Documentazione del prodotto

Explore available product documentation to learn more about specifications, usage, and technical information.
Cation Resin Color Can Make A Difference
Cation exchange resin is available in amber or dark colored beads. Which color is best for your application?
Chapter 14: Ion Exchange Applications in Water Treatment
Water Treatment Plant Design, Fifth Edition By American Society of Civil Engineers
Choosing the perfect softening resin
How to choose the correct softening resin for your application. Among the choices are 8% crosslinked, 10% crosslinked, gel, macroporous, fine mesh, coarse mesh, uniform particle size, and solventless.
Chromate Removal at the Hanford Site
Case study of chromate removal at largest chromate groundwater remediation site in the USA. Presented at the International Water Conference. Coauthored by Dean Neshem Jr (CH2MHILL) and Francis DeSilva
Chromate Removal at the Hanford Site (Part 2)
Update of chromate remediation project at the Hanford Site, Richland, WA
Chromium Removal Using Selective Ion Exchange Resins
Techniques for removing hexavalent chromium. Presented at 2002 WQA.
Cleaning Biologically Fouled Resins
Cleaning Biologically Fouled Resins
Cleaning of Oil Fouled Softener Resins
Evaluation of cleaning efficacy of oil fouled cation softening resins. Presented at IWC in 1994.
Common Pitfalls of Ion Exchange for Organic Traps
Application advice for the use of anion resins to remove naturally occurring organic matter (NOM). Written by MG for Water Technology Magazine in 1999.
Cost Savings from Closing the Loop on Water
The rinse bath for plating gets contaminated through the finishing operation, but that doesn’t mean it has to go down the drain. Frank Desilva talks about closing the loop.
Countercurrent Regeneration of Softeners: Weighing the Pros and Cons
Countercurrent regeneration is a method that has tried unsuccessfully to get into the mainstream of the water softening industry. Despite various application strategies, it’s often dismissed as too complex and with little value in brine savings. Time will tell if other issues such as salt and the environment make the technique practical.
Deionized water case study: Par for the course
Using deionized water for rinsing vehicles.
Essentials of Ion Exchange
Fundamentals of ion exchange technology
FDA’s 510(k) Certification: New Rules for Portable Exchange Tank Regeneration
New rules released late last year from the Food and Drug Administration (FDA) on water purification for kidney dialysis patients will have a big impact on portable exchange deionization (PEDI) tank services. The quality control focus requires much documentation.
Factors in High Purity Mixed Bed Demineralizers
Ultrapure water production by the use of mixed bed ion exchange resin. Factors that influence ultimate quality are presented and discussed.
Fighting Forever Chemicals
The history of PFAS, measurement techniques and removal methods.
Good Housekeeping in the Portable Exchange Regeneration Plant
Procedures and standards to incorporate in the operation of a portable exchange DI regeneration plant.
Got spots? Here are some solutions.
Hardness minerals, calcium and magnesium, as well as some other dissolved ions, will leave spots on rinsed surfaces if the water is allowed to dry. Here’s how to prevent it from happening.
Guidelines for Anion Resin Replacement
When to replace anion exchange resin due to oxidation, fouling, or other reasons.
Guidelines for Cation Resin Replacement
How to obtain a resin sample for analysis. Guidelines for replacement of resin due to oxidation, fouling, or loss of capacity