The Water Softener Blog

As a true water nerd and a curious investigator, I am involved in several online discussion forums focused on well water and water treatment. Quite some time ago, a forum member asked what size water softener they needed for their home. They had the water analysis and were replacing an existing system in a home they just purchased. Their family had grown, and the home they purchased also had in-laws’ quarters for the wife’s parents, who had retired. In this particular forum, I’ve had several back-and-forth “discussions” with another frequent contributor about applying and sizing water softeners. I respect all points of view—we can always learn something. This contributor leans traditional or “old school,” and we ended up with opposite recommendations. Let’s break it all down. We’ll explain the systems suggested and how The Water Softener Blog applies our four cornerstones— Advocacy, Expertise, Methodology, Education —to resolve the pr...

ENPRESS LLC’s Vortech® and Mid-Vortech® distributor systems are engineered to improve hydraulic efficiency, reduce water consumption, and simplify the internal design of water filtration and softening vessels. By integrating distributor plates directly into the tank structure, ENPRESS eliminates the need for gravel underbedding and allows multiple filtration media layers within a single tank. How Vortech® Works Enpress Vortech Plate Technology Video The Vortech® bottom plate serves as a built-in distribution system. It replaces the traditional hub-and-lateral assembly, evenly dispersing flow across the tank floor during service and regeneration. This uniform distribution minimizes channeling and promotes better media contact. The dip tube connects directly to the plate, ensuring stable hydraulics and easier maintenance. No gravel underbed required Up to 30% reduction in backwash flow requirements Lightweight, efficient, and designed for clean, even ...

When I founded The Water Softener Blog , I set out to build more than a product review site. After decades in water treatment—listening to families, diagnosing real water problems, and designing methodology-based water treatment solutions—I learned that the best outcomes come from clear methodologies and principles. Those principles became my compass in the field and now serve as the cornerstones of this blog . 1) Advocacy From the start of my career, I’ve acted as a consumer advocate . Too many homeowners get sold the wrong system—solutions that don’t match their water chemistry, home constraints, or budget. Advocacy means putting the homeowner first: clarifying goals, explaining trade-offs, and guarding against overselling and misinformation. On the blog: I translate tech jargon into plain English and share transparent pros/cons so readers can make informed, budget-smart decisions. 2) Expertise Real ...

Modular filtration meets smart water monitoring And maintenance gets easier than ever. Water treatment is moving toward treatment platforms that are easier to size, service, and upgrade. Two systems at the front of these innovations are the Enpress ONE® Filter System and the Enpress Pioneer® Filtration System .  ONE® System  delivers a universal, high-capacity point-of-entry (POE) vessel that accepts many water filter cartridge types from sediment filtration to Arsenic removal. At the same time, Pioneer adds usage-based monitoring and change-filter alerts for health-critical reduction needs such as PFAS. What Makes the Enpress ONE® Different? Traditional whole-house setups stack multiple small housings—sediment, carbon, iron—each adding cost, pressure drop, and maintenance time. The ONE® simplifies that with a single large-diameter vessel and drop-in, high-capacity cartridges tuned to specific problems such as chlorine/chlora...

Choosing between UF and RO? Here’s a clear, practical guide for whole-house and point-of-use applications. What is Ultrafiltration (UF)? • Benefits of UF • Best Applications (Whole-House & POU) • How UF Differs from RO • Which Should You Choose? What Is Ultrafiltration (UF)? Ultrafiltration is a membrane-based process that uses pores around ~0.01 microns . Under low pressure, water passes through a semipermeable membrane that retains suspended solids, bacteria, protozoa, and some viruses while allowing water and dissolved salts to pass. UF improves clarity and microbiological safety without altering mineral content. Key point: UF does not remove dissolved salts or most dissolved chemicals . It’s built for particulate and microbial control, not for high TDS or dissolved contaminants like nitrate or arsenic. Ultrafiltration: How it works and where to use it! Benefits of Ultrafiltration...