点击图片查看原图
威德高wedeco pdoevo用于造纸业的臭氧发生器器木质部的WEDECO PDOevo臭氧系统已被工程化以产生大量臭氧的既可靠且高效地。该系列威德高wedeco pdoevo用于造纸业的臭氧发生器器也可以定制和集成，无缝地融入当地的条件和程序。
OZONE FOR SAFER OPERATION, SUPERIOR RESULTS, ECO-FRIENDLY PROCESSES AT SUBSTANTIAL SAVINGS.
As one of the most effective oxidants, ozone has many applications in pulp and paper processing, from bleaching to wastewater treatment. With a lower carbon footprint, and its ability to bleach without creating chlorine by-products, it is considered one of the best available technologies (BAT) for helping manufacturers achieve compliance with stricter environmental regulations, while producing a superior pulp quality at significantly lower pulp production costs.
Because ozone is generated on site, and is used immediately, it eliminates transport and storage of hazardous chemicals, making it safer for workers and the public, and reducing liability. It breaks down to form oxygen, so vent gases can also be reused in any plant application requiring oxygen.
As a bleaching agent, ozone can be used in mechanical or chemical pulping processes, or hybrid processes such as TMP/CTMP/PGW. It can be used in both hardwood and softwood processing, and is an eco-efficient method for bleaching of non-wood pulps. Ozone is used to achieve very high brightness, while improving pulp cleanliness and strength properties. For manufacturers modifying processes to generate dissolving pulps, ozone is used to control viscosity and reduce operating costs, making it a keystone chemical in the dissolving process. Ozone reduces extractives (pitch) and particles (dirts) in the final bleached dissolving pulp, enhancing strength of the fiber. Reduced chemical costs mean that adding an ozone stage to an elemental chlorine free (ECF) may reduce bleaching costs by 20 to 35%. Even more savings are possible with the total chlorine free (TCF) bleaching process.
Uses for ozone in a pulp and paper mill may start with pulping and bleaching, but they don’t stop there. Ozone’s benefits for wastewater treatment begin in the bleaching process, as ozone does not create the adsorbable organic halides (AOX) formed by chlorine and chlorine dioxide, so the influent to the wastewater treatment system is of higher quality and lower toxicity. Ozone can breakdown difficult to treat COD into components with increased biodegradability, improving the removal rates in biological processes. Ozone coupled with biofiltration is particularly effective in treating pulp and paper processing wastewater and helping plants stay in compliance with treatment requirements. This combination is the BAT to remove difficult to treat COD remaining in the final effluent, when compared to conventional tertiary treatment techniques based on coagulation and flocculation. Even the oxygen generated when ozone breaks down, can be used in the biological treatment units to improve overall efficiency. Used as a final polishing step, ozone breaks down color and odor components and effectively disinfects the final discharge. Ozone has been used to reduce sludge volume and improve the sludge volume index, reducing disposal costs. It can disinfect cooling water, replacing biocides. Ozone can even reduce the overall fresh water usage by a mill by allowing treated water to be recycled to the process.
XYLEM IS THE WORLD LEADER IN OZONE TECHNOLOGY.
Xylem has been collaborating with pulp and paper manufacturers for over two decades, to incorporate the most advanced, energy efficient and easy to operate ozone systems into their processes. Xylem’s Wedeco brand developed the Z-Compact System specifically to address the needs of the pulp and paper industry, combining reliability and energy efficiency with a compact configuration and plug and play systems for quick installation and start up.
For wastewater treatment, Sanitaire provides ozone dissolution equipment for suspended biological treatment systems. Leopold’s biofiltration process, combining ozone, breaks down and treats even the most difficult COD.
Xylem’s pulp and paper process engineers have the knowledge and experience to assist mill engineers in developing the right system for their processes.
Together we can do it. Let’s improve production. Let’s solve water.
特征
臭氧生产1000至15000磅/天或18公斤/ hr至300千克/小时
具体的低能源消耗，低资本和运营成本
定制，完全安装和仪器“即插即用”系统
恶劣环境条件下的稳健设计，操作
易于安装和操作
几乎免维护电极技术
在Effizon EVO 2G电极10年更换保修
CE，UL认证
稳健的，可定制的解决方案，臭氧
威德高wedeco pdoevo用于造纸业的臭氧发生器器已被工程化以产生大量臭氧的既可靠且高效地。该威德高wedeco pdoevo用于造纸业的臭氧发生器器也可以定制和集成，无缝地融入当地的条件和程序。
PDOevo臭氧系统有两个主要的配置 - 莱恩和的Smartline。莱恩的配置提供了市场上现有的感谢令人惊讶的低能源消耗的*有竞争力的生命周期成本之一，而支持的Smartline真正的投资成本低，不影响可靠性或易于操作。
不锈钢管道PDOevo专门制作并配备了所有必要和所需的监测和浓度测量仪器。所有接头和仪器被布置为便于操作，维护和控制。入口和出口的设计，以适应当地情况也是如此。
电源配备了12或18脉冲整流器和IGBT变流器技术，满足谐波要求。从380到690伏特的电压为主，易于使用。
威德高WEDECO PDOEVO用于造纸业的臭氧发生器器*大限度地与EFFIZON EVO 2G电极臭氧
Effizon EVO 2G电极技术是每一个WEDECO的臭氧PDOevo系统的核心要素。设有一玻璃纤芯，它由**的高强度硼硅玻璃和不锈钢网，Effizon EVO 2G有助于WEDECO臭氧系统实现的可靠性和能源效率无法实现与大多数其他电极技术的水平。
该电极是由惰性材料制造完成，而不需要保险丝或涂层，这使得它们高度耐腐蚀。这意味着，WEDECO臭氧发生器是几乎没有需要定期清洗或更换电极的免维护。
Effizon EVO 2G电极提供多个独立运行的安全层。这种固有的安全特性被称为智能电极保护。智能电极保护补充电源单元（PSU）内的现有的活动保护联锁与不依赖于电源的额外无源电极保护。相较于传统的安全概念，如保险丝，创新的智能电极保护是不容易在电极缺陷的情况下，任何虚假的检测。
所述Effizon EVO 2G电极的独特的双间隙引导氧气穿过这个电场流动对内侧和玻璃管电介质的外侧。中压变频控制连接并均匀地分布到所有的电极，连接在不锈钢网，这是支持用玻璃棒。玻璃介电管提供所需的在每个不锈钢管制作的电场的阻力。其结果是有效的臭氧产量在电介质的两侧，降低所施加的特定的能量和增加臭氧产量。