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You have TOC's in your water system and you may have to reduce their levels. So how do go about doing that? What's the best choice available for you to remedy your TOC problem?

What if you could trial an effective TOC reduction solution for a fraction of the cost of doing analysis, or having to purchase equipment that may not work? This system is available now: "Uv-Zone", allowing you to apply a real system solution to your TOC problem. No more guessing. Real results. Real data. A genuine solution.

AOP Design Solutions Are Validated Using Scalable Trails
There are a number of design considerations for any AOP solution. How much UV? How much O3? How much H202? Answers depend on a number of variables; the composition of the TOC, the concentration of the TOC, the target TOC levels, presence of inorganic matter, system flow rate, the electrical power budget, etc. Having a clear understanding of all the variables is rarely the case, making it very difficult to design a solution.

A practical approach to avoid over design, or worse, under design is to test a scalable solution in a manageable manner. This is the purpose of the trial system "Uv-Zone".