The commercial sector has a high demand for high-quality drinking water. Hotels and restaurants, food and beverage supply, high-end office spaces and other places all need to provide convenient POE/POU water supply. Consumers' ultimate pursuit of healthy, safe, high-quality drinking water production and overall experience has prompted advanced water treatment technology to become the core support for ensuring the supply of high-quality commercial drinking water.
Ultraviolet (UV) disinfection and ozone (O3) oxidation technologies play a key role in the process due to their high efficiency and environmental friendliness.
Emerging contaminants (ECs) have been detected in drinking water sources, posing a potential threat to high-quality drinking water. Conventional water treatment processes have limited effectiveness in removing these emerging contaminants. UV (particularly UV-AOPs, such as UV/H₂O₂ and UV/O3) and ozone (particularly ozone-catalytic oxidation and O3/H₂O₂ AOPs) show great potential in degrading these recalcitrant organic pollutants.
Emerging contaminants pose new challenges to high-quality drinking water, and UV, ozone, and UV-AOPs are important technologies for addressing them. Specific commercial applications for high-quality drinking water include hotels, high-end apartments, direct drinking water, office buildings, schools, point-of-use (POE/POU) systems, catering, and public drinking water points.
Applications of UV-Ozone Technology in High-Quality Drinking Water Treatment:
Hotels, Restaurants, and High-End Buildings
·Applications: End-of-line disinfection of secondary drinking water supply systems, guest room direct drinking water systems, restaurant ice maker water, and kitchen water.
·Effects: Ensures water quality safety at the point of use (POU), prevents secondary contamination during pipe network transportation, and enhances the drinking experience and sense of security for guests and users.
How to provide high-quality drinking water for users who rely on municipal tap water as their raw water? Improving water quality:
Extrem中压紫外
ONYX-Extrem-GY中压系列产品是一款机身紧凑,但可处理大容量水质的中压紫外线反应器。可应用在对空间有要求,对水质、口感、味道或气味有要求的用水环境。
清洁生产,满足如蛋白纯化、氨基酸分析、生物大分子分析、细胞培养和DNA/RNA提取纯化的用水消毒需求。
适用于:发电厂、冷却循环水、医药、生命科学等应用领域。
EX-Ue紫外
ONYX-EX-SUe系列产品采用管道式结构设计,进出口法兰连接,高强度耐腐蚀不锈钢304/316L材质。控制柜与设备腔体一体化设计,无需额外控制柜支架。具有安装方便,占地小的优势。
ONYX-EX-SUe融合了包括一体化集成设计、食品卫生级加工、自动机械清洗、CFD流态模拟等技术在内的创新技术,以降低成本,大大简化操作和维护。
镇流器、工作指示、时间累时、报警及智能控制系统均置于控制箱内;具有杀菌力强、寿命长,运行稳定的特点。其杀菌效率≥99.9%,灯管使用寿命≥12000小时。
MOS板式臭氧发生器
MOS-W水冷臭氧发生器采用微流体水冷散热技术及数字电源控制技术,自适应频率控制技术使得臭氧放电室工作于效率最佳状态,保证臭氧的输出浓度及产量。
One-UV紫外消毒器
ONYX-ONEUV系列产品采用卫生型设计,卡箍快接,高强度耐腐蚀不锈钢304/316L材质。内外抛光内表面抛光度Ra < 0.4um;所有与液体接触部分密封材料均采用食品级材料。
ONYX-ONEUV融合了包括一体化集成设计、食品卫生级加工、卡箍快接、CFD流态模拟等技术在内的创新技术,以降低成本,大大简化操作和维护。
Address:北京市海淀区上地信息路11号彩虹大厦北楼一层东110室
Telephone:010-82890788
Email:services@onyxepi.com