件下，利用VPSA 专用分子篮选择性吸附空气中的氮气、二氧化碳和水等杂质，在抽真空的条件下对分子筛进行解吸，从而循环制得纯度较高的氧气 （90 95%），作为制备臭氧的气源，制备的臭氧浓度高，适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高等场合，配套应用于产量 > 20 kg / h > 20 kg / h > 20kg//h>20 \mathrm{~kg} / \mathrm{h} 的臭氧发生器，运行费用较低，臭氧产量越大越经济。
Vacuum desorption by pressurized adsorption (VPSA for short) oxygen equipment: that is, penetrating atmospheric pressure conditions, the use of VPSA special molecular basket selective adsorption of nitrogen, carbon dioxide and water and other impurities in the air, in the vacuum conditions of the molecular sieve desorption, so as to circulate the preparation of higher purity of oxygen (90 95%) as a source of ozone preparation of ozone, the ozone prepared by the concentration of high, suitable for the liquid oxygen Purchase inconvenient, liquid oxygen station installation restrictions, ozone concentration requirements of high occasions, supporting the application of ozone generator in the output > 20 kg / h > 20 kg / h > 20kg//h>20 \mathrm{~kg} / \mathrm{h} , lower operating costs, the greater the ozone output the more economical.

不同气源种类臭氧发生器运行费用对比 Comparison of operating costs of ozone generators with different gas source types

表中计算运行费用采用的参数：气态氧气价格 1.2 元 / m 3 / m 3 //m^(3)/ \mathrm{m}^{3} ，电费 0.8 元 / kWh / kWh //kWh/ \mathrm{kWh} ，运行费用按天 24 h ，一年按 365 天计算
Parameters used in the table to calculate the operating costs: gaseous oxygen price of 1.2 yuan / m 3 / m 3 //m^(3)/ \mathrm{m}^{3} , electricity cost of 0.8 yuan / kWh / kWh //kWh/ \mathrm{kWh} , operating costs according to the day 24 h, a year according to the calculation of 365 days
不同气源 20 kg / h 20 kg / h 20kg//h20 \mathrm{~kg} / \mathrm{h} 臭氧发生器运行维护费用比较
Comparison of operation and maintenance costs of ozone generators with different gas sources 20 kg / h 20 kg / h 20kg//h20 \mathrm{~kg} / \mathrm{h} .
分类 categorization 液氧 liquid oxygen 现场空气净化 On-site air purification 现场 PSA 制氧 On-site PSA Oxygen Generation 现场 VPSA 制氧 On-site VPSA Oxygen Generation
发生器耗电 (kW•h) Generator power consumption (kW-h) 150 320 150 150
气源耗电 (kW•h) Electricity consumption of gas source (kW-h) 0 100 215 105
氧气用量（ Nm 3 / h Nm 3 / h Nm^(3)//h\mathrm{Nm}^{3} / \mathrm{h} ) Oxygen consumption ( Nm 3 / h Nm 3 / h Nm^(3)//h\mathrm{Nm}^{3} / \mathrm{h} ) 140 0 0 0
年运行氧气费用（万元） Annual operating oxygen costs ($ million) 147 0 0 0
年运行用电费用（万元） Annual operating electricity costs ($ million) 105 294 256 179
年维护费用 ( 万元) Annual maintenance costs ($ million) 2 4 6 6
年运行费用合计（万元） Total annual running costs ($ million) 254 298 262 185
运行费用单价（元 / / /// kg. O 3 O 3 O_(3)\mathrm{O}_{3} )
Running cost unit price ($ / / /// kg. O 3 O 3 O_(3)\mathrm{O}_{3} )		 14.5 17 14.9 10.6
适合场所 Location 适用于液态氧气容易购买的地区，场地能满足液氧站与建筑距离的要求，臭氧浓度高，液氧站可自建，亦可租赁
Suitable for areas where liquid oxygen can be easily purchased, the site can meet the requirements of the distance between the liquid oxygen station and the building, the ozone concentration is high, and the liquid oxygen station can be self-built or leased.		 适用于对臭氧浓度要求不高的场合，运行费用较高 Suitable for occasions that do not require high ozone concentration, high operating costs 适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高的场合，通常配套应用于产量 ≤ 20 kg / h ≤ 20 kg / h <= 20kg//h\leq 20 \mathrm{~kg} / \mathrm{h} 的臭氧发生器，运行费用与液氧源相当
Suitable for liquid oxygen purchase inconvenience, liquid oxygen station installation constraints, ozone concentration requirements of high occasions, usually supporting the application of ozone generators in the output ≤ 20 kg / h ≤ 20 kg / h <= 20kg//h\leq 20 \mathrm{~kg} / \mathrm{h} , the operating costs and liquid oxygen source equivalent		 适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高的场合，配套应用于产量 > 20 kg / h > 20 kg / h > 20kg//h>20 \mathrm{~kg} / \mathrm{h} 的臭氧发生器，运行费用低，臭氧产量越大越经济
Suitable for liquid oxygen purchase inconvenience, liquid oxygen station installation restrictions, ozone concentration requirements of high occasions, supporting the application of ozone generators in the output > 20 kg / h > 20 kg / h > 20kg//h>20 \mathrm{~kg} / \mathrm{h} , low operating costs, the greater the ozone output the more economical.
分类 液氧 现场空气净化 现场 PSA 制氧 现场 VPSA 制氧 发生器耗电 (kW•h) 150 320 150 150 气源耗电 (kW•h) 0 100 215 105 氧气用量（ Nm^(3)//h ) 140 0 0 0 年运行氧气费用（万元） 147 0 0 0 年运行用电费用（万元） 105 294 256 179 年维护费用 ( 万元) 2 4 6 6 年运行费用合计（万元） 254 298 262 185 运行费用单价（元 // kg. O_(3) ) 14.5 17 14.9 10.6 适合场所 适用于液态氧气容易购买的地区，场地能满足液氧站与建筑距离的要求，臭氧浓度高，液氧站可自建，亦可租赁 适用于对臭氧浓度要求不高的场合，运行费用较高 适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高的场合，通常配套应用于产量 <= 20kg//h 的臭氧发生器，运行费用与液氧源相当 适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高的场合，配套应用于产量 > 20kg//h 的臭氧发生器，运行费用低，臭氧产量越大越经济| 分类 | 液氧 | 现场空气净化 | 现场 PSA 制氧 | 现场 VPSA 制氧 | | :---: | :---: | :---: | :---: | :---: | | 发生器耗电 (kW•h) | 150 | 320 | 150 | 150 | | 气源耗电 (kW•h) | 0 | 100 | 215 | 105 | | 氧气用量（ $\mathrm{Nm}^{3} / \mathrm{h}$ ) | 140 | 0 | 0 | 0 | | 年运行氧气费用（万元） | 147 | 0 | 0 | 0 | | 年运行用电费用（万元） | 105 | 294 | 256 | 179 | | 年维护费用 ( 万元) | 2 | 4 | 6 | 6 | | 年运行费用合计（万元） | 254 | 298 | 262 | 185 | | 运行费用单价（元 $/$ kg. $\mathrm{O}_{3}$ ) | 14.5 | 17 | 14.9 | 10.6 | | 适合场所 | 适用于液态氧气容易购买的地区，场地能满足液氧站与建筑距离的要求，臭氧浓度高，液氧站可自建，亦可租赁 | 适用于对臭氧浓度要求不高的场合，运行费用较高 | 适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高的场合，通常配套应用于产量 $\leq 20 \mathrm{~kg} / \mathrm{h}$ 的臭氧发生器，运行费用与液氧源相当 | 适用于液态氧气购买不便、液氧站安装受限、臭氧浓度要求高的场合，配套应用于产量 $>20 \mathrm{~kg} / \mathrm{h}$ 的臭氧发生器，运行费用低，臭氧产量越大越经济 |
  • 华特氧气源臭氧发生器 Huat Oxygen Source Ozone Generator
型号 model number 臭氧产量 (kg/h) Ozone production (kg/h) 气量 ( Nm 3 / h Nm 3 / h Nm^(3)//h\mathrm{Nm}^{3} / \mathrm{h} )
Air volume ( Nm 3 / h Nm 3 / h Nm^(3)//h\mathrm{Nm}^{3} / \mathrm{h} )

Cooling water flow ( m 3 / h m 3 / h m^(3)//h\mathrm{m}^{3} / \mathrm{h} )
冷却水流量
( m 3 / h m 3 / h m^(3)//h\mathrm{m}^{3} / \mathrm{h} )
冷却水流量 ( m^(3)//h )| 冷却水流量 | | :--- | | ( $\mathrm{m}^{3} / \mathrm{h}$ ) |
 Energy consumption per unit ( kWh / kgO 3 ) kWh / kgO 3 (kWh//kgO_(3))\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right)
单位能耗
( kWh / kgO 3 ) kWh / kgO 3 (kWh//kgO_(3))\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right)
单位能耗 (kWh//kgO_(3))| 单位能耗 | | :--- | | $\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right)$ |
浓度115g/m3 Concentration 115g/m3 浓度150g/m3 Concentration 150g/m3 浓度115g/m 3 3 ^(3){ }^{3} Concentration 115 g/m 3 3 ^(3){ }^{3} 浓度150g/m3 Concentration 150g/m3
WiTAP-O-500G 0.6 0.5 5 3.5 1 6-8
WiTAP-O-1K 1.2 1 11 7 2 6-8
WiTAP-O-2K 2.4 2 21 14 4 6-8
WiTAP-O-3K 3.6 3 32 21 6 6-8
WiTAP-O-5K 6 5 54 35 10 6-8
WiTAP-O-10K 12 10 107 70 20 6-8
WiTAP-O-15K 18 15 161 105 30 6-8
WiTAP-O-20K 24 20 214 140 40 6-8
WiTAP-O-30K 36 30 321 210 60 6-8
WiTAP-O-40K 48 40 429 280 80 6-8
WiTAP-0-50K 60 50 536 350 100 6-8
WiTAP-0-60K 72 60 643 420 120 6-8
WiTAP-O-80K 96 80 857 560 160 6-8
WiTAP-O-100K 120 100 1072 700 200 6-8
型号 臭氧产量 (kg/h) 气量 ( Nm^(3)//h ) "冷却水流量 ( m^(3)//h )" "单位能耗 (kWh//kgO_(3))" 浓度115g/m3 浓度150g/m3 浓度115g/m ^(3) 浓度150g/m3 WiTAP-O-500G 0.6 0.5 5 3.5 1 6-8 WiTAP-O-1K 1.2 1 11 7 2 6-8 WiTAP-O-2K 2.4 2 21 14 4 6-8 WiTAP-O-3K 3.6 3 32 21 6 6-8 WiTAP-O-5K 6 5 54 35 10 6-8 WiTAP-O-10K 12 10 107 70 20 6-8 WiTAP-O-15K 18 15 161 105 30 6-8 WiTAP-O-20K 24 20 214 140 40 6-8 WiTAP-O-30K 36 30 321 210 60 6-8 WiTAP-O-40K 48 40 429 280 80 6-8 WiTAP-0-50K 60 50 536 350 100 6-8 WiTAP-0-60K 72 60 643 420 120 6-8 WiTAP-O-80K 96 80 857 560 160 6-8 WiTAP-O-100K 120 100 1072 700 200 6-8| 型号 | 臭氧产量 (kg/h) | | 气量 ( $\mathrm{Nm}^{3} / \mathrm{h}$ ) | | 冷却水流量 <br> ( $\mathrm{m}^{3} / \mathrm{h}$ ) | 单位能耗 <br> $\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right)$ | | :---: | :---: | :---: | :---: | :---: | :---: | :---: | | | 浓度115g/m3 | 浓度150g/m3 | 浓度115g/m ${ }^{3}$ | 浓度150g/m3 | | | | WiTAP-O-500G | 0.6 | 0.5 | 5 | 3.5 | 1 | 6-8 | | WiTAP-O-1K | 1.2 | 1 | 11 | 7 | 2 | 6-8 | | WiTAP-O-2K | 2.4 | 2 | 21 | 14 | 4 | 6-8 | | WiTAP-O-3K | 3.6 | 3 | 32 | 21 | 6 | 6-8 | | WiTAP-O-5K | 6 | 5 | 54 | 35 | 10 | 6-8 | | WiTAP-O-10K | 12 | 10 | 107 | 70 | 20 | 6-8 | | WiTAP-O-15K | 18 | 15 | 161 | 105 | 30 | 6-8 | | WiTAP-O-20K | 24 | 20 | 214 | 140 | 40 | 6-8 | | WiTAP-O-30K | 36 | 30 | 321 | 210 | 60 | 6-8 | | WiTAP-O-40K | 48 | 40 | 429 | 280 | 80 | 6-8 | | WiTAP-0-50K | 60 | 50 | 536 | 350 | 100 | 6-8 | | WiTAP-0-60K | 72 | 60 | 643 | 420 | 120 | 6-8 | | WiTAP-O-80K | 96 | 80 | 857 | 560 | 160 | 6-8 | | WiTAP-O-100K | 120 | 100 | 1072 | 700 | 200 | 6-8 |
备注：其他产量可定制 Note: Other outputs can be customized
  • 华特空气源臭氧发生器 Walt Air Source Ozone Generator
型号 model number 臭氧产量 ( kg / h ) kg / h ) kg//h)\mathrm{kg} / \mathrm{h}) Ozone production ( kg / h ) kg / h ) kg//h)\mathrm{kg} / \mathrm{h}) ) 气量 ( Nm 3 / h Nm 3 / h Nm^(3)//h\mathrm{Nm}^{3} / \mathrm{h} )
Air volume ( Nm 3 / h Nm 3 / h Nm^(3)//h\mathrm{Nm}^{3} / \mathrm{h} )		 冷却水流量 ( m 3 / h m 3 / h m^(3)//h\mathrm{m}^{3} / \mathrm{h} )
Cooling water flow ( m 3 / h m 3 / h m^(3)//h\mathrm{m}^{3} / \mathrm{h} )

Unit energy consumption ( kWh / kgO 3 kWh / kgO 3 (kWh//kgO_(3):}\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right. )
单位能耗
( kWh / kgO 3 kWh / kgO 3 (kWh//kgO_(3):}\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right. )
单位能耗 (kWh//kgO_(3):} )| 单位能耗 | | :--- | | $\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right.$ ) |
浓度 25 g / m 3 25 g / m 3 25g//m^(3)25 \mathrm{~g} / \mathrm{m}^{3} Concentration 25 g / m 3 25 g / m 3 25g//m^(3)25 \mathrm{~g} / \mathrm{m}^{3} 浓度 30 g / m 3 30 g / m 3 30g//m^(3)30 \mathrm{~g} / \mathrm{m}^{3} Concentration 30 g / m 3 30 g / m 3 30g//m^(3)30 \mathrm{~g} / \mathrm{m}^{3} 浓度 25 g / m 3 25 g / m 3 25g//m^(3)25 \mathrm{~g} / \mathrm{m}^{3} Concentration 25 g / m 3 25 g / m 3 25g//m^(3)25 \mathrm{~g} / \mathrm{m}^{3} 浓度 30 g / m 3 30 g / m 3 30g//m^(3)30 \mathrm{~g} / \mathrm{m}^{3} Concentration 30 g / m 3 30 g / m 3 30g//m^(3)30 \mathrm{~g} / \mathrm{m}^{3}
WiTAP-A - 500G 0.6 0.5 24 17 2 13-16
WiTAP-A - 1 K 1.2 1 48 34 4 13-16
WiTAP-A -2K WiTAP-A-2K 2.4 2 97 68 8 13-16
WiTAP-A -3K WiTAP-A-3K 3.6 3 145 102 12 13-16
WiTAP-A - 5 K 6 5 242 170 20 13-16
WiTAP- A -10K 12 10 485 340 40 13-16
WiTAP- A -15K WiTAP- A-15K 18 15 727 510 60 13-16
WiTAP-A -20K 24 20 970 680 80 13-16
WiTAP-A -30K 36 30 1454 1020 120 13-16
WiTAP-A - 40K 48 40 1939 1360 160 13-16
WiTAP- A -50K WiTAP- A-50K 60 50 2424 1700 200 13-16
型号 臭氧产量 ( kg//h) 气量 ( Nm^(3)//h ) 冷却水流量 ( m^(3)//h ) "单位能耗 (kWh//kgO_(3):} )" 浓度 25g//m^(3) 浓度 30g//m^(3) 浓度 25g//m^(3) 浓度 30g//m^(3) WiTAP-A - 500G 0.6 0.5 24 17 2 13-16 WiTAP-A - 1 K 1.2 1 48 34 4 13-16 WiTAP-A -2K 2.4 2 97 68 8 13-16 WiTAP-A -3K 3.6 3 145 102 12 13-16 WiTAP-A - 5 K 6 5 242 170 20 13-16 WiTAP- A -10K 12 10 485 340 40 13-16 WiTAP- A -15K 18 15 727 510 60 13-16 WiTAP-A -20K 24 20 970 680 80 13-16 WiTAP-A -30K 36 30 1454 1020 120 13-16 WiTAP-A - 40K 48 40 1939 1360 160 13-16 WiTAP- A -50K 60 50 2424 1700 200 13-16| 型号 | 臭氧产量 ( $\mathrm{kg} / \mathrm{h})$ | | 气量 ( $\mathrm{Nm}^{3} / \mathrm{h}$ ) | | 冷却水流量 ( $\mathrm{m}^{3} / \mathrm{h}$ ) | 单位能耗 <br> $\left(\mathrm{kWh} / \mathrm{kgO}_{3}\right.$ ) | | :---: | :---: | :---: | :---: | :---: | :---: | :---: | | | 浓度 $25 \mathrm{~g} / \mathrm{m}^{3}$ | 浓度 $30 \mathrm{~g} / \mathrm{m}^{3}$ | 浓度 $25 \mathrm{~g} / \mathrm{m}^{3}$ | 浓度 $30 \mathrm{~g} / \mathrm{m}^{3}$ | | | | WiTAP-A - 500G | 0.6 | 0.5 | 24 | 17 | 2 | 13-16 | | WiTAP-A - 1 K | 1.2 | 1 | 48 | 34 | 4 | 13-16 | | WiTAP-A -2K | 2.4 | 2 | 97 | 68 | 8 | 13-16 | | WiTAP-A -3K | 3.6 | 3 | 145 | 102 | 12 | 13-16 | | WiTAP-A - 5 K | 6 | 5 | 242 | 170 | 20 | 13-16 | | WiTAP- A -10K | 12 | 10 | 485 | 340 | 40 | 13-16 | | WiTAP- A -15K | 18 | 15 | 727 | 510 | 60 | 13-16 | | WiTAP-A -20K | 24 | 20 | 970 | 680 | 80 | 13-16 | | WiTAP-A -30K | 36 | 30 | 1454 | 1020 | 120 | 13-16 | | WiTAP-A - 40K | 48 | 40 | 1939 | 1360 | 160 | 13-16 | | WiTAP- A -50K | 60 | 50 | 2424 | 1700 | 200 | 13-16 |

备注：其他产量可定制 Note: Other outputs can be customized

臭氧催化氧化系统 Ozone catalytic oxidation system

Ozone catalytic oxidation system

以

公司设有 “工业污水研究及治理实验中心”，提供工业废水检测实验服务、工业废水深度处理工艺研究、高级氧化设备的专业化定制等服务。公司拥有臭氧催化氧化、光催化氧化等多项高级氧化工艺技术，主要应用于工业废水深度处理，包括石油化工煤化工、制药、化纤、印染、生物化工、有机化工、助剂等精细化工行业及化工园区污水处理。
The company has "Industrial Wastewater Research and Treatment Experimental Center", which provides industrial wastewater testing and experimental services, industrial wastewater deep treatment process research, and specialized customization of advanced oxidation equipment and other services. The company has a number of advanced oxidation process technologies such as ozone catalytic oxidation, photocatalytic oxidation, etc., which are mainly applied to the deep treatment of industrial wastewater, including petrochemical coal chemical industry, pharmaceuticals, chemical fibers, printing and dyeing, biochemicals, organic chemicals, auxiliaries, and other fine chemical industry and chemical park wastewater treatment.

臭氧催化剂 Ozone catalyst

Ozone catalyst

  • 产品概述 Product Overview
针对污水中的难降解污染物华特环保研发了具有自主知识产权的系列高性能臭氧氧化催化剂，广泛应用于市政、化工园区、医药、石化、纺织印染、食品酿造、养殖等行业污水臭氧催化氧化处理工艺，具有优良的脱色 COD 降解效果及矿化能力。
For the difficult to degrade pollutants in the sewage Huatech Environmental Protection has developed a series of high-performance ozone oxidation catalysts with independent intellectual property rights, which are widely used in municipal, chemical parks, pharmaceutical, petrochemical, textile printing and dyeing, food brewing, aquaculture, and other industries in the ozone oxidation of wastewater catalytic treatment process, with excellent decolorization COD degradation effect and mineralization capacity.
  • 产品技术优势 Product Technology Advantage
  • 催化剂配方系列齐全，适用水质范围广泛 Complete range of catalyst formulations for a wide range of water qualities
太多种过渡金属和稀土元素配伍，活性组分多样、催化效率高。
Too many kinds of transition metals and rare earth elements, active component diversity, high catalytic efficiency.
  • 活性组分与污染物革向配比度高，针对性强 High ratio of active components and pollutants, strong targeting
    ⋆ ⋆ ***\star 丰富的催化剂性能谱系数据库，实现催化剂匹配优选。
    ⋆ ⋆ ***\star Extensive catalyst performance spectrum database for catalyst matching and optimization.
    太特殊水质小试配方调配，提供催化剂定制化服务。 Too special water quality small test formula blending, provide catalyst customization services.
  • 污染物的降解效率 50-80%，提高臭氧利用率 50 % 50 % 50%50 \% 以
    Pollutant degradation efficiency 50-80%, improve ozone utilization 50 % 50 % 50%50 \% to
上，降低处理成本 On, reduce processing costs

- 卞富的数据库及持续研发能力 - Byford's database and continuous research and development capabilities

太 建立了酚类、苯系物、羧酸类、硝基苯、抗生素、染料、吡啶类等系列特征污染物催化剂篮选数据库，为针对性催化剂开发及特殊水质小试配方调配，催化剂定制化服务提供数据保障。
We have established a catalyst basket selection database for phenols, benzene, carboxylic acids, nitrobenzene, antibiotics, dyes, pyridines and other characteristic pollutants, which provides data protection for targeted catalyst development, formulation of special water quality pilot tests and catalyst customization services.
太建立了煤化工、印染、石化、制药、酿造等领域几十种废水催化剂降解数据库，实现废水特定催化剂的优选，达到降解效率和成本兼顾。
We have established a database of dozens of wastewater catalysts for degradation in the fields of coal chemical industry, printing and dyeing, petrochemical industry, pharmaceutical industry, brewing industry, etc., so as to realize the preferential selection of wastewater-specific catalysts, and to achieve both degradation efficiency and cost.
太严谨的水样实验、现场中试及项目应用实践，积累了催化剂工程应用经验，建立了催化剂由选型到应用的科学决策流程。
Through rigorous water sampling experiments, on-site pilot tests and project application practice, we have accumulated experience in catalyst engineering application and established a scientific decision-making process from catalyst selection to application.
  • 完善的技术支持及服务体系 Perfect technical support and service system
丈 催化剂快速工艺小试平台及工艺深化专业化移动式现场中试实验平台
Joe Catalyst rapid process pilot test platform and process deepening specialization mobile on-site pilot test platform
多工艺多参数全流程模拟，催化效果融于系统工艺 Multi-process, multi-parameter full-flow simulation, catalytic effect in the system process
大 科学严谨的实验分析及报告，提供科学决策依据及建议
Scientific and rigorous experimental analysis and report, providing scientific decision-making basis and recommendations.
  • 高效催化剂与工艺工程科学匹配，提供经济高效一体化解决方案
    Highly efficient catalysts scientifically matched with process engineering to provide cost-effective integrated solutions
大核心参数和工艺验证，确保水质达标 Large core parameters and process validation to ensure water quality standards are met










声明： Statement:
因产品技术不断改进，图片以本公司技术部门最新信息为准，如有变动，恕不另行通知。版本 2.0 样本版权及解释权属山东华特环保科技有限公司所有。
Due to the continuous improvement of product technology, the pictures are subject to the latest information from our technical department and are subject to change without prior notice. Version 2.0 The copyright and interpretation of the sample belongs to Shandong Huate Environmental Protection Technology Co.
微信公众号 WeChat Public

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山东华特环保科技有限公司 Shandong Huate Environmental Protection Technology Co.

Shandong WIT Environment Protection Technology Co., Ltd
Shandong WIT Environment Protection Technology Co.
公司地址：山东省济南市高新区颖秀路 2600 号山大科技园公司网址：http://www.sd-wit-epem.com联系电话：0531-85198718 0531-85198700电子信箱：sd_wit@126.com
Address: Shanda Science and Technology Park, No. 2600 Yingxiu Road, Hi-Tech Zone, Jinan City, Shandong Province, China Company Website: http://www.sd-wit-epem.com联系电话: 0531-85198718 0531-85198700 E-mail: sd_wit@126.com