What's the right dose?

As discussed previously the threshold effect with these blended phosphates allows for their use at dosages far below the expected molecule to molecule level. General factors of the treated water to consider are the basic chemicals of iron, manganese and hardness, and physical concerns like temperature and pH. Most sequestering and corrosion problems can be handled by dosages less than 2 mg/L. Scale control and cleaning of the distribution system in conjunction with a thorough flushing program may require up to 5 mg/L initially but can usually be reduced and maintained at doses of 1mg/L.

FAQs

Why disinfection fails 50% of the time with coliforms

Chlorine with out pH asdjustment is oxidative and not very biocidal.

Are Phosphates cost effective?

A small water system is less able to build and operate a conventional Fe and Mn removal plant.

How do I know the product is safe?

Any product used in potable water treatment must meet the standard 60, ANSI / NSF (National Sanitation Foundation) st

Choosing the best product?

No two water systems are exactly alike; however, almost any water quality problem can be defined by chemical analysis

Is water chemistry important?

Water Quality parameters such as pH, iron, manganese, hardness, etc.

Testing for phosphates?

It’s important to understand the different forms of phosphate that can be present in water and the methods used

What's the right dose?

As discussed previously the threshold effect with these blended phosphates allows for their use at dosages far below

Reduced well production?

Well production can drop off over time due to blockage of well casings, well screens and the adjacen

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