Water Treatment Resources
Water Treatment
The availability of an easily constructed Excel worksheet that calculates and graphs control valve installed gain in conjunction with the user’s preferred control valve sizing application has prompted a new interest in the application of these calculations. Three examples are shown here.
Intuition-9™ Water Treatment Controllers have unparalleled versatility and powerful programming for complete control of chemical metering pumps and valves in a broad range of water treatment applications.
This white paper discusses the rising stem valve and compares it to the rotary valve. The reader will learn what to consider to ensure the lowest overall life cycle cost and best possible degree of process control.
In WIKA’s new FlexWindow™ liquid-filled gauge, an optically clear liquid silicone rubber (LSR) replaces glass or polycarbonate for greater safety and durability, unimpaired reading, and no need for pressure venting.
Enerdoor recently released a new Passive Harmonic Filter: the FINHRM5C. This filter is UL approved and is the most advanced and innovative passive harmonic filter available.
A simple process method based on the principle that piping pressure losses are approximately proportional to flow squared is presented.
There are two main applications when it comes to tank heating- maintaining temperature or increasing temperature. Temperature maintenance, is typically accomplished via external means like heat trace or with insulating blankets wrapped around the tank.
Walchem’s LPR corrosion sensors, in combination with the WCT900 Series controllers, offer a cost effective and reliable solution to your corrosion monitoring and controlling needs.
As long as products have had ethernet ports, people have been asking for remote access to them. They believed they could just plug the devices into the internet, and it would all work. As more software tools became available and internet speeds increased, capable users found ways to give themselves access, however, there was a catch.
Most people who are familiar with control valves have seen the formula for calculating the valve capacity (Cv) required to pass a given flow rate of water. This seems fairly straightforward until you ask yourself, what is the correct value of differential pressure to use?
A lesson for me is that I need to involve you earlier in the program.
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