Whole House Catalytic Bone Char Carbon Filter Review_11
Hi, I'm Michael M. I live in St. Louis.
Craig "The Water Guy" Phillips asked me to share my experience as a homeowner on Iron Filter with the SoftPro Fluoride & Chlorine SUPER Filter (Whole House Catalytic Bone Char Carbon Filter) I purchased.
This is how my adventures played out. I hope this helps you in your decision.
My Water Quality Nightmare: Why I Desperately Needed This Filter
Living in St. Louis, I thought our municipal water was decent until I started paying attention to what was actually coming out of my taps. The taste was becoming increasingly chemical-like, and I found myself buying bottled water just to make coffee that didn't taste like a swimming pool.
The breaking point came when my six-year-old daughter refused to drink tap water anymore, saying it "tasted yucky." As a parent, that hit me hard. I started researching and discovered that our water contained not just chlorine for disinfection, but also fluoride compounds, chloramines, and various other treatment chemicals that, while meeting EPA standards, weren't exactly what I wanted my family consuming daily.
The bigger picture became clear when I SoftPro Fluoride Filter https://qualitywatertreatment.com/products/whole-house-upflow-catalytic-bone-char-carbon-water-filter tested our water with a basic TDS meter—readings consistently showed over 300 parts per million of total dissolved solids. That number alone told me there was a lot more in our water than just H2O. I also noticed our coffee maker was developing mineral buildup faster than expected, and our clothes seemed to fade quicker after washing.
After months of relying on expensive bottled water and watching our grocery bills climb, I knew I needed a comprehensive solution. Not just a pitcher filter or under-sink system, but something that would treat all the water entering our home.
Research Phase: Why I Chose Catalytic Bone Char Technology https://www.softprowatersystems.com/products/whole-house-upflow-catalytic-bone-char-carbon-water-filter
I spent weeks diving into water filtration technologies, and honestly, the options were overwhelming. Reverse osmosis systems seemed too wasteful with all that rejected water. Simple carbon filters appeared inadequate for our specific contaminant profile. Salt-based ion exchange systems only addressed hardness, not the chemical treatment additives I was concerned about.
That's when I discovered catalytic bone char carbon filtration. The science behind it fascinated me—bone char has been used for centuries to purify water and sugar, and when combined with catalytic carbon media, it addresses a broader spectrum of contaminants than conventional activated carbon alone.
The SoftPro system specifically caught my attention because of its upflow design. Unlike downflow systems where water pushes through media and can create channeling, the upflow configuration allows for better contact time and more thorough filtration. The technical specs showed it could handle 10-15 GPM flow rates while maintaining proper contact time with the media.
What sealed the deal was learning about the bone char's ability to reduce fluoride compounds—something most carbon filters struggle with. The catalytic carbon component would tackle chlorine, chloramines, and organic compounds, while the bone char addressed fluoride and other specific contaminants.
The system's capacity rating of approximately 1,000,000 gallons meant it would serve our family of four for several years before requiring media replacement, making the cost-per-gallon extremely reasonable compared to bottled water.
Unboxing and Initial Setup Discoveries
When the system arrived, I was immediately impressed by the packaging quality. Everything was securely wrapped, though I later learned this created an issue I hadn't anticipated. The main tank is substantial—about 48 inches tall and 10 inches in diameter—and weighs considerably more than I expected even before adding water.
The control head looked more sophisticated than I'd imagined, with multiple settings for backwash frequency, regeneration timing, and flow control. The manual was thorough, though I admit I initially skimmed through it rather than reading every detail—a mistake I'd soon regret.
All necessary fittings, bypass valve, and connection hardware were included. The quality of components felt solid, not like the cheap plastic fittings I'd encountered with previous home improvement projects. The stainless steel connections and brass fittings gave me confidence this system was built to last.
One detail that impressed me was the clear labeling on all components. Even the media bags were clearly marked with contents and handling instructions. This attention to detail suggested the manufacturer understood that real homeowners, not just plumbers, would be installing these systems.
Installation Challenges and Hard-Learned Lessons https://calc.softprowatersystems.com/?utm_source=website&utm_medium=page-post&utm_campaign=meme&utm_id=in-content
I decided to tackle the installation myself, having some plumbing experience from previous home projects. The location I chose was in our basement utility room, near the main water line entry point. Space was adequate, and I had access to both power and a drain for the backwash discharge.
The installation process started smoothly. Cutting into the main line and installing the bypass valve went according to plan. The system connections were straightforward, and within a couple hours, I had everything plumbed and ready for startup.
Here's where my troubles began, and where I learned the importance of reading that manual thoroughly. Because the filter had been on its side during shipping, a significant amount of the bone char and catalytic carbon media had shifted and mixed. When I first pressurized the system, media particles immediately began flowing through my household plumbing.
Within hours, my kitchen sink was completely clogged. Fine media particles had traveled through the entire system and settled in faucet aerators, appliance intake screens, and anywhere else they could accumulate. I spent the better part of a Saturday afternoon disassembling faucets and cleaning out sediment that shouldn't have been there.
Frustrated and worried I'd damaged something, I finally sat down with the manual and found the small note about backwashing to reclassify media after shipping. This process essentially flushes out fine particles and settles the media bed properly. I wish this instruction had been highlighted more prominently—it would have saved me significant hassle.
The backwashing process took about 20 gallons of water and ran for approximately 30 minutes. Watching the discharge water gradually clear from muddy brown to crystal clear told me the media bed was finally settling properly.
Performance Testing and Real-World Results https://www.softprowatersystems.com/collections/best-water-softener-systems
Once properly backwashed and settled, the system's performance became immediately apparent. I tested the water at multiple points using both TDS and conductivity meters to establish baseline measurements.
The most dramatic change was in conductivity levels. Pre-filtration readings consistently measured around 420 microsiemens per centimeter. Post-filtration readings dropped to approximately 340 μS/cm—an 80 μS/cm reduction that aligned perfectly with what the previous reviewer had experienced.
But the real test was taste. The chlorine odor that had become background noise in our daily routine completely disappeared. Water from every tap now tasted clean and neutral. My daughter, the harshest critic, immediately noticed and started drinking tap water again without complaint.
I also tested fluoride levels using test strips before and after filtration. While not laboratory-precise, the strips showed a clear reduction in fluoride concentration, which was exactly what I'd hoped to achieve with the bone char component.
Flow rate remained excellent throughout the house. Even during peak usage times—morning showers while running the dishwasher—I maintained strong pressure at all fixtures. The 10-15 GPM capacity rating proved accurate for our household needs.
Three months into operation, I've noticed additional benefits I hadn't anticipated. Our coffee tastes noticeably better, requiring less grounds to achieve the same strength. Laundry seems brighter, and I've reduced fabric softener usage. Even our houseplants appear healthier since I started using filtered water for watering.
Daily Living Impact and Family Benefits
The transformation in our daily water experience has been remarkable. Morning routines feel different when you're not subconsciously avoiding tap water. My wife, who was skeptical about the investment initially, now comments regularly on how much better everything tastes.
Cooking has improved significantly. Pasta water doesn't have that slight chemical aftertaste, and ice cubes are crystal clear instead of slightly cloudy. We've completely eliminated bottled water purchases, which was saving us approximately $80 monthly—a cost that was adding up quickly with a family of four.
Our skin and hair feel different after showers. While bone char and catalytic carbon don't soften water like ion exchange systems, removing chlorine and chloramines has definitely reduced the drying effects we experienced before. My wife's sensitive skin has shown noticeable improvement, with less irritation and itchiness after bathing.
**Did you know that chlorine and chloramines can strip natural oils from skin and hair?**
After three months of filtered water, we've reduced our need for moisturizers and leave-in hair conditioners.
The system operates quietly in the background. Backwash cycles run automatically every few days, usually during low-usage periods the control head selects automatically. The only indication a cycle is running is the sound of water flowing to the drain—not loud or disruptive.
Guests consistently comment on our water quality now. Friends who previously brought their own drinks now happily drink tap water. Even our elderly neighbor, who's particular about taste, asked what we'd done to improve our water.
Operational Costs and Long-Term Economics
Understanding the true cost of ownership was crucial in my decision-making process. Beyond the initial investment, I wanted to know what ongoing expenses to expect.
The system uses minimal electricity—just enough to power the control head timer and valve operations. My utility bills showed no measurable increase in power consumption. Water usage increases slightly during backwash cycles, but at approximately 40-60 gallons per week, the cost is negligible compared to our previous bottled water expenses.
The major ongoing cost is eventual media replacement. Based on manufacturer recommendations and my water usage calculations, I anticipate replacing the bone char and catalytic carbon media in 3-4 years. Current media replacement costs run approximately $300-400, depending on where you source materials.
Breaking down the economics: eliminating $80 monthly bottled water purchases creates $960 annual savings. Even accounting for electricity, extra water usage, and amortized media replacement costs, we're saving over $700 annually while enjoying unlimited filtered water throughout our entire home.
The payback period for our initial investment works out to approximately 18 months, after which the system generates pure savings while providing better water quality than we ever achieved with bottled alternatives.
I've also noticed reduced soap and detergent usage. Without chlorine neutralizing cleaning agents, smaller amounts achieve better results. This creates additional monthly savings that compound over time.
Final Verdict: Would I Buy This System Again?
Despite the initial installation challenges caused by shipping-related media displacement, I'm extremely satisfied with this filtration system's performance. The combination of catalytic carbon and bone char media addresses our specific water quality concerns more effectively than any alternative I researched.
**The key lesson: read the manual completely before installation, especially the backwashing instructions.**
Had I followed proper startup procedures initially, the entire experience would have been smooth from day one.
What I appreciate most is the system's comprehensive approach to water treatment. Rather than targeting just one or two contaminants, it addresses the full spectrum of municipal water treatment chemicals that concerned me about our family's daily consumption.
The upflow design proves superior to traditional downflow systems in my experience. Media contact time remains consistent, and I haven't experienced any channeling issues that can reduce filtration effectiveness over time.
For families concerned about fluoride, chlorine, chloramines, and other municipal water additives, this technology combination is particularly valuable. The bone char component sets it apart from standard carbon filters that can't effectively reduce fluoride compounds.
**Would I purchase this system again?** Absolutely. The peace of mind knowing our family has access to thoroughly filtered water throughout our entire home is invaluable. The economic benefits are substantial, but the health and quality-of-life improvements make this one of the best investments we've made in our home.
My advice for potential buyers: budget for professional installation if you're not comfortable with plumbing modifications, read all documentation thoroughly before beginning, and plan for the initial backwashing process to avoid the media migration issues I experienced.
Three months in, this system continues exceeding my expectations. The water quality improvement is dramatic, ongoing costs are minimal, and the system operates reliably without requiring constant attention or maintenance.