UV irradiation can be used for multiple purposes in water treatment, but is primarily employed as a disinfection process that inactivates waterborne pathogens without chemicals. For other applications, UV is used for the removal of organic and inorganic chemicals, including chlorine, chloramines, ozone and Total Organic Carbon (TOC). When combined with oxidants such as ozone or hydrogen peroxide, or semiconductors such as titanium dioxide, UV can be used for the oxidation of refractory chemicals such as chlorinated solvents, taste and odor compounds, and other emerging contaminants.

The UV Technology Advantage
The advantages of UV disinfection have been realized and the technology successfully employed world wide for decades. The primary advantage of being able to effectively control all types of microorganisms, including those which are chlorine-resistant, without chemicals has numerous benefits for municipal, industrial, commercial and aquatics customers. In addition to disinfection, UV is also very effective for TOC removal, destruction of chlorine, chloramines and ozone.  

• Improves disinfection efficacy
• Reduces environmental, health and safety risks
• Eliminates formation of disinfection by-products
• Does not alter the aesthetic qualities of the water
• Eliminates any concerns with "over dosing"

Find the right UV disinfection solution that’s right for you. Use the tables below to browse our products by application or by technology.

		Capacity per Reactor (1)
Applications	Lamp Technology	US gpm	m3/hr
Municipal drinking water	LP/A, MP	60 to 5,900	15 to 1300
Commercial & Industrial	LP, LP/HO, LP/A, MP	1 to 5,900	0.2 to 1300
Aquatics, leisure and pools	MP	80 to 4300	20 to 980
		Capacity per Reactor (1)
Technologies	Lamp Technology	US gpm	m3/hr
Closed-vessel systems for high capacity treatment
Barrier® M	MP	100 to 5,900	23 to 1,300
Barrier® A	LP/A	60 to 300	15 to 70
High-purity industrial UV sterilizers
ZCS Series	LP	1 to 156	0.2 to 35
ZCT Series	LP	3 to 140	0.7 to 32
ZHX Series	LP/HO	45 to 405	10 to 92